Articles tagged with "IoT"
Fitbit founders launch AI platform to help families monitor their health
Fitbit founders James Park and Eric Friedman have launched Luffu, an AI-driven startup designed to help families proactively monitor and manage their collective health. The platform begins as an app and will eventually include hardware devices, aiming to reduce the mental burden of caregiving by organizing and analyzing family health data. Luffu uses artificial intelligence to gather information, recognize daily patterns, and alert users to significant changes in health metrics, enabling families to stay coordinated without feeling intrusive. The founders highlight that while many consumer health tools focus on individuals, real-life health management often involves multiple family members, including partners, children, parents, and even pets. Luffu consolidates scattered health information—such as medications, symptoms, lab tests, and doctor visits—across various formats and devices into one system. Users can input data via voice, text, or photos, and the AI proactively surfaces insights and alerts, like unusual vitals or sleep changes. The platform also supports natural language queries to help caregivers understand the
IoTAIhealth-monitoringwearable-technologysmart-devicesfamily-carehealthcare-technologyRing brings its ‘Search Party’ feature for finding lost dogs to non-Ring camera owners
Ring has expanded its AI-powered “Search Party” feature, designed to help find lost dogs by scanning footage from a network of cameras, to all U.S. users of the Ring app—not just those who own Ring cameras. When a lost dog is reported in the app, nearby outdoor cameras use AI to identify potential matches. If a match is found, the camera owner receives an alert and can share video clips or contact the pet owner anonymously. Since its launch, Search Party has successfully reunited more than one dog per day. In addition to broadening access, Amazon-owned Ring is committing $1 million to equip 4,000 U.S. animal shelters with Ring camera systems, integrating them into the Search Party network to increase the chances of reuniting lost pets with their owners. Ring already collaborates with nonprofits such as Petco Love and Best Friends Animal Society and is open to further partnerships to enhance its pet recovery efforts. This expansion aims to mobilize entire communities in the search for lost pets
IoTsmart-camerasAIpet-trackingRinghome-securitycommunity-technologyThese AI notetaking devices can help you record and transcribe your meetings
The article reviews various AI-powered digital meeting notetaking devices designed to record and transcribe conversations, often featuring wearable formats such as pins or pendants. These devices utilize multiple microphones and dedicated mobile apps to provide transcription, real-time translation, and AI-generated insights like highlights and summaries. Notable products include the Plaud Note and Plaud Note Pro, credit card-sized devices priced at $159 and $179 respectively, offering 300 free transcription minutes monthly and capable of recording within a 3-5 meter range. The Mobvoi TicNote supports over 120 languages, provides 600 free transcription minutes, and includes features like automatic highlight extraction and summarized podcast creation. Other highlighted devices include the Comulytic Note Pro, which offers unlimited basic transcription without a subscription and up to 45 hours of continuous recording on a single charge, with optional advanced AI summary plans. The Plaud NotePin series offers versatile wearable designs with around 20 hours of recording time and physical controls for recording and highlights.
IoTAI-deviceswearable-technologyvoice-transcriptionsmart-notetakersaudio-recording-devicesreal-time-translationVolkswagen Group China Starts Production of Its First Locally Developed Zonal Electronic Architecture - CleanTechnica
Volkswagen Group China has commenced production of its first locally developed zonal electronic architecture, the China Electronic Architecture (CEA), marking a significant milestone in its "In China, for China" strategy. The CEA underpins the new VW ID. UNYX 07, the first vehicle built on this architecture, which was developed, tested, and produced entirely in China. This scalable, zonal electronic system features high-performance central computing and supports full over-the-air updates. It is designed for deployment across multiple vehicle platforms and powertrain types, including electric, hybrid, and combustion engines, enabling rapid expansion of Intelligent Connected Vehicles (ICVs) in the Chinese market. The development of the CEA was notably fast, taking only 18 months from concept to production—the quickest timeline Volkswagen Group has achieved for a new electronic architecture—while maintaining high validation and quality standards. The architecture reduces the number of electronic control units by about 30%, simplifying system complexity and cutting development cycles by up to 30%.
IoTautomotive-technologyelectronic-architectureintelligent-connected-vehiclessoftware-defined-vehicleover-the-air-updateselectric-vehiclesHyundai Motor & Kia Unveil ‘Vision Pulse,’ Driver Safety Technology that Detects Beyond Obstacles - CleanTechnica
Hyundai Motor Company and Kia Corporation have unveiled ‘Vision Pulse,’ an innovative driver safety technology that uses ultra-wide band (UWB) signals to detect the precise positions of obstacles around a vehicle in real time. By emitting UWB signals and measuring their travel time between modules installed in vehicles and carried by nearby objects (such as smartphones or wearables), Vision Pulse achieves highly accurate detection within a 10-centimeter margin of error over a 100-meter radius. This system can issue timely alerts to prevent collisions, enhancing safety even in visually obstructed or adverse weather conditions, while reducing reliance on costly sensors like LiDAR and radar. Vision Pulse operates with rapid communication speeds (1–5 milliseconds) and maintains over 99% detection accuracy, making it suitable for complex urban environments and high-speed scenarios through predictive algorithms that track multiple moving objects. Beyond automotive safety, Hyundai and Kia foresee applications in industrial mobility—helping prevent workplace collisions—and disaster response, such as locating individuals trapped under debris. The companies
IoTultra-widebanddriver-safety-technologyadvanced-driver-assistance-systemsvehicle-communicationcollision-detectionautomotive-sensorsHyundai-Kia safety tech spots people in blind spots with 99% accuracy
Hyundai Motor Company and Kia Corporation have introduced Vision Pulse, a new driver-safety technology that uses ultra-wideband (UWB) radio signals to detect people and vehicles even in blind spots and visually obstructed environments. The system achieves positional accuracy within four inches (10 centimeters) over a 330-foot (100-meter) range and maintains over 99% detection accuracy under adverse weather and nighttime conditions. Unlike conventional blind-spot systems that rely on cameras or radar, Vision Pulse communicates directly with UWB-enabled devices such as smartphones, wearables, and trackers to precisely locate nearby objects in real time, issuing alerts to prevent potential collisions. The technology offers rapid communication speeds of one to five milliseconds, enabling fast tracking of multiple high-speed moving objects simultaneously. Hyundai and Kia have enhanced the system with algorithms that predict the positions of multiple moving objects, improving safety in complex environments like crowded intersections. Vision Pulse leverages existing UWB hardware in some Hyundai and Kia vehicles (originally installed for Digital Key
IoTultra-widebandvehicle-safetyradar-technologyreal-time-trackingsmart-sensorsautomotive-technologyElon Musk’s SpaceX, Tesla, and xAI in talks to merge, according to reports
Elon Musk’s companies SpaceX, xAI, and Tesla are reportedly in early-stage talks for a potential merger, with discussions focusing on at least one company folding into SpaceX. Two main scenarios are being considered: a merger between SpaceX and Tesla, or between SpaceX and xAI, which owns Musk’s social media platform X. A merger involving SpaceX and xAI could precede a planned SpaceX IPO expected this year, potentially consolidating products like the Grok chatbot, X platform, Starlink satellites, and SpaceX rockets under one corporate umbrella. Recent corporate filings in Nevada for entities named K2 Merger Sub Inc. and K2 Merger Sub 2 LLC suggest Musk is exploring multiple options. The potential mergers align with Musk’s broader strategy to consolidate or share resources across his companies. Combining SpaceX and xAI could enable xAI to deploy data centers in space, a concept Musk has expressed interest in, while a SpaceX-Tesla merger might integrate Tesla
robotenergyIoTSpaceXTeslaAIdata-centersGoogle Maps now lets you access Gemini while walking and cycling
Google has introduced a new hands-free feature in Google Maps that allows users to interact with its AI assistant, Gemini, while walking or cycling. This update enables users to ask real-time, conversational questions—such as inquiries about nearby attractions, amenities along their route, estimated arrival times, or even sending text messages—without needing to stop or type. The feature supports multi-turn conversations, enhancing navigation by providing personalized, context-aware assistance to keep users informed and safe on the move. It is currently available worldwide on iOS where Gemini is supported and is gradually rolling out on Android. This enhancement is part of Google’s broader strategy to shift Google Maps from static directions to dynamic, AI-powered navigation. Recent updates include a Gemini-powered “know before you go” tips section offering practical information like reservation advice and parking suggestions, an improved Explore tab for discovering trending local spots, and an EV charger availability prediction feature. These developments reflect Google’s commitment to integrating advanced AI capabilities into Maps, improving user experience, and competing
IoTsmart-navigationAI-assistantelectric-vehicle-chargingreal-time-dataautonomous-featuresconversational-AIMark Zuckerberg says a future without smart glasses is ‘hard to imagine’
Mark Zuckerberg expressed strong confidence in the future of AI-powered smart glasses during Meta’s recent earnings call, suggesting that in a few years, it will be difficult to imagine most glasses not having AI capabilities. He compared this shift to the transition from flip phones to smartphones, highlighting that billions of people already wear glasses or contacts, making smart glasses a natural next step. Zuckerberg noted that sales of Meta’s smart glasses have tripled in the past year, calling them some of the fastest-growing consumer electronics in history. Meta is actively investing in multiple smart glasses models, including Oakley-branded glasses designed for exercise. Despite Zuckerberg’s optimistic outlook, some skepticism remains given past overestimations about the metaverse’s adoption. However, the broader tech industry appears to be aligning with Meta’s vision. Google is reportedly collaborating with Warby Parker on smart glasses, Apple is developing AI glasses and related devices, and Snap is spinning off its AR glasses business. Even OpenAI is exploring AI wearables, though more focused
IoTAI-wearablessmart-glassesaugmented-realityconsumer-electronicsMetawearable-technologySnap gets serious about Specs, spins AR glasses into standalone company
Snap is preparing to launch the latest consumer version of its augmented reality (AR) glasses, known as Specs, later this year. To enhance focus and streamline development, Snap has spun off the AR glasses division into a standalone company. This move reflects Snap’s commitment to advancing its AR hardware, which has been in development for over a decade. The current iteration, the fifth generation of Specs, runs on Snap OS—a proprietary operating system launched in September 2023—and features advanced capabilities such as four cameras for hand tracking, the Snap Spatial Engine for projecting AR imagery, and AI-powered functions like “spatial tips” that provide contextual information about the user’s environment. During a recent demo, the glasses showcased several innovative features including an improved browser, a travel mode for translating foreign text, and interactive AR games like Avatar: The Last Airbender. The devices also support synchronized experiences, allowing multiple users to share the same AR environment simultaneously, which opens possibilities for collaborative gaming and social interactions. However,
IoTaugmented-realityAR-glasseswearable-technologySnapspatial-computingAI-integrationAndroid phones are getting more anti-theft features
Google announced new anti-theft features for Android phones in 2024, aimed at enhancing device security and recovery options. These updates, available for devices running Android 16 or higher, include a more accessible Failed Authentication Lock with an on/off toggle, extended lockout times after multiple failed login attempts, and expanded coverage of the Identity Check biometric feature to all apps using biometrics, such as banking apps and Google Password Manager. Additionally, the Remote Lock tool now offers an optional security challenge to ensure only the device owner can lock a lost or stolen phone remotely. In Brazil, two theft protection features—Theft Detection Lock and Remote Lock—will be enabled by default. Theft Detection Lock uses on-device AI to detect motion indicative of a "snatch-and-run" theft, while Remote Lock can be accessed online to secure the device. These enhancements reflect Google's efforts to strengthen Android device security, particularly for high-end models like Google Pixel Pro and premium Samsung foldables, which are increasingly targeted by thieves.
IoTAndroid-securityanti-theft-technologybiometric-authenticationdevice-lockmobile-securityAI-theft-detectionAmazon is closing its physical Amazon Go and Amazon Fresh stores
Amazon is closing its physical Amazon Go and Amazon Fresh stores, marking an end to its branded cashierless convenience store experiment. These stores were initially used to develop Amazon’s cashierless technology, which allows customers to shop without traditional checkout lines by tracking items they pick up. However, Amazon stated that despite some positive feedback, the stores did not deliver a distinctive customer experience or an economically viable model for large-scale growth. The company will instead focus on licensing this technology to third parties, such as concession stands at sports venues. Importantly, these closures will not affect Amazon’s grocery delivery services. Rather than exiting physical retail entirely, Amazon is shifting its focus to expanding its Whole Foods Market brand, which enjoys stronger customer loyalty. Since acquiring Whole Foods in 2017, Amazon has seen over 40% sales growth and plans to open more than 100 new Whole Foods stores, including smaller “Daily Shop” locations that emphasize convenience and grab-and-go meals. These new formats resemble the concept behind Amazon Go and
IoTcashierless-technologyAmazon-Goretail-automationsmart-storesgrocery-technologyAmazon-FreshJapan's $70 tech turns smartphones into nuclear radiation detectors
Researchers at Hiroshima University have developed an affordable, portable radiation dosimetry system that transforms a smartphone into an on-site radiation detector, enabling immediate dose assessments after nuclear or radiological incidents. The system integrates a small piece of Gafchromic EBT4 radiochromic film—which changes color upon radiation exposure—with a foldable, battery-powered scanner and a smartphone camera. Users scan the film and analyze the color change via mobile image-processing apps, allowing measurement of radiation doses up to 10 Gray. While not as precise as professional desktop scanners, this setup balances accuracy with accessibility and costs under $70, making it suitable for rapid, individual dose assessments in mass-casualty or disaster scenarios where traditional lab methods are impractical. This innovation aligns with Japan’s evolving energy strategy, as the country cautiously re-embraces nuclear power to meet rising energy demands and climate goals. Japan aims to increase nuclear energy’s share of electricity from about 9% in 2024 to roughly 20%
IoTradiation-detectionsmartphone-technologynuclear-safetyenergy-monitoringportable-sensorsdisaster-responsePhotos: New smart sensors can help cars, planes avoid deadly ice-related crashes
Researchers at the University of Michigan have developed a novel ice-detection system combining paired microwave and laser sensors to provide early warnings of dangerous ice formation on vehicles and aircraft. Ice on roads causes about 20% of weather-related car crashes annually, while in aviation, ice buildup contributes to roughly 10% of fatal air carrier crashes by disrupting airflow and flight controls. The system aims to detect ice as it forms and even before vehicles enter hazardous conditions, enhancing safety for planes, drones, cars, and trucks amid increasing travel demands and pressure to operate in all weather conditions. The technology uses two complementary sensors: a microwave sensor embedded flush with the aircraft surface that detects ice buildup by changes in microwave frequency, and a laser system employing three infrared lasers to analyze clouds and rain ahead. The lasers differentiate between ice particles and supercooled water droplets, with the latter posing a greater icing risk. Additionally, the system measures droplet size and concentration to assess severity, helping pilots or automated systems decide whether to alter course
IoTsmart-sensorsaviation-safetymicrowave-sensorslaser-sensorsice-detectionvehicle-safetyNorthwood Space secures a $100M Series B and a $50M Space Force contract
Northwood Space, a startup focused on modernizing ground-based satellite communications infrastructure, has achieved significant milestones with a $100 million Series B funding round and a nearly $50 million contract from the U.S. Space Force. The funding round was led by Washington Harbour Partners and co-led by Andreessen Horowitz, reflecting strong investor confidence in Northwood’s vertically integrated approach to ground station technology. The Space Force contract aims to upgrade the satellite control network, which manages critical government space missions such as GPS satellite tracking and control. Founded only a few years ago and having raised $30 million in Series A less than a year prior, Northwood is rapidly scaling to meet growing demand for more efficient ground solutions. The company’s technology centers on smaller phased-array antenna systems designed to replace traditional large dish antennas, enabling higher capacity and more flexible satellite communications. CEO Bridgit Mendler emphasized that the new capital will support the company’s ability to handle increasing customer requests and avoid resource constraints, marking an inflection point in
IoTsatellite-communicationphased-array-antennasground-station-technologyspace-techdefense-technologysatellite-control-networkWorld's first: China’s humanoid robot connects to orbiting satellite
China’s humanoid robot “Embodied Tien Kung” achieved a world first by directly connecting to a low Earth orbit (LEO) satellite, demonstrated at the 3rd Beijing Commercial Space Industry High-Quality Development Promotion Conference on January 23. The robot linked with GalaxySpace’s new wing-array integrated internet satellite, transmitting real-time visual and movement data without relying on ground-based networks. During the demonstration, the robot performed a real-world task by retrieving a certificate from a driverless vehicle and delivering it to a project leader, all while maintaining a stable satellite connection that also supported smartphones and computers. This milestone highlights the potential for humanoid robots to operate in remote or network-limited environments such as disaster zones, mining sites, and field exploration areas. By bypassing geographic constraints of traditional internet, satellite connectivity enables robots to perform complex physical tasks with real-time data transmission, improving efficiency and safety in high-risk settings. The “Embodied Tien Kung” robot’s achievement builds on its previous
robotIoTsatellite-communicationhumanoid-robotremote-operationautonomous-systemsLEO-satelliteSouth Korea’s Edenlux set for U.S. debut of eye-strain wellness device
South Korea-based Edenlux, founded by medical doctor Sungyong Park, is preparing to launch its second eye-strain wellness device, Eyeary, in the U.S. market via an Indiegogo campaign planned for late March. The company’s mission stems from Park’s personal experience with temporary eye muscle paralysis, which inspired him to develop technology aimed at protecting and restoring vision amid increasing screen time. Eyeary is a daily visual recovery tool designed to be faster and more user-friendly than Edenlux’s first product, Otus, a bulky VR-style device launched in 2022 across several Asian markets that has generated $10 million in revenue. Eyeary resembles normal glasses, is lighter, and features a lens system with 144 diopter focal points for precise eye-muscle training, compared to Otus’s five focal points. Eyeary pairs with a mobile app via Bluetooth to collect usage data, which Edenlux analyzes using AI to customize training programs and predict improvement timelines. The device targets the c
IoTwearable-technologyeye-health-deviceBluetooth-connectivityAI-driven-healthvision-trainingwellness-technologyGoogle pays $68 million to settle claims its voice assistant spied on users
Google has agreed to pay $68 million to settle a class-action lawsuit alleging that its voice assistant illegally recorded users' conversations without their consent. The lawsuit accused Google of unlawfully intercepting and recording confidential communications and then sharing that information with third parties for targeted advertising and other purposes. The case focused on incidents where Google Assistant allegedly activated and recorded users even without the wake word prompt, raising serious privacy concerns. Google did not admit any wrongdoing as part of the settlement. This case reflects broader public and legal scrutiny over tech companies’ handling of voice data, with similar lawsuits having targeted Apple’s Siri for unauthorized recordings. Google has also faced other significant privacy-related legal challenges, including a $1.4 billion settlement with the state of Texas last year over separate allegations. These developments highlight ongoing tensions between consumer privacy expectations and the data practices of major technology firms.
IoTVoiceAssistantPrivacyDataSecuritySmartDevicesUserConsentSurveillanceApple upgrades AirTag with 50% longer range and no price increase
Apple has quietly upgraded its AirTag, enhancing its tracking capabilities without changing the external design or price. The new AirTag features Apple’s second-generation Ultra Wideband chip, which extends Precision Finding range by 50%, allowing users to locate lost items from farther away using visual, haptic, and audio cues. Additionally, the Bluetooth chip has been improved to detect AirTags at greater distances. For the first time, Precision Finding is available on Apple Watch Series 9, Ultra 2, and later models, enabling users to track items directly from their wrist. The speaker inside the AirTag is now 50% louder with a new chime sound, making it easier to find items hidden under furniture or inside bags. Apple has also deepened integration with the Find My network and introduced Share Item Location, a feature that lets users temporarily share an AirTag’s location with trusted third parties, such as airline staff. Over 50 airlines have partnered with Apple to use this feature for luggage recovery, with
IoTApple-AirTagUltra-WidebandBluetoothPrecision-Findingobject-trackingsmart-devicesHere’s the tech powering ICE’s deportation crackdown
The article details how Immigration and Customs Enforcement (ICE) has leveraged advanced technologies to intensify deportation efforts under President Donald Trump’s administration. ICE has conducted widespread raids targeting undocumented immigrants, using tools that enable extensive surveillance and identification. Among these technologies are cell-site simulators—also known as “stingrays” or IMSI catchers—that mimic cellphone towers to locate and intercept communications from nearby phones. ICE has invested over $1.5 million in customized vehicles equipped with these simulators through contracts with TechOps Specialty Vehicles, which integrates the technology into their vans. The use of cell-site simulators is controversial due to privacy concerns, as they indiscriminately collect data from all phones in the vicinity and have sometimes been deployed without warrants. Additionally, law enforcement agencies have sought to keep their use secret in court to avoid disclosing sensitive information. Facial recognition technology is another key tool in ICE’s arsenal. The agency has signed multimillion-dollar contracts with Clearview AI, a company known for
IoTsurveillance-technologycell-site-simulatorslaw-enforcement-technologydata-privacyIMSI-catchersfacial-recognitionAI startup CVector raises $5M for its industrial ‘nervous system’
CVector, an industrial AI startup based in New York, has developed an AI-powered software platform described as a "brain and nervous system" for large-scale industrial operations. Founded by Richard Zhang and Tyler Ruggles, the company aims to help industrial clients—ranging from public utilities to advanced manufacturers and chemical producers—translate operational actions into measurable financial savings. Since launching its system with real customers, CVector has demonstrated its ability to optimize processes such as equipment downtime prediction, energy efficiency monitoring, and commodity price tracking, thereby enabling clients to improve operational economics and margins. The startup recently closed a $5 million seed funding round led by Powerhouse Ventures, with participation from Fusion Fund, Myriad Venture Partners, and Hitachi’s corporate venture arm. This financing milestone reflects growing investor confidence and supports CVector’s expansion, including hiring talent from fintech and hedge funds to leverage data-driven financial insights. Customers include traditional industrial firms like ATEK Metal Technologies, which produces aluminum castings for Harley-Davidson
industrial-AIenergy-efficiencyIoTmaterials-sciencemanufacturing-technologypredictive-maintenanceindustrial-automationApple’s new AirTag is louder and can be found across longer distances
Apple has introduced an updated version of its AirTag, featuring a longer Bluetooth range, a louder speaker, and enhanced Precision Finding capabilities powered by the second-generation Ultra Wideband chip. This chip, also used in the latest iPhone 17, Apple Watch Series 11, and Apple Watch Ultra 3, allows the AirTag to provide haptic, visual, and audio feedback to help users locate lost items up to 50% farther than the previous generation. The speaker is now 50% louder, enabling the beep to be heard from twice the previous distance. Additionally, Precision Finding is now accessible via Apple Watch Series 9 or later and Apple Watch Ultra 2 or later. The new AirTag also integrates with the iOS Share Item Location feature, allowing users to temporarily share their AirTag’s location with others. Apple maintains the original pricing of $29 for a single AirTag and $99 for a four-pack, including free personalized engraving. Since its 2021 launch, Air
IoTBluetoothUltra-Widebandlocation-trackingsmart-devicesApple-AirTagwireless-technologyJeff Bezos' Amazon Leo satellites disrupt astronomy, like Starlink
A recent study has found that Amazon’s new internet satellite constellation, Amazon Leo (formerly Project Kuiper), is likely to disrupt astronomical research, similar to the well-documented interference caused by SpaceX’s Starlink satellites. Amazon currently operates about 180 Leo satellites in low Earth orbit, with plans to expand to over 3,200. The study analyzed around 2,000 observations and concluded that these satellites exceed the brightness limits recommended by the International Astronomical Union (IAU), with an average apparent magnitude of 6.28. Although this brightness is below the naked-eye visibility threshold, it still interferes with telescopic observations, contributing to growing concerns about space congestion and the impact on astronomy. While Amazon’s satellites are slightly dimmer than Starlink’s, their lower orbital altitudes—planned to decrease from 630 to 590 kilometers—will likely increase their brightness and visibility, exacerbating the problem. The issue extends beyond astronomy; NASA has warned that Starlink’s mega-
IoTsatellite-technologyAmazon-LeoStarlinkspace-congestionastronomy-disruptionmega-constellationsThis founder cracked firefighting — now he’s creating an AI gold mine
Sunny Sethi, founder of HEN Technologies, has revolutionized firefighting equipment by developing high-efficiency fire nozzles that increase suppression rates by up to 300% while conserving 67% of water. Drawing on his diverse background in nanotechnology, solar energy, and automotive manufacturing, Sethi was motivated by personal experiences with California megafires to create smarter firefighting tools. Founded in 2020, HEN Technologies uses computational fluid dynamics to design nozzles that precisely control water droplet size and velocity, maintaining coherent streams even in windy conditions. The company has expanded its product line to include monitors, valves, sprinklers, and advanced flow-control devices embedded with custom circuit boards and sensors, some powered by Nvidia Orion Nano processors. Beyond hardware, HEN Technologies is pioneering an integrated platform that connects firefighting equipment with real-time data on water usage, pressure, and environmental conditions. This system addresses critical challenges such as water shortages during fires, poor communication between water suppliers and firefighters
robotIoTenergyfirefighting-technologysmart-sensorsnanotechnologyflow-control-systems300-million-year-old brain rhythm links humans, birds, and lizards
A recent study has uncovered that the infraslow brain rhythm—a very slow neural oscillation previously thought to be unique to mammals and closely tied to deep, non-REM sleep—is also present in reptiles and birds. By recording brain activity in seven lizard species using a novel, miniature biologger device developed with nanotechnology experts, researchers demonstrated that this rhythm, cycling over tens of seconds, is a conserved feature across these diverse groups. The rhythm not only involves neuronal activity but also encompasses physiological processes such as heart rate, breathing, and blood flow, indicating it is a global, organism-wide phenomenon. This discovery pushes back the evolutionary origin of this brain rhythm to over 300 million years ago, predating the emergence of mammals. The findings challenge previous assumptions about the evolution of sleep states, suggesting that key aspects of sleep architecture, including the infraslow rhythm linked to non-REM sleep, were inherited from a common ancestor of reptiles, birds, and mammals rather than evolving independently in mammals. The
IoTwearable-technologybrain-monitoringbiologgerneurosciencelow-power-devicesanimal-sleep-researchHair-thin fiber chips could bring computing directly into clothing
Chinese researchers at Fudan University, led by Peng Huisheng, have developed fully flexible fiber chips that embed complete electronic circuits within strands as thin as human hair. Unlike traditional rigid microchips, these fiber integrated circuits (FICs) use elastic substrates rolled into thread-like fibers, achieving a transistor density of 100,000 per centimeter—comparable to conventional processors. A 1-millimeter fiber can host tens of thousands of transistors, enabling computing capacity similar to medical implant chips, while longer fibers could reach millions of transistors, approaching classical CPU scales. These fibers support both digital and analog processing, including neural-style computing for image recognition. Designed for durability in real-world conditions, the fiber chips withstand over 10,000 bending and abrasion cycles, stretch up to 30%, twist sharply, endure over 100 wash cycles, tolerate temperatures up to 100°C, and survive heavy compression. This robustness allows integration of power supply, sensing, computing, and display functions into a
IoTwearable-technologyflexible-electronicsfiber-integrated-circuitssmart-textileselectronic-textilesflexible-computingUS-made wireless transceiver delivers fiber optic cable-like speeds
Researchers at the University of California, Irvine, have developed a 140-gigahertz (GHz) wireless transceiver chip capable of delivering data speeds comparable to fiber-optic cables, marking a significant advancement toward 6G and beyond. Led by Professor Payam Heydari, the team addressed the limitations of conventional chip architectures, which face exponential increases in power consumption at higher wireless speeds. They overcame the digital-to-analog converter (DAC) bottleneck by generating signals directly in the radio-frequency domain using three synchronized subtransmitters, enabling efficient data transmission without overheating. To tackle the receiver side challenges, the researchers introduced a novel hierarchical analog demodulation technique that processes complex data layers in the analog domain before digitization, significantly reducing power consumption. The receiver chip, built on a 22-nanometer architecture, consumes only 230 milliwatts while supporting transmissions in the 140 GHz range. This design not only achieves ultrafast wireless speeds but also supports mass production, potentially
IoTwireless-communication6G-technologyenergy-efficiencysemiconductor-chipsignal-processingdigital-to-analog-converterChina's massive 11,000-ton warship showcases anti-submarine capabilities
China’s Type 055 large destroyer, exemplified by the warship Zunyi, has significantly enhanced its anti-submarine warfare (ASW) capabilities, as demonstrated during a recent training exercise in the South China Sea. The destroyer’s substantial 11,000-ton size enables it to carry advanced sonar systems, including both bow-mounted and towed sonar arrays, which improve submarine detection range and accuracy. During the exercise, Zunyi successfully detected and tracked simulated submarine targets, transmitting real-time data to other units to support coordinated fleet operations. The ship also operates two anti-submarine helicopters, further extending its surveillance and rapid response capabilities. The South China Sea’s complex underwater environment and active submarine presence provided a realistic training ground, where Zunyi spent over 200 days at sea in the past year, covering more than 50,000 nautical miles. This extensive deployment has allowed the crew to refine combat tactics and system operations, turning sophisticated onboard equipment into effective combat performance. According to
IoTmilitary-technologysonar-systemsanti-submarine-warfarereal-time-data-transmissionnaval-roboticsdefense-systemsRing is adding a new content verification feature to videos
Ring, the Amazon-owned security camera maker, is introducing a new content verification feature for its video footage to make it harder to fake or manipulate recordings. Starting December 2025, every video recorded with a Ring device will automatically have a tamper-evident verification seal. This seal breaks if the video is altered in any way, such as trimming, brightness adjustments, cropping, or applying filters, including when videos are compressed after being uploaded to sharing platforms. While a broken seal signals that a video has been modified, it does not necessarily mean the footage is fake—it could reflect minor edits or videos recorded before the feature’s implementation. If a video fails verification, recipients can request the original unedited version, which Ring suggests could be useful for scenarios like insurance claims. The verification will apply to all videos shared or downloaded from Ring’s cloud, regardless of the device used to capture the footage. However, videos recorded with end-to-end encryption will not support this verification and will always show as “not
IoTsmart-homevideo-verificationRing-camerasecurity-technologyAmazon-devicestamper-detectionQuadric rides the shift from cloud AI to on-device inference — and it’s paying off
Quadric, a chip-IP startup founded by veterans of bitcoin mining firm 21E6, is capitalizing on the growing demand for on-device AI inference as companies and governments seek to reduce cloud infrastructure costs and enhance sovereign AI capabilities. Originally focused on automotive applications like driver assistance, Quadric has expanded into laptops, industrial devices, and other markets, leveraging its programmable AI processor IP that customers can embed into their own silicon. This approach, combined with a software stack and toolchain for running models locally, has driven significant growth: Quadric’s licensing revenue surged from about $4 million in 2024 to $15–20 million in 2025, with a target of $35 million in 2026, boosting its valuation to $270–300 million. The shift toward on-device AI is fueled by the rise of transformer-based models and the increasing cost and complexity of centralized AI infrastructure. Quadric’s chip-agnostic technology supports distributed AI setups where inference runs locally on devices such as
IoTAI-inferenceon-device-AIchip-IPautomotive-AIedge-computingsemiconductor-technologyBlue Origin plans satellite swarm to serve data centers, governments
Blue Origin has announced plans for TeraWave, a large-scale satellite communications network comprising over 5,400 satellites, set to launch by the end of 2027. Unlike existing consumer-focused services like SpaceX’s Starlink, TeraWave targets high-capacity data users such as data centers, national security agencies, and global corporations. The network will feature a multi-orbit design with 5,280 satellites in low Earth orbit (LEO) and 128 high-capacity satellites in medium Earth orbit (MEO). The MEO satellites are expected to deliver symmetrical data speeds up to 6 terabits per second using optical laser links, while the LEO satellites will provide speeds of 144 gigabits per second via radio waves. This architecture aims to offer ultra-high-throughput connectivity with rapid scalability and redundancy, especially benefiting remote and underserved areas where fiber infrastructure is limited. Blue Origin’s entry into the satellite internet market comes amid intense competition from established players and emerging state-backed
IoTsatellite-communicationBlue-Originglobal-internetdata-centershigh-speed-connectivitysatellite-networkNot to be outdone by OpenAI, Apple is reportedly developing an AI wearable
Apple is reportedly developing an AI-powered wearable device in the form of a pin that users can attach to their clothing. According to a report by The Information, the device will feature two cameras (one standard lens and one wide-angle), three microphones, a physical button, a speaker, and a charging strip similar to Fitbit’s design. The pin is described as a thin, flat, circular disc with an aluminum-and-glass shell, roughly the size of an AirTag but slightly thicker. Apple engineers are reportedly aiming to accelerate the development of this product to compete with OpenAI, which is expected to announce its own AI hardware device—possibly earbuds—later in 2026. The pin could potentially launch in 2027 with an initial production run of around 20 million units. This move signals a growing interest and competition in the AI hardware market, as companies seek to integrate AI capabilities into wearable technology. However, consumer demand for such devices remains uncertain. The report references Humane, a startup founded by
IoTAI-wearablesmart-devicesAppleAI-hardwarewearable-technologyconsumer-electronicsBlue Origin’s satellite internet network TeraWave will move data at 6Tbps
Blue Origin, Jeff Bezos’ space company, has announced TeraWave, a new satellite internet network designed to deliver data speeds up to 6 terabits per second (Tbps). Targeted at enterprise, data center, and government customers, TeraWave will deploy a constellation of 5,280 low-Earth orbit (LEO) satellites and 128 medium-Earth orbit (MEO) satellites, with initial launches planned for late 2027. The LEO satellites will use radio frequency (RF) connectivity with speeds up to 144 Gbps, while the MEO satellites will employ optical links capable of reaching the 6 Tbps maximum speed, significantly surpassing current offerings like SpaceX’s Starlink, which maxes out at 400 Mbps. TeraWave aims to provide a space-based network layer that enhances connectivity in locations unreachable by traditional infrastructure, addressing enterprise needs for higher speeds, symmetrical upload/download rates, redundancy, and rapid scalability. This initiative complements Amazon’s
IoTsatellite-internetBlue-OriginTeraWavelow-Earth-orbit-satellitesdata-transmissionspace-technologyOpenAI aims to ship its first device in 2026, and it could be earbuds
OpenAI is planning to launch its first hardware device in the second half of 2026, with strong indications that the product could be AI-powered earbuds. The company aims to ship between 40 to 50 million units in the first year, signaling an ambitious entry into the wearable tech market. OpenAI’s Chief Global Affairs Officer, Chris Lehane, described the device as more “peaceful and calm” compared to smartphones like the iPhone, suggesting a focus on seamless, user-friendly AI integration. Manufacturing partnerships are reportedly being explored with China-based Luxshare and Taiwan’s Foxconn. The move to develop its own hardware device would allow OpenAI to have greater control over the distribution and development of its AI assistant, ChatGPT, which currently relies on other platforms. However, the company faces challenges in replacing established earbuds like Apple’s AirPods, especially without strong operating system integration. The wearables market has seen mixed success with AI devices so far, with few standout hits. Meanwhile, other tech
IoTwearable-technologyOpenAI-deviceAI-earbudshardware-innovationconsumer-electronicssmart-devicesLloyd Alter Advocates For Intelligent Speed Assistance - CleanTechnica
The article discusses the advocacy for Intelligent Speed Assistance (ISA) systems as a means to improve road safety by automatically limiting vehicle speeds to posted speed limits. Many modern cars already display speed limit information digitally, making it technically feasible to integrate this data with vehicle speed control systems to prevent speeding. The article highlights the complexity of speed limits, noting that some authorities set limits unreasonably low to discourage speeding, which can lead to driver frustration and non-compliance, as illustrated by the example of Indian River Drive in Florida where speed limits were reduced but felt excessively slow to drivers. A significant development is New York Governor Kathy Hochul’s proposal to pilot a program requiring repeat speeding offenders in New York City to have ISA systems installed in their vehicles. These systems would prevent vehicles from exceeding speed limits by more than a few miles per hour, targeting "super speeders" who repeatedly endanger public safety. The article raises questions about the flexibility of such systems, such as whether they could be overridden in emergencies or require
IoTIntelligent-Speed-AssistanceConnected-VehiclesTraffic-Safety-TechnologyVehicle-AutomationSmart-TransportationAutomotive-TechnologyTesla to revive Dojo AI supercomputer as Musk says AI5 design is ready
Tesla has resumed work on its Dojo3 AI training supercomputer following Elon Musk’s announcement that the AI5 chip design is now in good shape. The Dojo team had been disbanded last year due to divergent development paths between the AI5 and AI6 chip architectures, with Tesla focusing resources on these next-generation chips primarily designed for inference tasks in electric vehicles running Full Self-Driving (FSD) software. The Dojo supercomputer is intended to train Tesla’s machine learning models using data collected from its vehicles, but the AI5 and AI6 chips themselves are not optimized for AI training. Musk highlighted that the AI5 chip will significantly improve FSD capabilities, making Tesla cars “almost perfect” and enhancing the Optimus robot, while AI6 will serve both Optimus and data centers. He also mentioned future AI7/Dojo3 chips aimed at space-based AI computing, potentially involving orbital data centers powered by solar energy and cooled naturally by space conditions. However, Musk’s
AIsupercomputerTeslaenergyroboticsIoTmaterialsWhen the living room moved outside - and why screens had to evolve
The article discusses the evolving role of outdoor living spaces, which have shifted from occasional use areas to fully integrated extensions of the home, serving as lounges, dining rooms, and entertainment venues. This transformation has created a demand for outdoor screens that can perform reliably under varying environmental conditions while blending aesthetically with natural surroundings. Sylvox addresses this need with two distinct models of frameless outdoor TVs designed for different outdoor realities: the Sylvox Frameless Outdoor TV for shaded or partially covered areas, and the Sylvox Frameless Pro Outdoor TV for brighter, fully exposed environments. Both models emphasize a sleek, minimal design featuring a 1.5-millimeter ultra-narrow bezel and a 95% screen-to-body ratio, allowing the screens to harmonize with outdoor materials like wood and stone rather than dominate the space. Technically, these TVs overcome significant engineering challenges such as glare from sunlight, moisture from condensation, and temperature fluctuations. The standard Frameless model offers 1000 nits brightness and an IP56
IoToutdoor-technologydisplay-technologyweather-resistant-devicessmart-homeenergy-efficient-screensanti-glare-technologyLearning from Data: Volkswagen Group Launches Europe-Wide Initiative for Greater Road Safety - CleanTechnica
Volkswagen Group is launching a Europe-wide initiative starting January 2026 to enhance road safety by optimizing driver assistance systems using sensor and image data collected from customer vehicles in real traffic conditions. Building on successful experience in Germany, the program will expand to about 40 European countries and cover multiple Volkswagen Group brands, including Volkswagen Passenger Cars, CUPRA, ŠKODA, Audi, Porsche, and Volkswagen Commercial Vehicles. The data-driven improvements will be delivered via software updates, aiming to increase driving comfort and safety for all road users. Importantly, the initiative requires explicit customer consent in full compliance with national and European data protection laws, with consent revocable at any time. The data collection focuses on specific traffic scenarios where driver assistance systems are most beneficial, such as intersections near schools or busy parking lots, triggered by events like emergency braking or evasive maneuvers. Relevant data includes camera images, sensor detections, vehicle dynamics (speed, steering angle), and environmental conditions (weather, visibility). This approach
IoTautomotive-technologydriver-assistance-systemssensor-dataautomated-drivingroad-safetysoftware-updates'Revoice': Cambridge's AI choker helps stroke survivors speak again
Researchers at the University of Cambridge have developed Revoice, an AI-powered wearable collar designed to help stroke survivors with dysarthria regain natural speech without invasive brain implants. The device uses ultra-sensitive sensors to capture throat vibrations and heart rate, combined with AI algorithms that reconstruct silently mouthed words and interpret emotional and contextual cues to form complete, fluent sentences. In tests involving five stroke patients, Revoice achieved a low word error rate of 4.2% and a sentence error rate of 2.9%, with participants reporting a 55% increase in user satisfaction. Revoice offers a practical, lightweight, and washable solution for everyday use, running on an energy-efficient embedded language model. Unlike traditional methods that rely on slow, letter-by-letter communication or invasive implants, this device facilitates real-time, natural-sounding speech recovery. Beyond stroke rehabilitation, the technology holds potential for aiding individuals with other neurological conditions such as Parkinson’s disease and motor neuron disease. The research, led by Professor Luigi Occhip
IoTwearable-technologyAIspeech-recoveryhealthcare-devicesenergy-efficient-devicesassistive-technologyTrump-backed tech city dreams in Greenland collide with cold reality
The article discusses the speculative idea of transforming Greenland into a futuristic, billionaire-backed "freedom city" focused on emerging technologies such as autonomous systems, AI labs, micro-nuclear reactors, and high-speed transportation. This concept, popularized by a group of wealthy U.S. investors and political figures, envisions a low-regulation environment distinct from typical Western governance. However, no formal agreements or commitments have been made, and both the Danish and Greenlandic governments have firmly rejected any notion of selling or transferring sovereignty over Greenland, emphasizing that decisions about the island’s future lie with its people. Greenland’s appeal to tech-utopian interests stems partly from its cold climate and abundant seawater, which are advantageous for energy-intensive infrastructure like data centers due to reduced cooling costs. Renewable energy potential, such as hydro and wind power, also adds to its attractiveness, though significant investment and planning would be required. Additionally, Greenland’s mineral wealth, including rare earth elements, has drawn attention, but commercial mining faces
energyIoTautonomous-systemsmicro-nuclear-reactorshigh-speed-transportationtechnology-citystartup-cityHappy Hour Clean Technology Special: Pubinno Smart Tap at CES - CleanTechnica
The article highlights Pubinno’s Smart Tap, showcased at CES, as an innovative clean technology designed to reduce waste in draft beer dispensing. Traditional draft beer systems often result in significant beer loss due to cleaning, poor pressure control, and excess foam. Pubinno’s smart tap precisely controls the pour, increasing keg yield by about 21% and reportedly saving over 1.4 billion liters of water from more than 200 million draft beers served. Unlike some competitors, Pubinno’s system does not require special glassware, reducing additional costs and carbon footprint. It also operates autonomously, making it suitable for self-service or inexperienced bartenders, and can adjust foam levels based on beer type and local preferences. The technology works with both carbonated and nitrogenated beers, as well as sodas, and delivers a consistent pour that minimizes waste and enhances user experience. The article suggests that the greatest environmental and economic benefits may come from reducing waste in expensive imported beers, which have a high transportation
IoTsmart-tapbeverage-technologywater-conservationcarbon-footprint-reductionclean-technologyCES-innovationsFuture of parking? Robots quietly reshape how cars are parked
HL Robotics has developed an automated parking system called Parkie, which uses robots to autonomously move and park vehicles in crowded, multi-level garages. This system aims to alleviate the stress of finding parking spaces by having robots handle precise vehicle positioning, enabling cars to be parked closer together and increasing lot capacity without expanding physical space. Parkie is already operational in real-world parking facilities, with multiple robots coordinating simultaneously. A critical factor for Parkie’s success is maintaining continuous, low-latency wireless communication in challenging environments characterized by thick concrete walls and metal structures. HL Robotics employs Cisco’s Ultra-Reliable Wireless Backhaul (URWB) technology to ensure uninterrupted connectivity. URWB supports near-zero latency, seamless handoffs between access points, and multipath operations to prevent packet loss, enabling robots to coordinate safely and efficiently. This robust wireless networking approach is essential not only for parking automation but also reflects a broader trend where reliable connectivity is as vital as mechanical design for robotics operating in complex public and industrial environments
robotIoTwireless-networkingautomated-parkingindustrial-automationconnectivityroboticsOpenAI Invests in Sam Altman’s New Brain Tech Startup Merge Labs
OpenAI has invested in Merge Labs, a neurotechnology startup co-founded by OpenAI CEO Sam Altman, aiming to develop brain-computer interfaces (BCIs) that connect human brains to computers using ultrasound technology. Merge Labs has raised $252 million from investors including OpenAI, Bain Capital, and Gabe Newell. Unlike Elon Musk’s Neuralink, which implants electrodes directly into the brain, Merge plans to use non-invasive methods involving molecules and ultrasound to read and modulate neural activity without implants. The company envisions interfaces that integrate biology, devices, and AI to create accessible, user-friendly brain-computer connections. AI will be central to Merge’s approach, with OpenAI collaborating on scientific foundation models to interpret neural signals, adapt to individuals, and improve interface reliability despite noisy data. This could enable more complex brain-computer interactions beyond current capabilities, such as controlling cursors or robotic arms. Merge is a spinoff of Forest Neurotech, a nonprofit focused on brain research, particularly mental
IoTbrain-computer-interfaceneurotechnologyAIultrasound-technologywearable-deviceshuman-computer-interactionThe FTC’s data-sharing order against GM is finally settled
The Federal Trade Commission (FTC) has finalized an order prohibiting General Motors (GM) and its OnStar telematics service from sharing certain consumer data with consumer reporting agencies. This settlement, reached a year prior but only recently finalized, requires GM to be more transparent about its data collection practices and to obtain explicit consumer consent before collecting, using, or sharing connected vehicle data. The order follows revelations from nearly two years ago that GM and OnStar collected and sold drivers’ precise geolocation and driving behavior data—gathered through GM’s Smart Driver program—to third parties including data brokers like LexisNexis and Verisk, which then sold the information to insurance providers potentially affecting customer rates. Under the finalized order, GM must secure explicit consent from consumers at the point of vehicle purchase, linking the OnStar system to the vehicle’s VIN and asking owners to agree to data collection. While the order bans sharing location data with consumer reporting agencies, exceptions allow GM to share data with emergency responders and
IoTconnected-vehiclesdata-privacytelematicsGM-OnStardata-sharingconsumer-consent‘Tiniest earthquakes’ could shrink and speed up future smartphones
Researchers from the University of Colorado Boulder, the University of Arizona, and Sandia National Laboratories have developed a novel surface acoustic wave (SAW) phonon laser that generates microscopic, high-frequency vibrations—described as “the tiniest earthquakes imaginable”—across the surface of a microchip. These surface acoustic waves, which currently serve as precision filters in smartphones, GPS, and radar systems, are essential for clearing background noise in data transmission. However, existing SAW technology is bulky, requiring multiple chips and operating around 4 gigahertz. The new phonon laser device integrates the generation of these waves onto a single chip, powered by a simple battery, and achieves higher frequencies, potentially scaling into the hundreds of gigahertz. The device mimics the mechanics of a diode laser, using a layered structure composed of silicon, lithium niobate (a piezoelectric material), and indium gallium arsenide to amplify acoustic waves efficiently. This compact design allows vibrations to strengthen with each
materialsenergyIoTsurface-acoustic-wavephonon-lasersmartphone-technologypiezoelectric-materialsRing founder details the camera company’s ‘intelligent assistant’ era
Jamie Siminoff, founder of Ring, envisions transforming the company from a video doorbell maker into an AI-powered “intelligent assistant” for the home and beyond. This shift is driven by advances in artificial intelligence and personal experiences, including the Palisades fires that destroyed his garage, where Ring was originally created. Ring has introduced new AI features like Search Party, which uses AI to match lost pets with Ring footage, successfully reuniting one family per day with their dogs—exceeding Siminoff’s expectations. Another initiative involves partnering with organizations to allow customers to opt in to share footage during large fire events, helping improve firefighting resource deployment through AI analysis of smoke and fire indicators. Despite these innovations, Ring’s collaborations with law enforcement have sparked privacy concerns. In 2024, Ring reintroduced tools enabling police to request images and videos from customers, but Siminoff emphasizes that sharing is voluntary and anonymous; law enforcement does not know who receives the requests. He def
IoTsmart-homeAIvideo-doorbellintelligent-assistantprivacyRingHands-on with Bee, Amazon’s latest AI wearable
Amazon’s Bee is a new AI-powered wearable designed to record and transcribe conversations, with a focus on integrating AI into daily life rather than professional settings. The device captures audio, transcribes it into color-coded sections for easier reading, and links conversations to tasks via Google services—for example, suggesting LinkedIn connections after meeting someone. Users can also leave voice notes and review past memories, while a “Grow” feature offers personalized insights based on learned data. However, Bee discards audio after transcription, limiting playback for accuracy checks, and its speaker labeling is less advanced compared to other AI transcription tools. The wearable is designed with privacy in mind: it is not always listening and requires permission to record conversations, with a green light indicating active recording. The physical design includes a sports band that proved somewhat flimsy in testing, though a sturdier clip-on pin option exists. While the app interface is user-friendly and more polished than Amazon’s previous efforts, the broader concept of AI wearables recording everyday conversations
IoTwearable-technologyAIvoice-recognitionAmazon-Beesmart-devicesAI-assistantsWhy Amazon bought Bee, an AI wearable
Amazon acquired Bee, a startup that developed an AI-powered wearable device designed primarily for recording and summarizing conversations such as interviews, meetings, and classes. Bee’s AI acts as a personal companion by learning from users’ recordings and integrating data from services like Gmail, Google Calendar, contacts, and Apple Health. Unlike Amazon’s Alexa, which focuses on in-home assistance, Bee provides contextual understanding of users’ lives outside the home. The two AIs are seen as complementary, with Amazon planning eventual integration to enhance user experience by combining continuous AI support throughout the day. Bee’s technology builds a personalized knowledge graph based on user interactions, enabling it to suggest to-do items and follow-ups. Early adopters include students, elderly users, and professionals who benefit from automated summarization rather than manual note-taking. The device transcribes conversations and discards audio recordings, which limits some work-related applications requiring playback for accuracy. Bee’s small team, now part of Amazon, is actively developing new features such as voice notes
IoTAI-wearablesmart-devicesAmazon-Alexavoice-assistantpersonal-AIconsumer-electronicsAnthropic announces Claude for Healthcare following OpenAI’s ChatGPT Health reveal
Anthropic has announced "Claude for Healthcare," a new AI product designed to enhance medical workflows by integrating health data from devices like phones and smartwatches, similar to OpenAI’s recently revealed ChatGPT Health. Unlike ChatGPT Health, which primarily offers a patient-facing chat experience, Claude for Healthcare aims to provide more advanced capabilities, particularly for healthcare providers and payers. It features “connectors” that enable access to key medical databases and platforms such as the CMS Coverage Database, ICD-10, National Provider Identifier Registry, and PubMed. These connectors help automate and accelerate administrative tasks like prior authorization reviews, which typically require doctors to submit additional documentation to insurance providers. Anthropic emphasizes that Claude for Healthcare is intended to reduce the administrative burden on clinicians, allowing them to focus more on patient care rather than paperwork. While Claude can also provide medical advice, the company, along with OpenAI, cautions users to consult healthcare professionals for personalized and reliable guidance. The announcement comes amid growing reliance on large
IoThealthcare-technologyartificial-intelligencedata-integrationmedical-AIdigital-healthhealth-data-securityPebble founder says his new company is ‘not a startup’
Pebble founder Eric Migicovsky is relaunching his smartwatch company with a fundamentally different approach, emphasizing sustainability and profitability over rapid growth typical of startups. Unlike the original Pebble, which scaled quickly to around 180 employees and faced significant challenges such as overproduction and financial strain leading to layoffs and an eventual exit, the new company, Core Devices, operates with a small team of five and sells directly to consumers without outside funding. Migicovsky stresses that this reboot is not about creating a revolutionary new product but rather reviving an "old idea" with a focused, limited vision tailored to niche users like himself—tech enthusiasts who value a fun, casual smartwatch companion rather than a full smartphone replacement or fitness tracker. Key lessons from the original Pebble experience have shaped this new direction. Migicovsky acknowledges that overestimating demand and producing excess inventory caused financial difficulties, and that the company lost sight of its original vision by trying to expand into areas like health tracking. The new Pebble watches
IoTsmartwatcheswearable-technologyhardware-developmentconsumer-electronicsstartup-strategiesproduct-manufacturingAmazon says 97% of its devices can support Alexa+
At the Consumer Electronics Show (CES) in Las Vegas, Amazon revealed that 97% of the more than 600 million devices it has shipped are capable of supporting its upgraded AI assistant, Alexa+. This new generative AI platform enhances Alexa with more expressive voices, access to extensive world knowledge, and AI agents that can perform tasks like ordering food or calling an Uber. Amazon has begun rolling out Alexa+ to over one million users, with plans to expand availability primarily to Prime members, though no exact full release date has been announced. Amazon’s strategy leverages Alexa’s widespread presence in homes and strong brand familiarity to position it as a foundational AI assistant amid growing competition from other AI chatbots like ChatGPT and Claude. Alexa’s natural voice interface and continuous user engagement are seen as key advantages for growth. Additionally, Amazon highlighted its recent acquisition of Bee, an AI wearable that records conversations and provides insights via text or voice chat, which will eventually integrate more closely with Alexa while maintaining its own distinct identity
IoTAmazon-Alexasmart-homeAI-assistantvoice-technologyAlexa+AI-integrationChina seeks approval for one of largest satellite constellations
Chinese companies are preparing to deploy one of the largest satellite constellations ever proposed, with filings submitted to the International Telecommunication Union (ITU) indicating plans for over 200,000 internet satellites. Among the most ambitious projects are the CTC-1 and CTC-2 initiatives, each aiming to launch approximately 96,714 satellites. These proposals come shortly after China publicly expressed concerns about orbital congestion caused by SpaceX’s Starlink constellation, which itself plans to deploy up to 42,000 satellites. The competition for orbital slots and radio frequency spectrum is intensifying as both China and the United States accelerate their megaconstellation deployments. The US currently holds an advantage, largely due to SpaceX’s early lead and recent approval from the Federal Communications Commission to launch an additional 7,500 second-generation Starlink satellites. However, the finite nature of orbital positions and spectrum means early entrants gain priority, raising the stakes in this space race. SpaceX has also taken steps to mitigate collision
IoTsatellite-technologyinternet-satellitesmegaconstellationsspace-communicationorbital-congestionradio-frequency-spectrumSpaceX gets FCC approval to launch 7,500 more Starlink satellites
The Federal Communications Commission (FCC) has approved SpaceX's request to launch an additional 7,500 second-generation Starlink satellites, bringing the total authorized number to 15,000 worldwide. This approval not only allows SpaceX to expand its high-speed internet coverage but also permits Starlink satellites to operate across five different frequency bands. Additionally, the decision enables Starlink to provide direct-to-cell connectivity outside the United States, along with supplemental coverage within the U.S. While SpaceX initially sought approval for 15,000 more satellites, the FCC has deferred authorization for the remaining 14,988 proposed Gen2 Starlink satellites. The commission has set launch deadlines requiring SpaceX to deploy 50% of the approved satellites by December 1, 2028, and the remaining half by December 2031. This phased rollout underscores the FCC's regulatory oversight in managing satellite deployments and spectrum use.
IoTsatellite-technologyStarlinkSpaceXtelecommunicationswireless-connectivityFCC-approvalXPENG Launches Multi-Talented P7+ in Europe: Hands-On Review - CleanTechnica
XPENG has launched its new P7+ electric vehicle in Europe, marking the introduction of this next-generation model outside China and the start of European production with the first unit assembled in Austria. The P7+ is a large luxury liftback measuring 5071 mm in length, designed with aerodynamic efficiency (0.211 Cd) and increased interior space, including a 573-liter trunk expandable to 1904 liters with rear seats folded. Its design features a forward-shifted windshield, elevated roofline, and a floating rear section inspired partly by classic French automotive styling. Although the sloping hatch limits tall cargo capacity compared to estate models, an electric tow hitch with a 1.5-ton capacity enhances utility for European buyers. The P7+ evolves the previous P7 with sharper, more refined styling, including slim front LED lights, repositioned rear light bars, and frameless side mirrors. Visibility is generally excellent, aided by a digital rearview mirror to compensate for restricted rear sightlines
robotIoTenergyelectric-vehicleautomotive-technologysmart-carXPENG-P7+How the Sleepbuds maker, Ozlo, is building a platform for sleep data
Ozlo, the maker of sleep-focused earbuds known as Sleepbuds, is evolving its product into a broader platform centered on sleep data. Originally founded by former Bose employees, Ozlo has developed an iOS and Android SDK that allows third-party apps to access detailed sleep metrics collected by its devices. These metrics include body movements, respiration rates, temperature, and light levels, which are analyzed by machine learning algorithms to determine sleep or relaxation states. This data-sharing capability enables partners like the meditation app Calm to assess the effectiveness of their content in real time, providing valuable feedback that can improve user experience and content investment decisions. Beyond hardware sales, Ozlo aims to build new revenue streams through software subscriptions and healthcare applications. The company is developing AI-driven features to offer personalized sleep insights and is creating tinnitus therapy tools based on clinical research conducted with Walter Reed Hospital. These therapies, designed to alleviate ear ringing for about 15% of Ozlo’s users, will be available via subscription starting in the second quarter of
IoTsleep-technologywearable-sensorshealth-data-platformmachine-learningsmart-devicesneurotechnologyBeatbot announces new pool robots in pool care automation at CES 2026
At CES 2026, Beatbot unveiled two new automated pool-cleaning robots, highlighting a significant innovation in pool care automation. The flagship product, Beatbot AquaSense X, introduces a comprehensive AI-driven ecosystem combining an advanced robotic pool cleaner with the world’s first self-cleaning pool cleaner station, called AstroRinse. This station automates the traditionally disliked post-cleaning maintenance by rinsing the robot’s internal filter, emptying debris, and recharging the unit in about three minutes, supporting up to two cleaning cycles per week for two months without manual intervention. The AquaSense X employs “Beatbot AI 2.0” and HybridSense AI Vision, which enhances debris detection (recognizing 40 types) and coverage across pool floors, walls, waterlines, and surfaces using a combination of camera, infrared, and ultrasonic sensors. Its adaptive navigation handles complex, multi-level pool layouts, ensuring thorough cleaning of steps, edges, and shallow zones. In addition to cleaning, AquaSense
robotAIpool-cleaningautomationIoTautonomous-robotssmart-home-devicesTop 7 smart glasses at CES 2026 redefining gaming, AI and productivity
At CES 2026, several innovative smart glasses were showcased, highlighting advancements in gaming, AI integration, and productivity. The ASUS ROG Xreal R1 stands out with its world-leading 240Hz refresh rate, 1080p HDR display, and a 57-degree field of view, targeting high-end gaming experiences and expected to launch in late 2026. The Xreal 1S offers a more affordable option at $449, featuring 1200p resolution per eye, a 52-degree field of view, and real-time 2D-to-3D content conversion, supporting devices like the Nintendo Switch 2 for versatile use in work and entertainment. Other notable entries include the RayNeo Air 4 Pro, the first HDR10-enabled smart glasses priced at $299, delivering bright 1080p visuals and Bang & Olufsen-tuned audio in a lightweight design. The Rokid AI Glasses integrate AI features such as real-time translation and voice interaction with a
IoTsmart-glassesaugmented-realityAI-integrationwearable-technologyCES-2026gaming-devicesArt on command: This smart e-ink canvas turns voice prompts into wall displays
At CES 2026, Fraimic unveiled the Smart Canvas, a novel digital art display that combines gallery-quality presentation with AI-driven image generation. Unlike typical digital frames, the Smart Canvas uses a full-color Spectra 6 e-ink display with a matte, paper-like finish designed to mimic traditional printed artwork and minimize glare. Housed in a minimalist black wood frame, the device is intended to blend seamlessly into home decor, functioning more like framed art than a conventional electronic screen. The canvas supports standard frame sizes, interchangeable framing, and runs cordlessly with multi-year battery life, consuming power only when images change. An internal accelerometer automatically adjusts image orientation between portrait and landscape modes. The Smart Canvas’s standout feature is its voice-activated image creation, allowing users to generate artwork by speaking prompts directly to the frame without needing a phone or app. Fraimic leverages OpenAI’s image-generation models combined with curated style presets to maintain refined and consistent visuals, avoiding exaggerated AI aesthetics.
IoTsmart-devicese-ink-displayvoice-controlAI-generated-artbattery-efficiencysmart-home-technologyMIT’s pills that communicate from stomach integrates biodegradable radio frequency antennas
Researchers at MIT have developed an innovative pill capsule that can communicate from within the stomach to confirm medication ingestion. The system integrates a biodegradable radio frequency (RF) antenna made from zinc embedded in a cellulose particle, which is safely absorbed by the body after use. The capsule’s outer layer consists of gelatin coated with cellulose and a metal layer (molybdenum or tungsten) that initially blocks RF signals. Once swallowed, the coating dissolves, releasing the drug and activating the RF antenna. The antenna then receives an external RF signal and transmits a confirmation signal indicating the pill has been consumed. This technology aims to improve medication adherence monitoring, especially for patients requiring strict regimens, such as transplant recipients on immunosuppressive drugs or individuals with chronic infections like HIV or tuberculosis. Traditional methods to improve adherence, such as long-lasting delivery capsules, are not compatible with all medications, so this communication-enabled pill offers an alternative by allowing healthcare providers to verify ingestion without altering the drug itself. The biodegradable design
IoTbiodegradable-antennasmedical-devicesradio-frequency-communicationdrug-monitoringhealth-technologysmart-pillsBeatbot announces new pool robots and a ‘world’s first’ in pool care automation at CES 2026
At CES 2026, Beatbot unveiled two new pool-cleaning robots along with a groundbreaking innovation in pool care automation. The flagship product, Beatbot AquaSense X, is an AI-driven robotic pool-cleaning ecosystem featuring the world’s first self-cleaning pool cleaner station called AstroRinse. This station automates the traditionally tedious post-cleaning maintenance by rinsing the robot’s internal filter, emptying debris, and recharging the unit in about three minutes without manual intervention. AstroRinse can handle up to two cleaning cycles per week for two months without needing debris bag replacement, significantly enhancing user convenience. The AquaSense X system leverages advanced AI technologies, including Beatbot AI 2.0 and HybridSense AI Vision, which doubles the types of recognized debris and expands detection to both the pool floor and water surface using combined camera, infrared, and ultrasonic sensors. This enables adaptive cleaning across complex pool layouts, including multi-level shelves and shallow zones. The robot provides comprehensive cleaning of floors
robotautomationAIpool-cleaningroboticsIoTsmart-devices7 CES 2026 technologies that make dystopian sci-fi feel oddly practical
At CES 2026, several emerging technologies revealed a trend toward deeply personal and intimate AI devices that blur the line between science fiction and reality. These innovations focus on monitoring and interacting with users in private spaces—such as bathrooms, bedrooms, and even the mind—addressing needs like health tracking, cognitive performance, emotional connection, and memory preservation. While individually these products target familiar wellness or productivity goals, collectively they evoke dystopian sci-fi themes reminiscent of shows like Black Mirror, highlighting how close current technology is to concepts once considered speculative. Key standout technologies include NuraLogix’s Longevity Mirror, a $900 bathroom mirror that uses facial blood flow analysis and AI to predict long-term health risks and physiological aging, turning a daily routine into a constant biological assessment. Neurable and HyperX’s EEG headset tracks brain activity to measure cognitive processing speed and mental fatigue, offering real-time biofeedback to improve focus and reaction times, hinting at future cognitive optimization tools. Vinabot’s AI picture frame
IoTAIhealth-techwearable-devicesbrain-computer-interfacesmart-homebiometric-sensorsBuilding tomorrow’s factory: 5 digital upgrades every plant needs
The article emphasizes the critical role of digital transformation in modern manufacturing, highlighting that in 2022, manufacturing contributed 17.5% to global GDP and employed nearly 13 million people in the US. To meet evolving supply chain demands and efficiency goals, factories must adopt smart technologies such as IoT, Artificial Intelligence (AI), and automation. These technologies offer tangible benefits including waste reduction through real-time data analytics, optimized maintenance to prevent downtime, increased productivity via automation, enhanced operational agility through predictive insights, and improved product quality with rapid defect detection. Data shows that smart technology adoption can boost productivity by nearly 50% and cut operating costs by over 40%. To build the factories of tomorrow, the article identifies five essential digital upgrades. The first two highlighted are Enterprise Resource Planning (ERP) software and Overall Equipment Effectiveness (OEE) software. ERP systems unify multiple operational areas—production, maintenance, quality control, asset management, and HR—into a single digital platform, enabling smarter automation
IoTsmart-factorydigital-transformationmanufacturing-automationenergy-efficiencypredictive-maintenanceindustrial-roboticsThe most bizarre tech announced so far at CES 2026
At CES 2026, alongside major tech announcements, several unusual and quirky gadgets have captured attention for their novelty and unique applications. Razer unveiled Project AVA, a 5.5-inch holographic anime assistant designed to support gaming, productivity, and daily organization. Featuring lifelike avatars with eye-tracking and expressive faces, it continuously monitors users via a built-in camera, raising privacy questions. Meanwhile, Mind with Heart Robotics introduced An’An, an AI-powered baby panda robot aimed at elderly care. Equipped with sensors and emotional AI, An’An responds to touch, remembers user preferences, provides companionship to combat loneliness, and assists with memory and daily reminders, also keeping caregivers informed. Other standout innovations include GoveeLife’s $500 Smart Nugget Ice Maker Pro, which uses AI NoiseGuard technology to reduce operational noise by detecting and defrosting before loud freezing sounds occur. Seattle Ultrasonics presented an ultrasonic chef’s knife vibrating at over 30,000 times per second,
robotAIelderly-caresmart-homeIoTAI-assistantroboticsHandheld device democratizes study of cosmic particles from supernovae
University of Delaware physics professor Spencer Axani has developed CosmicWatch, a handheld, low-cost muon detector designed to democratize the study of high-energy cosmic particles produced by phenomena like supernovae and gamma-ray bursts. CosmicWatch detects muons—secondary particles created when cosmic rays collide with atoms in Earth’s atmosphere—and costs approximately $100 to build, making it accessible to both research institutions and high school students. The device, roughly the size of a small box, lights up and records data each time a muon passes through, enabling affordable and portable physics experiments that were previously limited to large, expensive equipment. Originally created as an educational tool during Axani’s graduate work at MIT, CosmicWatch has evolved into a valuable instrument for international astrophysics research and outreach. The latest third version, detailed in the Journal of Instrumentation, offers faster data collection, environmental monitoring, and radiation resistance. It is also being adapted for use aboard rockets and spacecraft to measure primary cosmic rays. With thousands of units
IoTparticle-detectorcosmic-raysmuonseducational-technologyportable-deviceastrophysicsBrunswick unveils largest-ever CES display of AI-powered marine tech
At CES 2026, Brunswick Corporation, the world’s largest marine technology company, unveiled its largest-ever display focused on AI-powered marine innovations, highlighting how artificial intelligence, autonomy, and electrification are transforming boating. The exhibit showcased the global launch of Sea Ray’s most technologically advanced SLX model, featuring an automotive-inspired helm with integrated controls and dual Simrad NSX ULTRAWIDE displays connected to Mercury Marine propulsion. Central to the display was the Simrad AutoCaptain system, an assisted autonomous navigation technology designed to help operators with complex tasks such as docking and route planning, enhancing safety and accessibility for a broader range of users. Brunswick’s CES presence also emphasized its ACES strategy—Autonomous and Assisted, Connected, Electrified, and Shared—through various products including the NAVAN C30, which integrates solar panels and autonomous support to improve accessibility, and the Lund Crossover XS, a family-oriented fish-and-ski boat equipped with advanced Lowrance and Mercury Marine technologies. Additionally,
robotAIautonomous-navigationelectric-propulsionmarine-technologyIoTenergyWhy smart homes need to think in spaces, not gadgets
The article discusses the evolution and challenges of smart home technology, emphasizing that the initial promise of effortless automation has been undermined by complexity and fragmentation. Early smart homes focused on making individual devices intelligent—such as voice-controlled lights or learning thermostats—but as more gadgets were added, the experience became disjointed, with multiple apps and unreliable automations. The core issue identified is the lack of system-level intelligence that understands the home as a dynamic living environment, where context, routines, and spatial relationships matter more than isolated device commands. To address this, the article highlights Tuya Smart’s approach, which shifts the focus from individual devices to creating intelligence embedded in physical spaces. Tuya Smart offers a cloud platform that integrates AI with a broad ecosystem of devices, overcoming fragmentation by enabling coordinated behavior across rooms and scenarios. Central to this system is Hey Tuya, an AI life assistant designed not just for command-based interaction but to sense environments, learn user habits, and proactively manage devices in a contextual, space
IoTsmart-homeartificial-intelligencehome-automationconnected-devicesAI-assistantTuya-SmartLynk & Co Supports Geely Auto Group's CES 2026 Showcase with Vehicles on the Ground in Las Vegas - CleanTechnica
At CES 2026 in Las Vegas, Lynk & Co played a significant role in supporting Geely Auto Group’s global innovation showcase by providing vehicles on the ground, highlighting its integration within Geely’s global mobility and technology ecosystem. Geely unveiled two major technological advancements: Full Domain AI 2.0, an upgraded vehicle intelligence system featuring a central “super AI brain” that enables real-time collaboration across multiple vehicle domains, and GASD, a next-generation intelligent driving system aimed at accelerating progress toward high-level autonomous driving through advanced AI, extensive real-world driving data, and high-performance sensing and computing hardware. Lynk & Co, headquartered in Gothenburg, Sweden, continues to expand its presence in Europe with a focus on accessible, connected, and user-centric mobility solutions. The brand benefits directly from Geely’s innovations, reinforcing its commitment to delivering smarter, safer, and more intuitive driving experiences. Offering a range of electrified vehicles—including plug-in hybrids and fully electric models—Lyn
IoTautonomous-drivingAI-in-vehiclessmart-mobilityelectric-vehiclesconnected-carsautomotive-technologyPet-saving smoke detector with strobe light debuts at CES 2026
Rescue Retriever, a startup founded by firefighter Rusty Tussing, has introduced a paw-shaped smoke detector at CES 2026 designed specifically to help firefighters locate pets during house fires. Unlike traditional smoke alarms that emit sound and are ceiling-mounted, Rescue Retriever is placed where pets typically stay—such as dog crates or hiding spots for cats—and activates a silent, bright strobe light when smoke is detected. This visual signal guides firefighters directly to pets in smoky conditions. Additionally, the product includes an exterior sticker indicating the number of pets inside and the presence of the device, alerting first responders before they enter the home. Tussing emphasizes that Rescue Retriever is not a replacement for standard smoke detectors but a complementary tool focused on pet search and rescue. Looking ahead, Rescue Retriever plans to enhance its technology with connected features, including a collar tag equipped with GPS or Apple AirTag functionality and a companion app. The app aims to alert owners during fires, show pet locations, and potentially monitor pet health data.
IoTsmart-smoke-detectorpet-safetyrescue-technologyfire-safetyconnected-devicesemergency-alert-systemLime Ridership Up 61% In Seattle After Adding Real Sit-Down Scooter - CleanTechnica
Seattle’s shared personal mobility program saw a significant boost in ridership after introducing the LimeGlider, a small sit-down electric scooter, last year. Compared to 2024, ridership increased by 61% as of mid-2025. The LimeGlider offers a more stable, visible, and comfortable alternative to traditional standup e-scooters, which tend to be less stable and require greater safety awareness. This addition appears to have resonated well with users, contributing to the program’s overall growth. The scale of Seattle’s mobility program is substantial, with 9.7 million trips taken in 2025 alone, highlighting its impact on reducing emissions by replacing car trips. In August 2025, 1.3 million trips were made using Lime scooters and bikes, and on September 27, there were 60,000 trips in a single day. To address issues of clutter from dockless vehicles, the city added 200 more bike and scooter corrals downtown,
IoTelectric-scootersurban-mobilityshared-transportationenergy-efficiencysmart-citysustainable-transportHow Quilt solved the heat pump’s biggest challenge
Quilt, a smart home startup, has launched a three-zone heat pump system that significantly improves efficiency under challenging conditions that typically hinder traditional heat pumps. This new system features one outdoor unit capable of driving three indoor heads, simplifying large installations, reducing costs, and minimizing the outdoor footprint. Central to Quilt’s innovation is its extensive use of data collected from over a thousand internet-connected units equipped with numerous sensors. By analyzing real-world operational data, Quilt engineers enhanced heat pump capacity by 20% through a software update and developed the three-zone unit that overcomes common multi-zone heat pump challenges, particularly maintaining compressor stability at low speeds. Unlike most systems that sacrifice efficiency and comfort by stopping the compressor at low speeds, Quilt’s data-driven approach and design improvements—including a larger copper coil paired with a smaller compressor—allow the unit to operate efficiently even at very low temperatures (down to -13˚F/-25˚C). This design delivers nearly 90% of its rated capacity without losing low-demand performance
energyheat-pumpsmart-homeIoTHVACenergy-efficiencysensorsCES 2026: Top 10 EV trends that signal where electric cars are headed
CES 2026 highlights a transformative shift in electric vehicles (EVs) from mere transportation devices to intelligent, AI-native robotic systems that continuously learn and adapt. Key trends emphasize the integration of advanced AI technologies, such as Physical AI, which trains self-driving systems in hyper-realistic virtual environments to handle rare and complex real-world scenarios. This enables EVs to better interpret urban environments, anticipate interactions, and coordinate with other road users, effectively making vehicles autonomous and adaptive machines. Another major development is the rise of robotaxi platforms, exemplified by collaborations like Lucid-Nuro-Uber, which combine EV technology, AI, and service design to offer shared, on-demand autonomous mobility, shifting value from individual car ownership to subscription-based transport services. Additionally, the evolution of Software-Defined Vehicles (SDVs) is turning EVs into cloud-connected computing platforms where core functions such as driver assistance and infotainment are managed by software, allowing continuous feature updates and new business models. Integrated robotics and AI are
robotIoTenergyelectric-vehiclesautonomous-vehiclesAIsoftware-defined-vehiclerobotaxiSony & Honda Present AFEELA 1 at CES - CleanTechnica
Sony and Honda, through their joint venture Sony Honda Mobility (SHM), are advancing toward launching their first electric vehicle, the AFEELA 1, with deliveries expected to begin in California in 2026 and expansion to Arizona in 2027. The company showcased a pre-production AFEELA 1 and a separate AFEELA Prototype 2026 at CES in Las Vegas, with plans to release the latter in the U.S. by 2028. SHM envisions transforming vehicles into “Creative Entertainment Spaces” powered by advanced AI, shifting from traditional driver-centric cars to intelligent partners that understand user preferences and emotions, enhancing the in-cabin experience. Key technological features include the AFEELA Intelligent Drive, an advanced driver assistance system evolving toward Level 4 autonomy, and the AFEELA Personal Agent, an AI conversational assistant utilizing Microsoft Azure OpenAI Service for personalized interaction. SHM is integrating Qualcomm’s Snapdragon Digital Chassis to support these capabilities and is fostering innovation through its A
robotIoTenergyAIelectric-vehiclesadvanced-driver-assistance-systemautomotive-technologyCES 2026: Everything revealed, from Nvidia’s debuts to AMD’s new chips to Razer’s AI oddities
CES 2026 in Las Vegas showcased major advancements with a strong emphasis on AI across various industries. Nvidia unveiled its Rubin computing architecture, designed to replace the Blackwell architecture later this year, offering enhanced speed and storage to meet growing AI computational demands. Nvidia also highlighted AI models for autonomous vehicles, reflecting its broader strategy to integrate AI into physical-world applications. Meanwhile, AMD’s CEO Lisa Su presented new Ryzen AI 400 Series processors and emphasized partnerships with AI leaders like OpenAI and Luma AI, underscoring AMD’s commitment to AI-driven innovation. Other notable reveals included Hyundai and Boston Dynamics partnering with Google’s AI research lab to enhance and operate Atlas robots, signaling significant collaboration in robotics. Amazon introduced Alexa+ with expanded chatbot capabilities accessible via browsers and apps, alongside updates to its Ring security products featuring fire alerts and third-party app integrations. Razer deviated from its usual hardware focus to introduce AI-centric projects: Project Motoko, a smart glasses alternative, and Project AVA, an AI
robotIoTAIautonomous-vehiclesroboticssmart-devicesenergy-efficient-computingWearable health devices could generate a million tons of e-waste by 2050
A recent study from Cornell University and the University of Chicago highlights a looming environmental challenge posed by the rapid growth of wearable health devices such as glucose monitors, blood pressure trackers, and fitness trackers. By 2050, global demand for these devices could reach 2 billion units annually—42 times the current volume—potentially generating over a million tons of electronic waste and 100 million tons of carbon dioxide emissions if manufacturing practices remain unchanged. This surge in e-waste and emissions underscores the significant environmental footprint of these increasingly popular gadgets. The study, published in Nature, reveals that the primary environmental impact comes not from the plastic components but from the printed circuit boards (PCBs), which constitute about 70% of the carbon footprint due to the intensive mining and manufacturing of rare minerals used in their production. To mitigate this, researchers recommend two key strategies: designing chips with more common metals like copper instead of rare minerals such as gold, and creating modular devices that allow reuse of the circuit boards while replacing only
IoTwearable-deviceselectronic-wastesustainabilityprinted-circuit-boardscarbon-footprintmaterials-engineeringThe most bizarre tech announced so far at CES 2026
At CES 2026, alongside major tech announcements, several unusual and quirky gadgets stood out for their novelty and creativity. Razer unveiled an evolved version of its esports AI coach: a 5.5-inch holographic anime assistant that sits on your desk, offering gaming tips, productivity help, and personal advice through lifelike animated avatars with eye-tracking and expressive features. Notably, it uses a built-in camera to monitor users and their screens, raising privacy questions, and remains a concept without guaranteed production. Another highlight was An’An, an AI-powered baby panda robot designed to support elderly care by providing emotional companionship, personalized interaction through voice and touch recognition, and reminders to aid memory, while keeping caregivers informed. Other standout innovations included a $500 AI-enabled countertop ice maker from Govee Life that uses patented NoiseGuard technology to detect and prevent noisy freezing cycles by auto-defrosting, producing up to 60 pounds of ice daily. Seattle Ultrasonics introduced an ultrasonic chef’s
robotAIelderly-care-robotsmart-home-applianceIoTAI-assistantemotional-AIWhen AI meets sleep: Designing the night of the future
The article "When AI meets sleep: Designing the night of the future" explores the evolving understanding of sleep as an active, complex state rather than merely a passive biological necessity. It highlights how traditional sleep analysis has been retrospective and limited, overlooking the rich cognitive and emotional processes occurring during sleep, particularly during REM (Rapid Eye Movement) sleep. The piece argues for a paradigm shift toward recognizing sleep as a dynamic form of activity that can be better understood and engaged with through advanced technology. Central to this innovation is SomnoAI, an AI system developed by REMspace, a neurotechnology company specializing in sleep and consciousness research. SomnoAI is designed to monitor and interpret subtle sleep rhythms in real time, improving rest quality, predicting sleep disorders, and even enabling dream control. The technology is embodied in the LucidMe PRO smart sleep mask, which tracks brain waves (EEG), breathing, and movement to provide biofeedback and gentle sensory cues. This integrated system supports faster sleep onset, deeper rest,
IoTsleep-technologyAIwearable-devicesbiofeedbacksmart-sleep-maskneurotechnologyMeta pauses international expansion of its Ray-Ban Display glasses
Meta has announced a pause in the international expansion of its Ray-Ban Display smart glasses due to overwhelming demand and limited supply. Originally planning to launch the glasses in France, Italy, Canada, and the U.K. in early 2026, the company now intends to focus on fulfilling U.S. orders first, as waitlists for the product currently extend well into 2026. Meta is reassessing its strategy for making the glasses available outside the U.S. amid these supply constraints. At the CES event in Las Vegas, Meta showcased upcoming features for the Ray-Ban Display glasses and its Neural Band accessory. New functionalities include a teleprompter feature for delivering prepared remarks and the ability to write messages by tracing finger movements on any surface, which the Neural Band then transcribes into digital text. Additionally, pedestrian navigation support is being expanded to new cities, including Denver, Las Vegas, Portland, and Salt Lake City.
IoTsmart-glasseswearable-technologyMetaaugmented-realityNeural-Bandpedestrian-navigationNew smart sunglasses offer instant tint adjustment for outdoor athletes
Povec Optics has unveiled the Povec C1, the world’s first electrochromic sunglasses capable of instant tint adjustment within one second, at CES 2026. Designed for outdoor athletes, these smart sunglasses use automotive-inspired electrochromic technology—miniaturized from applications like Audi’s auto-dimming mirrors—to allow users to manually control lens tint via a touch-sensitive strip on the temple. This enables rapid adaptation to changing light conditions, such as shifting from shaded trails to bright sunlight, enhancing visibility and safety without needing to switch eyewear. The Povec C1 features UV400 protection, anti-glare lenses made from impact-resistant materials tested for durability, and a lightweight, water-resistant TR90 frame with customizable nose pads for comfort during extended use. It offers up to 28 days of battery life based on four hours of daily use, charging via USB-C, and incorporates a smart power system that activates on unfolding. Priced between $250 and $350, the glasses target athletes and
IoTsmart-glasseselectrochromic-technologywearable-technologyenergy-efficient-devicesUV-protectiondurable-materialsAmazon’s Ring doorbells get fire alerts, an app store and new sensors
Amazon has introduced several new features and devices to enhance its Ring smart doorbell ecosystem. The updates include new Ring Sensors capable of detecting motion, openings, glass breakage, smoke, carbon monoxide, leaks, temperature changes, and air quality, while also allowing control over connected lighting and appliances. Additionally, Amazon is launching an app store within the Ring app (initially in the U.S.) to enable integration with third-party apps focused on small business operations and everyday home needs. To address increasing fire risks, especially in drought-affected areas, Amazon has partnered with an unspecified entity to provide real-time fire updates and early warnings through the Ring app’s Neighbors section, where users can also share live camera feeds. The new devices support Amazon’s Sidewalk network, which creates a mesh network among Echo and Ring devices to maintain connectivity beyond Wi-Fi range. Furthermore, Ring cameras now feature an AI-based “AI Unusual Event Alerts” system that learns property activity patterns and notifies users of unusual events,
IoTsmart-homeRing-doorbellsensorsAI-alertsmesh-networkAmazon-SidewalkWorld’s first facial recognition pet feeder works with 99.9% accuracy
Cheerble, a pet technology company founded in 2016, has introduced the world’s first AI-based facial recognition pet feeder, the Pet Feeder Match G1, which boasts 99.9% accuracy in identifying cats. Unveiled at CES 2026 in Las Vegas, this device is designed to address common challenges in multi-cat households, such as food stealing and managing specialized diets. The feeder supports up to six cats, allowing owners to customize individual feeding schedules and diets through the Cheerble app. The system uses a short-range infrared camera and edge-AI technology to process recognition locally, ensuring privacy by keeping biometric data on-site without cloud uploads. The Match G1 features a Controlled Feeding Dome that grants access only to the recognized cat, preventing other pets from stealing food. Its design also considers feline comfort, with a bowl angled to reduce whisker fatigue and made of dishwasher-safe 304 stainless steel. An integrated ice tray keeps food fresh for longer periods. The app provides detailed
IoTsmart-pet-feederfacial-recognitionAI-edge-computingpet-technologyConsumer-Electronics-Showsmart-home-devicesPhotos: Lego’s new bricks react to movement and sounds without using screens
At CES 2026, Lego introduced Smart Play, a new system that integrates light, sound, and motion responses into traditional Lego bricks without using screens, preserving the classic hands-on building experience. Central to Smart Play is a standard-looking 2×4 brick embedded with advanced electronics, including a patented ASIC chip, accelerometer, LED array, speaker, and motion sensors. The system also features Smart Tag tiles with unique digital IDs and Smart Minifigures, enabling physical models to react dynamically to movement and proximity, such as a helicopter brick lighting up and playing propeller sounds that vary with motion. Smart Play includes BrickNet, a Bluetooth-based protocol allowing multiple Smart Bricks to communicate and coordinate effects across larger builds, with enhanced encryption and privacy controls. The system requires no setup or pairing, runs on rechargeable internal batteries charged wirelessly, and supports firmware updates via a phone app for ongoing feature additions. The first Smart Play sets, themed around Star Wars, will launch on March 1,
robotIoTsmart-toysBluetoothsensorsinteractive-playwireless-chargingCES 2026: New pocket lab detects dairy, gluten allergens in 2 minutes
At CES 2026, French startup Allergen Alert introduced a portable “mini lab” device designed to detect common food allergens such as gluten, dairy, and peanuts within two minutes. Roughly the size of a paperback book, the battery-operated gadget uses single-use testing pouches to analyze food samples with lab-grade precision, displaying results on the device or a connected smartphone app. The technology was inspired by the personal experience of CEO Bénédicte Astier, whose daughter suffered a life-threatening dairy allergy reaction, motivating her to create a reliable, on-the-spot food testing solution. Scheduled for release in late 2026 at around $200, the device targets individuals with allergies, families, hospitality providers, schools, hospitals, and travel operators, aiming to reduce the risk of severe allergic reactions that frequently occur outside the home. Users will subscribe monthly for testing pouches, currently able to detect one allergen at a time, with plans to develop multiplex pouches for simultaneous multi-allergen
IoTportable-devicefood-allergen-detectionhealth-technologyallergy-testingsmart-deviceconsumer-electronicsFrom cooking steaks to driving cars, Bosch expands its AI playbook at CES 2026
At CES 2026, Bosch unveiled a broad expansion of its AI-driven product portfolio, emphasizing a “people-centric technology” approach that integrates hardware and software across mobility, consumer products, industrial manufacturing, and semiconductors. The company aims to generate over €6 billion in software and services revenue by the early 2030s, backed by €2.5 billion in AI investments through 2026. Bosch highlighted its AI capabilities with more than 2,000 AI patents and extensive employee training, representing about a quarter of its global workforce. Key consumer innovations include Bosch Cook AI, a generative AI cooking assistant that uses sensors, computer vision, and connected appliances to automate cooking tasks like adjusting stove temperature for a perfect steak. This feature will be delivered via over-the-air software updates, demonstrating Bosch’s commitment to evolving hardware capabilities. Additionally, Bosch introduced Origify, a smartphone-based authentication system that combats counterfeiting by using surface pattern recognition to create tamper-proof digital identities for products,
AIIoTConnected-AppliancesAutonomous-VehiclesSmart-CookingBoschDigital-AuthenticationLEGO SMART Bricks introduce a new way to build — and they don’t require screens
LEGO has introduced the SMART Play system, a new interactive building experience that does not require screens. The system features SMART Bricks, SMART Tag tiles, and SMART Minifigures that interact through near-field magnetic positioning. SMART Tags are 2×2 studless tiles with unique digital IDs that instruct SMART Bricks and Minifigures how to behave. For example, a helicopter set’s SMART Tag triggers lights and propeller sounds on the SMART Brick, which also uses an accelerometer to respond dynamically to movement, enhancing play realism. The SMART Bricks contain a patented ASIC chip smaller than a LEGO stud, equipped with a miniature speaker, accelerometer, and LED array. LEGO has developed a Bluetooth-based protocol called BrickNet, enabling multiple SMART Bricks to communicate securely with encryption and privacy controls. The system requires no setup or pairing, making it easy for children to use and appealing to parents due to its screen-free design. LEGO’s first SMART Play sets, both Star Wars-themed,
IoTsmart-toysBluetoothsensorsaccelerometernear-field-communicationencryptionLG shows AI in action for homes, cars, data centers at CES 2026
At CES 2026, LG Electronics unveiled its “AI in Action” strategy, emphasizing practical AI applications that actively manage tasks across homes, vehicles, and commercial spaces. Central to this vision is the Zero Labor Home concept, featuring the LG CLOiD™ robot designed to reduce both physical and mental household burdens by performing chores like adjusting air conditioning, folding laundry, and organizing dishes. LG’s CEO Lyu Jae-cheol highlighted the company’s goal to extend AI beyond screens into real-life environments, leveraging three pillars: excellence in device technology, a connected ecosystem, and AI-driven solutions that integrate seamlessly into daily life. LG showcased several flagship products supporting this AI-driven future, including the ultra-thin LG OLED evo W6 Wallpaper TV with enhanced brightness and color accuracy, and updated LG SIGNATURE appliances such as a refrigerator that understands conversational language and an oven range using Gourmet AI to suggest recipes. The CLOiD robot, with its advanced dexterity and adaptive learning, exemplifies LG’s ambition
robotIoTAIsmart-homeLG-ElectronicsCES-2026home-automationThe 2026 BMW iX3 voice assistant will be powered by Alexa+
The 2026 BMW iX3 will be the first vehicle to feature Amazon’s next-generation voice assistant, Alexa+, which incorporates generative AI technology. Announced at the 2026 Consumer Electronics Show, this integration marks a significant step in Amazon’s plan to embed its large language model (LLM)-powered assistant across a wide range of consumer devices, including automobiles. Alexa+ is designed to enable more natural, seamless conversations and handle complex, multi-step requests, addressing longstanding challenges automakers have faced with in-car voice assistants. The partnership between BMW and Amazon has been in development for three years, with BMW leveraging Amazon’s Alexa Custom Assistant platform to create a tailored version of Alexa+ for its vehicles. Alexa+ is built on Amazon Bedrock, a service that allows customization of generative AI models with proprietary data. This enables the assistant to perform integrated tasks across various services—such as music, navigation, and home security—allowing users to start interactions at home on Alexa-enabled devices and
IoTvoice-assistantautomotive-technologyAIsmart-devicesconnected-cargenerative-AIAmazon’s AI assistant comes to the web with Alexa.com
Amazon has launched Alexa.com, a new website that brings its AI-powered digital assistant, Alexa+, to the web, allowing users to interact with Alexa much like other AI chatbots such as ChatGPT or Google’s Gemini. This move aims to expand Alexa’s presence beyond its established footprint in smart home devices—over 600 million Echo devices sold worldwide—by making the assistant accessible on phones and the web. Alongside this, Amazon is updating the Alexa mobile app to feature a more chatbot-centric interface, prioritizing conversational interactions over other functionalities. Alexa.com enables users to perform common tasks such as exploring complex topics, creating content, and planning trips, but Amazon is emphasizing Alexa’s unique focus on family-oriented needs. These include managing smart home devices, updating family calendars and to-do lists, making dinner reservations, adding groceries to Amazon Fresh or Whole Foods carts, finding and saving recipes, and planning family activities with personalized recommendations. Amazon is also integrating third-party apps like Angi, Expedia, Square, and
IoTsmart-homeAlexaAI-assistantsmart-devicesvoice-controlAmazon-EchoChina's new autonomous truck platoon lets a driver run five trucks
Chinese heavy truck manufacturer SANY, in partnership with autonomous driving tech firm Pony.ai, is set to mass-produce its fourth-generation autonomous semi trucks starting this year. These trucks feature a “human in the lead” platooning system, where one human-driven lead truck is followed by up to four autonomous trucks, aimed at addressing regulatory concerns and improving fleet profitability. The trucks incorporate advanced technologies including a 400 kWh swappable battery with regenerative braking, radar, cameras, and a drive-by-wire chassis covering steering, braking, communication, power supply, computing, and sensing. The system has passed rigorous safety and electromagnetic compatibility tests, demonstrating readiness for freight carriage. The 1+4 platooning operation is targeted primarily at smart port and dryage applications, enabling early adoption of autonomous technology without waiting for full perfection. Pilot tests indicate this approach can reduce freight costs per kilometer by 29% and increase operating profits by 195%. SANY and Pony.ai have collaborated closely with Sinotrans, China’s
autonomous-trucksautonomous-drivingIoTenergy-storageelectric-vehiclesbattery-technologysmart-logisticsGoogle previews new Gemini features for TV at CES 2026
At CES 2026, Google unveiled new Gemini AI features designed to enhance the TV-watching experience on Google TV devices, initially rolling out on select TCL televisions before broader availability. These features enable users to interact with their TV using natural language to search for content, get personalized recommendations, and receive plot recaps. Gemini can understand complex queries such as blending two viewers’ tastes or identifying shows based on partial descriptions. The AI also supports a visually rich response format that integrates text, images, videos, and real-time updates, expanding the TV’s role beyond entertainment to education through interactive, narrated deep dives into topics. Additionally, Gemini allows users to interact with their Google Photos library by searching for specific people or moments and applying artistic effects to photos and videos, creating cinematic slideshows. A standout feature lets users optimize TV settings via voice commands—such as adjusting brightness or audio levels—without interrupting their viewing experience. These capabilities require Google TV devices running Android TV OS 14 or higher, an
IoTsmart-TVartificial-intelligencevoice-controlGoogle-GeminiAndroid-TVCES-2026CES 2026 opens in Las Vegas as AI, robotics and EVs set the agenda
CES 2026 has officially opened in Las Vegas as the premier global consumer technology event, spotlighting innovations in artificial intelligence (AI), robotics, electric vehicles (EVs), and advanced computing. Major tech companies such as Samsung, LG, and AMD are unveiling a mix of futuristic concepts and market-ready products, including foldable devices, next-generation displays, robotics, and new processors. Laptops remain a central focus, with manufacturers (except Apple) introducing refreshed and experimental models featuring processors like Intel’s Panther Lake, Qualcomm’s Snapdragon X2, and AMD’s Strix Halo integrated graphics. Innovations in form factors such as rollable screens, foldables, and dual-screen designs are also prominent, though many remain in the conceptual stage. Smart home technology is rapidly advancing, driven by robotics and AI. CES 2026 showcases a range of robotic home assistants—from vacuums to humanoid-style robots—enhanced by improved computer vision and smarter security cameras with context-aware monitoring. The Matter standard is
roboticsIoTsmart-home-technologyAIelectric-vehiclesautomationconsumer-electronicsARM: Most powerful chip company you barely notice is shaping AI future
The article highlights ARM as a quietly dominant force in modern computing, whose processor designs underpin a vast array of devices—from smartphones and laptops to autonomous vehicles and smart home appliances. Unlike traditional chip manufacturers, ARM does not produce physical chips but instead licenses its processor architectures to other companies. This business model has allowed ARM to become central to the industry, especially as energy efficiency becomes as critical as raw performance in emerging fields like AI, robotics, and autonomous driving. ARM’s architecture has shaped software ecosystems over decades, creating a feedback loop where widespread device adoption drives developer engagement, further cementing ARM’s influence. At a technical level, the article explains that processors, particularly CPUs, function as massive collections of electronic switches (transistors) that operate using binary logic to execute instructions and perform calculations. ARM’s designs focus on efficient, low-power computing, which aligns well with the needs of mobile and embedded devices. The article also touches on the evolution of computing from mechanical calculators to modern silicon-based processors, emphasizing the fundamental
robotIoTenergyprocessorsARM-architectureautonomous-vehiclessmart-devicesPlaud launches a new AI pin and a desktop meeting notetaker
Plaud has introduced the Plaud NotePin S, an updated AI-powered pin-style notetaker, alongside a new desktop app designed to assist with digital meeting transcription. The NotePin S, priced at $179, features a physical button to start, stop, and highlight recordings, enhancing usability during in-person meetings. The device includes accessories such as a clip, lanyard, magnetic pin, and wristband for versatile wear options, and now supports Apple Find My for easier tracking. It retains core specs from its predecessor, including 64GB storage, 20-hour battery life, and two MEMS microphones with a 9.8-foot audio capture range, offering 300 minutes of free transcription monthly. Compared to Plaud’s Note Pro, the NotePin S is smaller and more portable but has a shorter recording range and battery life, targeting users who are frequently mobile. In addition to hardware, Plaud is expanding into software with a new desktop client that competes with meeting notet
IoTAI-deviceswearable-technologyaudio-transcriptionmeeting-productivityMEMS-microphonesdigital-notetakingAlternative wireless technology achieves stable outdoor data transmission
Researchers at Tokyo Polytechnic University have developed a low-cost visible light communication (VLC) system using commercially available hardware that enables stable outdoor data transmission even under strong ambient light conditions, such as direct sunlight exceeding 90,000 lux. The system achieves reliable data rates up to 3.48 Mbit/s over distances of about 3 meters by implementing a novel 8B13B line coding scheme on an FPGA connected to a Raspberry Pi. This coding scheme uses a return-to-zero format with balanced logical bits to suppress flicker and maintain synchronization, and it is robust against pulse-width distortions caused by LED characteristics. This VLC system addresses key challenges that have hindered practical deployment, including sensitivity to ambient light and waveform distortion, by employing multiple photodiodes and a narrow-band optical filter to reduce background interference. The technology is particularly promising for intelligent transportation systems (ITS), where traffic lights and street lamps could serve as communication nodes to transmit data such as intersection or blind-spot video information to vehicles
IoTvisible-light-communicationintelligent-transportation-systemswireless-technologyFPGARaspberry-Pidata-transmission10 useful gadgets for your first apartment
The article “10 useful gadgets for your first apartment” highlights essential tech products that can enhance comfort, safety, and convenience when moving into a new studio or small apartment. Key recommendations include the SimpliSafe Home Security System, which offers customizable sensors and professional monitoring options for peace of mind. Safety is further emphasized with the Kidde Smart Smoke Detector, notable for its smartphone alerts and false alarm reduction features. For cleaning, the Eufy Robot Vacuum is suggested, with models ranging from budget-friendly to premium options featuring advanced floor washing and self-emptying capabilities. Additional gadgets focus on improving living quality and daily routines. The Dyson HushJet Purifier addresses indoor air quality concerns common in urban settings, while the Hatch Sunrise Alarm helps with gentle wake-ups using gradual light increases and soothing sounds. For noise management, the Yogasleep Sound Machine offers relief from disturbances. Smart lighting solutions like Philips Hue bulbs provide customizable ambiance controlled via apps or voice assistants, enhancing the apartment’s atmosphere. Lastly, the Le
IoTsmart-homerobot-vacuumhome-securitysmart-smoke-detectorair-purifiersmart-gadgetsPebble reboots its thinnest smartwatch with the Pebble Round 2
Pebble has relaunched its thinnest smartwatch with the Pebble Round 2, a reboot of its 2015 Pebble Time Round model. The new watch retains a slim profile at 8.1mm thickness and features a larger 1.3-inch color e-paper touchscreen with a resolution of 260 x 260 pixels, doubling the pixel count of the original. The device focuses on basic health and activity tracking such as steps and sleep but omits advanced features like a heart rate monitor to maintain a long battery life of 10 to 14 days. It runs on the open-source Pebble OS and includes dual microphones for speech input, though voice reply functionality is currently limited to Android, with iOS support coming soon in the EU. The Pebble Round 2 also offers physical side buttons for easy control without needing to look at the watch, allowing users to silence calls, control music, and navigate the interface. The watch sports a stainless steel frame, accelerometer, magnet
IoTsmartwatchwearable-technologyPebblee-paper-displayhealth-trackingbattery-lifeChina flags safety fears over Elon Musk’s Starlink satellite network
China has expressed serious safety, security, and legal concerns over the rapid expansion of commercial satellite networks, particularly targeting Elon Musk’s Starlink constellation, during a recent informal United Nations Security Council meeting convened by Russia. Beijing highlighted that the proliferation of large satellite constellations, especially those operated predominantly by a single country, is outpacing existing international regulations and straining shared orbital and frequency resources. China warned that this situation significantly increases the risk of collisions and space debris, which endangers all space-faring nations, especially those with limited tracking and maneuvering capabilities. Specifically, China cited incidents involving Starlink satellites, including two close approaches to China’s space station in 2021 that forced evasive maneuvers by astronauts, and a recent satellite breakup in December 2023 that generated over one hundred debris fragments. Beyond physical safety, China raised concerns about the militarization of commercial satellites, noting their use in reconnaissance and battlefield communications, which blurs the line between civilian and military activities
IoTsatellite-technologyspace-safetyStarlinkspace-debriscommercial-satellitesspace-regulationStarlink to lower satellite orbits in 2026 amid space congestion
SpaceX’s Starlink plans to lower the orbit of thousands of its satellites from about 550 km (342 miles) to 480 km (298 miles) in 2026 to enhance safety amid growing congestion in low Earth orbit. This reconfiguration, announced by Michael Nicolls, Starlink’s VP of engineering, aims to reduce collision risks and long-term debris accumulation by condensing satellite orbits into a less crowded altitude band. Operating at lower altitudes also facilitates faster deorbiting of defunct satellites due to increased atmospheric drag, mitigating the risk of space debris persisting for decades. The move follows a recent incident where a Starlink satellite experienced an in-orbit anomaly, resulting in a small debris release and loss of communication, highlighting the risks of kinetic accidents in crowded orbits. With nearly 10,000 Starlink satellites currently in orbit and the number of satellites worldwide rising sharply due to commercial and governmental deployments, concerns about orbital congestion and collision hazards have intensified. Starlink’s decision
IoTsatellite-technologyStarlinkspace-safetylow-Earth-orbitsatellite-constellationsbroadband-internetA guide to choosing the right Apple Watch
The article provides a detailed guide to choosing among Apple’s latest smartwatch models released in 2026: the Apple Watch Series 11, Apple Watch SE 3, and Apple Watch Ultra 3. The Ultra 3, priced at $799, targets a niche market of athletes and high-end users, while most consumers will likely choose between the more affordable Apple Watch SE 3 ($249) and the Series 11 ($399). The SE 3 offers substantial upgrades over its predecessor, including the new S10 chip, an always-on display, fast charging, improved durability, and advanced health features such as a wrist-temperature sensor for enhanced sleep tracking and ovulation insights. This makes the SE 3 a strong value proposition, particularly for first-time buyers and younger users. Both the Series 11 and SE 3 share many core features: they run on the same S10 chip, have always-on Retina displays, support essential health monitoring (heart rate notifications, irregular rhythm alerts, fall and crash
IoTsmartwatcheswearable-technologyhealth-monitoringApple-WatchS10-chipwearable-sensorsPlanning to buy iPhone 18? Apple may delay the base model until 2027
Apple is reportedly planning to change its traditional annual iPhone release cycle by extending the lifecycle of its base iPhone models to 18 months. Starting with the iPhone 18, which may be delayed until spring 2027, Apple will split its iPhone launches into two phases: premium models will continue to debut in the fall, while standard and lower-cost models will arrive several months later. This shift marks the first time in over a decade that Apple might go a full year without releasing a new base iPhone generation, allowing more time for each model to remain relevant and reducing internal competition between Pro and non-Pro devices. In early 2026, Apple plans to introduce the iPhone 17e, a budget-friendly addition to the iPhone 17 family featuring upgrades like the A19 chip, Dynamic Island design, smaller bezels, and a front camera with Center Stage support, but retaining a single rear camera and lacking Pro-level display features. Meanwhile, the premium iPhone 18 Pro
IoTsmartphonesApplemobile-technology5Gchip-technologyfoldable-devicesOpenAI bets big on audio as Silicon Valley declares war on screens
OpenAI is making a significant strategic shift toward audio AI, consolidating multiple teams to develop advanced audio models in preparation for an audio-first personal device expected to launch around early 2026. This initiative goes beyond improving ChatGPT’s voice capabilities; it aims to create natural-sounding, conversational AI that can handle interruptions and even speak simultaneously with users, mimicking real human interaction. The company envisions a family of devices—potentially including glasses or screenless smart speakers—that function more like companions than traditional tools, reflecting a broader industry trend toward audio-centric interfaces. This shift aligns with a wider movement in Silicon Valley, where major tech players like Meta, Google, and Tesla are investing heavily in voice and audio technologies to replace or supplement screen-based interactions. Meta’s Ray-Ban smart glasses use advanced microphones for directional listening, Google is experimenting with conversational search summaries, and Tesla is integrating large language models into vehicles for voice-controlled assistance. Startups are also entering the space with innovative but varied products,
IoTaudio-AIsmart-devicesvoice-assistantswearable-technologynatural-language-processinghuman-computer-interactionPhotos: Light shows, drones could replace traditional fireworks for greener future
The article discusses the environmental and health concerns associated with traditional fireworks, which rely on metal salts like strontium, barium, and copper to produce colors but release harmful fine particles and plastic debris into the air, soil, and waterways. These particles pose respiratory risks and contribute to pollution, while the loud noise—often exceeding 120 decibels—disturbs wildlife and pets. To mitigate these issues, manufacturers are developing biodegradable fireworks made from paper, cardboard, and starch-based materials that break down more quickly, alongside cleaner chemical compositions that reduce toxic fallout and noise levels. However, these greener alternatives remain more costly and are not yet produced at large scale, limiting their widespread adoption. As an alternative to traditional pyrotechnics, drone light shows have gained popularity, using coordinated LED-equipped drones to create intricate aerial displays without smoke, debris, or loud explosions. These drones are reusable, reducing waste, though their lithium batteries have environmental impacts related to mining. Artists and companies worldwide are pushing the boundaries of
dronesenergy-efficient-lightingbiodegradable-materialsenvironmental-impactIoTdrone-technologysustainable-fireworksWorld's first AI-powered wireless boots offer pro-level muscle therapy
Chinese company UREVO has launched the world’s first AI-powered wireless recovery boots designed to provide professional-grade leg muscle therapy for athletes without the need for clinics or cables. These boots integrate AI Smart Massage technology, pneumatic compression, and heat therapy into a portable system, featuring 32 intelligent recovery modes tailored for warm-ups, post-training recovery, or relaxation. The AI algorithms analyze muscle condition in real time, automatically adjusting pressure levels between 80 and 180 mmHg and offering three heat settings (38°C, 43°C, and 48°C) to promote circulation and muscle relaxation. The boots target calves and thighs using a matrix airbag system with eight adjustable deep-massage nodes and are controlled via a companion mobile app that manages pressure, intensity, temperature, and massage zones. The app also provides real-time muscle recovery visualization and supports over-the-air firmware updates. Designed for a wide range of athletes—including runners, cyclists, skiers, and team sports players—the boots feature a detachable wireless controller
IoTAI-technologywearable-devicessmart-fitness-equipmentwireless-recovery-bootsmuscle-therapyhealth-techThese are the best gadgets for your pet right now
The article highlights several innovative gadgets designed to enhance pet ownership through convenience, safety, and health monitoring. The Petlibro AI-powered pet camera ($99.99) offers real-time tracking with AI features that recognize pet activities such as eating, drinking, and litter box use, along with two-way audio communication. It requires a subscription for full AI functionality. The Life360 GPS pet tracker ($49.99) provides real-time location tracking with geofencing alerts and a built-in light, helping owners locate pets and notify nearby users if a pet escapes, though advanced features require a monthly subscription. Other notable devices include the Petlibro Wet Food Feeder ($149.99), which allows remote feeding control and notifications via a mobile app, with backup power to keep food cold during outages. The Pawport Smart Pet Door ($699) offers enhanced security with heavy-duty materials, automatic opening via motion sensors and tracker tags, and app-based remote control with voice assistant integration. Lastly, the PetKit Automatic
IoTsmart-pet-devicesAI-pet-cameraGPS-pet-trackersmart-pet-feedersmart-pet-doorautomatic-litter-boxThe phone is dead. Long live . . . what exactly?
True Ventures co-founder Jon Callaghan predicts that smartphones as we know them will become obsolete within five to ten years, replaced by fundamentally different human-computer interfaces. Callaghan argues that current phones are inefficient and disruptive tools for interacting with digital intelligence, prompting True Ventures to invest heavily in exploring alternative interfaces, both hardware and software. This approach reflects the firm’s history of early bets on transformative technologies like Fitbit, Peloton, and Ring—each representing new, more natural ways for humans to engage with technology. The latest embodiment of this vision is Sandbar, a wearable device worn on the index finger designed to capture and organize thoughts through voice notes, functioning as a “thought companion.” Unlike other wearables focused on health or passive recording, Sandbar aims to meet a core human behavioral need by being an active partner in idea capture, supported by AI and an associated app. True Ventures was drawn not only to the product but also to the founders Mina Fahmi and Kirak Hong, whose background in neural
IoTwearable-technologyhuman-computer-interactionvoice-interfacesmart-devicesfuture-technologyhardware-innovationAI Box lets carmakers add an AI brain inside vehicles without redesign
At CES 2026 in Las Vegas, South Korean semiconductor company BOS Semiconductors will unveil an innovative plug-in AI Box designed to add advanced artificial intelligence capabilities to existing vehicles without requiring redesign or replacement of current infotainment systems. This external AI computing module, powered by the Eagle-N AI accelerator, enables carmakers to rapidly integrate high-performance AI features such as autonomous driving support, software-defined vehicle functions, and real-time physical AI decision-making into both new and refreshed car models. The AI Box connects flexibly with existing vehicle electronics, allowing AI-intensive tasks to be offloaded to the module while preserving the original system functions. The AI Box operates on an on-device AI architecture, processing sensitive data like voice and video within the vehicle itself rather than relying on cloud computing. This approach enhances data privacy, security, and system stability regardless of network connectivity, while also reducing cloud traffic and associated costs over time. By minimizing platform changes and cutting development time and expenses, BOS Semiconductors aims to accelerate the
IoTautomotive-technologyAI-integrationautonomous-vehiclesedge-computingsemiconductorsmart-vehiclesPlaud Note Pro is an excellent AI-powered recorder that I carry everywhere
The Plaud Note Pro is a credit card-sized, AI-powered voice recording device designed primarily for professional users who need a discreet, portable recorder. Measuring just 0.12 inches thick and weighing 30 grams, it easily fits into a wallet or attaches magnetically to MagSafe-compatible phones. Unlike many wearable AI devices, the Note Pro operates independently without needing to connect to a phone, thanks to its 64GB of onboard storage. It features four MEMS microphones for 360-degree audio capture with an effective range of up to 16.4 feet, and includes advanced voice processing for noise suppression, voice isolation, and echo cancellation. The device boasts impressive battery life, offering up to 30 hours of continuous recording and 60 days of standby on a single two-hour charge via a proprietary USB-C charger. It includes a small screen that displays recording status and battery level, along with haptic feedback and a button to highlight important moments during recordings—features that also help signal to others when
IoTAI-deviceswearable-technologyvoice-recordingMEMS-microphonesbattery-lifeportable-recorderStarlink rival launches world's largest commercial satellite to space
Texas-based AST SpaceMobile has launched BlueBird 6, the world’s largest commercial communications satellite, aboard India’s LVM3 rocket on December 23. This next-generation satellite is roughly three times larger than its predecessors, with an unfurled array measuring 2,400 square feet (223 square meters), making it the biggest commercial satellite currently in Earth’s orbit. BlueBird 6 is designed to provide 5G smartphone coverage directly from space, supporting 10 gigahertz of bandwidth and speeds up to 120 megabytes per second, as part of AST SpaceMobile’s effort to create the first space-based cellular broadband network and compete with SpaceX’s Starlink. Since launching its first satellite, BlueWalker 3, in 2022—which successfully conducted the first 5G phone call from space—AST SpaceMobile has deployed six BlueBird satellites, with plans to launch 45-60 more by 2026 to expand 5G coverage across the US and other regions
IoTsatellite-technology5G-connectivityspace-based-networkstelecommunicationsbroadbandAST-SpaceMobileSauron, the high-end home security startup for “super premium” customers, plucks a new CEO out of Sonos
Sauron is a high-end home security startup founded in 2024 by Kevin Hartz and Jack Abraham, motivated by their personal frustrations with existing security systems. The company raised $18 million from notable investors including executives from Flock Safety, Palantir, and defense tech firms. Sauron aims to offer a sophisticated security solution combining AI-driven intelligence, advanced sensors such as LiDAR and thermal imaging, and 24/7 human monitoring by former military and law enforcement personnel. Initially planning to launch in early 2025, the company remains in development with a revised product release timeline now projected for late 2026 or later. Recently appointed CEO Maxime “Max” Bouvat-Merlin, formerly of Sonos, is focused on defining key product components and strategy, including sensor selection and the deterrence system’s operation. He draws parallels between Sauron and Sonos in targeting affluent customers, relying on word-of-mouth growth, and integrating complex hardware with advanced software.
IoTsmart-home-securityAI-driven-sensorsLiDAR-technologythermal-imaginghome-automationsecurity-startupsA guide to choosing the right Apple Watch
Apple's 2025 smartwatch lineup includes the Apple Watch Series 11, Apple Watch SE 3, and Apple Watch Ultra 3, catering to different user needs and budgets. The Ultra 3, priced at $799, targets high-end users and athletes with advanced features, while most consumers will likely choose between the more affordable SE 3 ($249) and the mid-tier Series 11 ($399). The SE 3 offers significant upgrades over its predecessor, including the new S10 chip, an always-on Retina display, fast charging, improved durability, and enhanced health tracking features like wrist temperature sensing and retrospective ovulation estimates. This makes it a strong value option, especially for first-time buyers and younger users seeking essential smartwatch functions such as step counting and sleep tracking. Both the Series 11 and SE 3 share many core features: they run on the same S10 chip, have always-on displays, support heart health notifications, emergency SOS, fall and crash detection, water resistance up to
IoTwearable-technologysmartwatcheshealth-monitoringApple-WatchS10-chipwearable-sensorsMayimFlow wants to stop data center leaks before they happen
MayimFlow is a startup focused on preventing damaging water leaks in data centers, a critical issue given the extensive water use in these facilities and the costly downtime leaks can cause. Founded by John Khazraee, who has over 15 years of experience building infrastructure for major tech companies like IBM, Oracle, and Microsoft, MayimFlow combines IoT sensors with edge-deployed machine learning models to detect early signs of leaks. Unlike many data centers that rely on reactive leak detection, MayimFlow aims to provide operators with 24 to 48 hours of advanced warning, potentially saving millions in remediation costs and avoiding service disruptions. The company’s team includes experts such as Jim Wong, chief strategy officer with decades of data center experience, and Ray Lok, CTO specializing in water management and IoT infrastructure. Khazraee’s motivation stems from a personal background valuing efficiency and frugality, which informs the startup’s mission to optimize water use and prevent leaks. While initially targeting data centers,
IoTdata-centerswater-leak-detectionmachine-learningedge-computinginfrastructure-monitoringpredictive-maintenanceThe Google Pixel Watch 4 made me like smartwatches again
The author, who previously preferred analog watches or basic fitness bands due to limited need for constant notifications and daily charging, found renewed interest in smartwatches after testing the Google Pixel Watch 4. The watch’s circular, domed Actua 360 display with thinner bezels and higher brightness (up to 3,000 nits) impressed the author, making it easier to use outdoors. The 41mm model tested offered good battery life, often lasting over a day with light use, and fast charging capabilities—advertised as 0-50% in 15 minutes and 0-100% in 45 minutes—proved practical for quick top-ups during short breaks. In terms of fitness tracking, the Pixel Watch 4 was used mainly for pickleball and walking, but lacked specialized gym equipment modes, offering only general workout categories. While it supports cardio workout detection and running features, these were less useful in the author’s environment. Some tracking metrics, like floor count, were inconsistent
IoTsmartwatcheswearable-technologyfitness-trackingbattery-liferapid-chargingGoogle-Pixel-WatchThese Chips are in Everything
The article explores the fundamental role of simple mechanical components, like cogs, in the origins of computing, highlighting how these principles underpin modern computer technology. It focuses on Arm, a leading global CPU designer that, despite its significant market presence, remains less recognized by the general public compared to companies like Apple, Qualcomm, AMD, and Intel. Arm has long dominated the smartphone CPU market and has recently made significant inroads into desktop computing, challenging established industry leaders. Arm’s influence extends far beyond smartphones and desktops; their chip designs are integral to a wide array of everyday technologies, including TV remotes, humanoid robots, and autonomous vehicles. The article includes a visit to Arm’s headquarters in Cambridge, UK, to provide insight into their microarchitecture chip design and Instruction Set Architecture (ISA), which have become foundational to the capabilities and innovation across multiple technology sectors.
robotIoTCPUmicroarchitectureautonomous-carshumanoid-robotsArm-chipsPhotos: This 996cc beast bike features 6-inch digital dashboard and V-twin engine
The Cyclone RA1000 is a new 996cc sport-cruiser motorcycle that has officially entered production, marking Cyclone’s largest bike to date. Developed through a strategic partnership between Cyclone’s parent company Zongshen and the Piaggio Group, the RA1000 leverages the architecture and engine design of the Aprilia Shiver, enabling a rapid entry into the high-displacement segment. The bike features a liquid-cooled, DOHC, eight-valve V-twin engine producing 105 hp at 9,000 rpm and 70 lb.-ft. of torque at 6,500 rpm, supported by a composite frame that combines a tubular steel trellis front with cast aluminum rear plates and a distinctive single-sided swingarm showcasing a wide 240-section rear tire. Stylistically, the RA1000 adopts a sport-cruiser silhouette reminiscent of the Ducati Diavel, with a low-slung profile, dual stacked exhausts, and modern components such as adjustable suspension
materialsenergyIoTmotorcycle-technologydigital-dashboardcomposite-frameengine-designChina’s 6G surface converts enemy radar beam into power for stealth jets
Chinese researchers have developed a novel smart electromagnetic surface based on reconfigurable intelligent surface (RIS) technology that can convert ambient electromagnetic waves—such as enemy radar beams—into electrical power. This innovation enables stealth jets to harvest energy directly from radar signals, eliminating the need for traditional batteries and supporting the concept of "electromagnetic cooperative stealth," where multiple networked platforms coordinate to minimize radar visibility. The RIS is a two-dimensional reflecting material capable of real-time manipulation of electromagnetic waves, allowing simultaneous wireless information transfer, sensing, and energy harvesting. Beyond military applications, this technology is poised to impact 6G telecommunications by integrating data transmission with radar-like functions, optimizing spectrum and hardware usage. Current prototypes demonstrate effective beam steering and the ability to create intentional radio dead zones, enhancing signal coverage and security. The RIS platform offers a low-cost, programmable solution that reduces physical hardware requirements and can support environment-adaptive micro base stations and self-powered relay systems. Researchers anticipate that as this technology matures, it will
6Genergy-harvestingreconfigurable-intelligent-surfaceelectromagnetic-stealthInternet-of-Robotic-Thingswireless-power-transferIoTNaware’s chemical-free weed killer tech could change how we treat lawns
Naware, founded by Mark Boysen, has developed a chemical-free weed killer technology that uses steam vapor to eliminate weeds in lawns, athletic fields, and golf courses. After experimenting with various methods—including lasers and cryogenics—Boysen settled on steam as a safe and effective solution. The system employs computer vision powered by Nvidia GPUs to identify weeds in real-time, addressing the challenging “green-on-green” detection problem. This technology can be mounted on mowers, tractors, or ATVs, offering a scalable and environmentally friendly alternative to chemical herbicides. Naware aims to target commercial lawn care companies, promising significant cost savings by reducing chemical purchases and labor associated with spraying. The startup has conducted paid pilots and is in discussions with major equipment manufacturers, though specific partners remain undisclosed. Boysen emphasizes that success hinges on securing strategic partnerships, patents, and funding. Currently bootstrapped, Naware plans to launch a substantial fundraising round soon to accelerate growth and fulfill its promise of effective, chemical
robotIoTartificial-intelligencecomputer-visionagriculture-technologysustainable-farmingweed-control-technologyTreat yourself: The best smart glasses to buy with your holiday gift money
The article highlights the growing practicality and sophistication of smart glasses, which have evolved from futuristic gadgets into versatile tools for communication, navigation, fitness tracking, entertainment, and gaming. It presents a curated list of notable smart glasses models available for purchase, catering to various needs such as everyday wear, sports, work, and immersive gaming experiences. The article also notes upcoming product launches, indicating a rapidly expanding smart glasses market. Key models discussed include the Ray-Ban Meta Gen 2 glasses, which combine stylish design with advanced features like a 12-megapixel camera, open-ear speakers, AI voice commands, real-time translation, and up to eight hours of battery life, priced at $379. The Viture Luma Pro glasses stand out for their high-quality Sony micro-OLED display offering a 1200p image on a large virtual screen, 120 Hz refresh rate, and compatibility with multiple devices via USB-C, retailing at $499 (currently $449). Lastly, the premium Xreal
IoTsmart-glasseswearable-technologyaugmented-realityAI-featuresbattery-lifedisplay-technologyPhotos: Alien-like drone ‘rains’ chilled beers from sky using mini parachutes
The Stratos MK1 is a conceptual drone designed specifically for aerial beverage delivery, featuring a unique spider-like frame made from carbon fiber and aerospace-grade materials. It can carry up to eight individual beer cans in a central keg-shaped compartment, releasing them one at a time using small parachutes that deploy based on calculated altitude and wind conditions to ensure safe landings. The drone’s autonomous navigation is managed by internal sensors and mapping software, enabling obstacle avoidance and precise delivery to GPS-specified locations. An integrated mobile app allows users to place orders, track the drone in real time, and receive proximity alerts. In addition to individual cans, the MK1 can transport a 5-liter mini keg, which it lands with directly rather than dropping by parachute. The drone’s folding propeller arms provide stability on uneven surfaces during keg delivery. The keg itself is made of stainless steel with reinforced brackets and an internal pump for dispensing. To maintain beverage temperature during flight, the drone includes an internal cooling system within the
robotdrone-technologyautonomous-systemsIoTaerospace-materialsdelivery-dronescooling-systemsHow Mill closed the deal with Amazon and Whole Foods
Mill, a food waste startup co-founded by Matt Rogers, initially focused on household customers but has long aimed to expand into commercial markets. This strategy culminated in a deal with Whole Foods, which will deploy Mill’s commercial-scale food waste bins. These bins not only improve waste operations efficiency but also collect data to help Whole Foods understand and reduce food waste upstream, ultimately controlling costs. The company’s consumer-focused approach helped build brand loyalty and served as an enterprise sales strategy, with many Whole Foods employees already using Mill products at home before formal discussions began. A key factor in closing the deal was Mill’s AI technology, which uses sensors and advanced large language models (LLMs) to identify food that should remain on shelves, minimizing "shrink"—losses from waste or theft. This AI-driven approach allowed Mill to develop its commercial product more rapidly and with fewer resources than previous tech efforts, diversifying its customer base and revenue streams. Rogers emphasized the importance of building multiple business "legs" to
IoTAIfood-waste-managementsmart-binscommercial-waste-reductionsensor-technologysustainabilityThe 14 top agtech, food tech startups from Disrupt Startup Battlefield
The article highlights 14 notable agtech and food tech startups featured in TechCrunch’s Startup Battlefield 200 competition, which annually selects top innovators from thousands of applicants. These startups showcase a range of cutting-edge technologies addressing challenges in agriculture, food production, and sustainability. For example, Äio produces edible fat from agricultural waste using a specialized yeast strain, while Aquawise leverages AI and satellite imagery to monitor water quality in aquaculture without costly sensors. Other startups like CredoSense offer portable AI-powered plant diagnostic tools, and Forte Biotech provides rapid disease testing for prawns, developed in collaboration with the National University of Singapore. Several startups focus on data-driven agricultural optimization and automation. Genesis offers a business intelligence platform for soil data to support regenerative farming practices, and Instacrops combines AI, IoT sensors, and satellite imagery to optimize irrigation and fertilization in real time. Greeny Solutions uses AI and IoT to automate nutrient dosing and climate control in indoor farming, enhancing yields. Additionally
IoTagriculture-technologyAI-powered-monitoringsmart-farmingcrop-health-diagnosticsenergy-efficient-agriculturesensor-technologyAI from orbit: 6G research explores satellites as moving edge servers
The article discusses innovative research in 6G networks that envisions satellites as integral components of edge computing, enabling seamless artificial intelligence (AI) services on a global scale. With 6G commercialization anticipated around 2030, researchers from the University of Hong Kong and Xidian University propose a "space–ground fluid AI" framework that integrates satellites into space–ground integrated networks (SGINs). This approach transforms satellites into both communication hubs and computing servers, addressing challenges such as satellite mobility and limited space–ground link capacity. The framework enables AI models and data to flow continuously between satellites and ground stations, extending traditional edge AI architectures into orbit. The space–ground fluid AI framework is built on three core techniques: fluid learning, fluid inference, and fluid model downloading. Fluid learning uses an infrastructure-free federated learning scheme that leverages satellite motion to mix and spread AI model parameters, turning satellite movement into an advantage for faster training convergence and improved accuracy. Fluid inference optimizes real-time AI decision
IoTedge-computing6GsatellitesAIspace-ground-networkscommunication-technologyAmerica’s Drone Ban Hands Productivity Gains To The Rest Of The World - CleanTechnica
The recent U.S. policy blocking new certifications for Chinese drones, primarily targeting DJI—the dominant player in the civilian drone market—is framed as a national security measure but effectively acts as a broad economic restriction. While existing drones and inventories remain legal and operational, the ban prevents new models and hardware updates from receiving certification. Because drone certification is tightly linked to specific hardware configurations, this policy will gradually halt product evolution and shipments, undermining DJI’s ability to maintain its market-leading position in the U.S. This shift will unfold over two years, initially buffered by existing inventory but eventually leading to aging models, longer lead times, and reduced availability. DJI’s dominance stems from its integrated approach across airframes, cameras, radios, batteries, flight control, and software, offering a combination of price, capability, and volume unmatched by competitors. Alternatives exist but tend to be costlier, less available, and more specialized, especially outside defense and government niches. The policy’s greatest economic impact is not just lost drone
robotIoTdronesenergytechnologyhardwarecertificationAmazon’s AI assistant Alexa+ now works with Angi, Expedia, Square, and Yelp
Amazon is enhancing its AI assistant, Alexa+, by integrating four new services—Angi, Expedia, Square, and Yelp—starting in 2026. These additions will enable users to perform tasks such as booking hotels, obtaining home service quotes, and scheduling salon appointments through natural language interactions. For example, with Expedia integration, customers can ask Alexa to find personalized hotel options, like pet-friendly stays, and manage reservations. These new partnerships expand Alexa+’s existing ecosystem, which already includes services like Fodor, OpenTable, Ticketmaster, Thumbtack, and Uber. Amazon aims to simplify consumer access to various online services by allowing conversational, back-and-forth interactions with Alexa+, similar to how ChatGPT operates. Early data suggests strong engagement with home and personal service providers like Thumbtack and Vagaro. However, widespread adoption depends on users being willing to shift from traditional web or app-based interactions to AI-driven platforms. For this transition to succeed, AI assistants must offer a user experience
IoTAI-assistantAlexasmart-homedigital-assistantvoice-controlAmazon-AlexaInside Uzbekistan’s nationwide license plate surveillance system
Uzbekistan operates a nationwide license plate surveillance system comprising around 100 high-resolution roadside camera banks that continuously scan vehicles and occupants for traffic violations such as running red lights, not wearing seatbelts, and unlicensed night driving. This extensive system, managed by the Department of Public Security under the Ministry of Internal Affairs, collects millions of photos and raw video footage, enabling detailed tracking of individuals’ movements across cities like Tashkent, Chirchiq, and others. The system, described as an “intelligence traffic management system,” is supplied by Maxvision, a Chinese company specializing in internet-connected traffic and surveillance technologies, which exports similar systems globally. A significant security lapse was discovered by researcher Sen, who found the entire Uzbek license plate surveillance database exposed online without password protection, allowing unrestricted access to sensitive data. The database, established in September 2024 with monitoring starting mid-2025, reveals real-time locations of cameras and detailed vehicle tracking information. Despite multiple attempts, neither Uzbek authorities nor
IoTsurveillance-systemslicense-plate-recognitionsmart-traffic-managementcybersecurityconnected-camerasdata-privacyElevate your home bar with these mixology gadgets
The article highlights several innovative gadgets designed to enhance the home bartending experience by combining convenience, technology, and creativity. The Bartesian Cocktail Maker ($349) is a robotic bartender that prepares cocktails in about 30 seconds using spirit reservoirs and cocktail capsules, allowing users to customize drink strength via a touchscreen. For beer enthusiasts, the iGulu ($549) offers an automated brewing system that works with pre-packaged ingredient kits to brew beer, cider, kombucha, and more, with app connectivity to monitor fermentation and adjust conditions. Other notable devices include the Barsys Smart Coaster ($69), which helps users pour precise cocktail ingredients by lighting up during the process and syncing with a recipe app, ideal for beginners aiming to avoid overpouring. The Smokpub Electric Smoker ($55) adds a smoky flavor to cocktails and whiskey, enhancing presentation and taste. Lastly, the SipVault Smart Liquor Dispenser ($55.95) provides consistent, spill-free pouring, making it a practical tool for
robotIoTsmart-deviceshome-automationmixology-gadgetssmart-bartendingbeverage-technologyWorld’s first space junk insurance could shield satellites from orbital threats
The article discusses a groundbreaking partnership between California-based startup Arkisys and London-based Odin Space to launch the world’s first insurance specifically designed to cover collisions with space debris in Low Earth Orbit (LEO). Space debris, particularly tiny, non-trackable fragments traveling at extremely high velocities, poses a significant and previously uninsurable risk to satellite operators. Odin Space’s innovative “black box” Nano Sensors, integrated into Arkisys’s upcoming Cutter spacecraft, provide forensic evidence of debris impacts by recording precise collision data. This technology enables insurers to offer targeted, lower-cost coverage—up to 100 times cheaper than traditional mission-wide insurance policies—making protection more accessible for satellite operators and supporting the emerging in-space circular economy. The partnership marks a pivotal shift in managing the growing threat of lethal space debris, which has traditionally forced many startups to operate uninsured due to prohibitive premiums. Odin’s sensors distinguish between mechanical failures and debris strikes, facilitating rapid and accurate insurance claim validation. Arkisys’s Cutter spacecraft
IoTspace-sensorssatellite-insurancespace-debris-detectionorbital-safetynano-sensorsspace-technologyUS awards $3.5 billion for satellites to track hypersonic missiles
The U.S. Space Development Agency (SDA) has awarded approximately $3.5 billion in contracts to four companies—L3Harris Technologies, Lockheed Martin, Rocket Lab USA, and Northrop Grumman—to build 72 missile-tracking satellites for the Tracking Layer Tranche 3 segment of the Proliferated Warfighter Space Architecture (PWSA). These satellites, scheduled for launch in fiscal year 2029, will enhance low Earth orbit (LEO) coverage to detect and track advanced missile threats, including hypersonic missiles traveling at speeds of Mach 5 or higher. Each satellite will be equipped with infrared sensors, optical communications terminals, Ka-band payloads, and an S-band backup system to ensure robust missile tracking capabilities. The constellation will be deployed across eight orbital planes and integrated with SDA’s Transport Layer, a mesh network designed to rapidly relay data to missile defense systems. This integration aims to provide near-continuous global coverage and improve the speed and
IoTsatellite-technologymissile-trackinghypersonic-missilesspace-defensecommunication-systemsaerospace-materialsBrain Gear Is the Hot New Wearable
The article highlights the emerging trend of brain-focused wearable devices that use electroencephalography (EEG) to monitor and interpret brain waves, moving beyond traditional fitness trackers. These devices leverage AI to analyze electrical impulses from the brain for various applications, such as improving sleep quality, enhancing productivity, and enabling new forms of interaction. For example, Elemind’s $350 headband uses acoustic stimulation to promote deeper sleep by shifting brain activity to delta waves, while Neurable’s $500 EEG-equipped headphones track concentration levels and encourage breaks to optimize work efficiency. Major tech companies like Apple are also entering the neurotech space, developing EEG-sensing AirPods and integrating brain-wave control into their Vision Pro augmented reality headset, enabling users to operate devices with their thoughts via brain-computer interfaces (BCIs). Additionally, startups and nonprofits are exploring open-source neuro apps and brain-controlled games, demonstrating the potential for brainwave-based interaction in entertainment and productivity. The article also discusses medical applications of brain wearables, such
IoTwearable-technologybrain-computer-interfaceEEG-devicesneurotechnologyaugmented-realityAI-in-healthcareA rough week for hardware companies
The article discusses the recent bankruptcies of three distinct hardware companies—Rad Power Bikes (e-bikes), Luminar (lidar sensors), and iRobot (Roombas)—highlighting common challenges they faced despite their different products. All three struggled with tariff pressures, failed major deals, and an inability to diversify beyond their initial successful products. Rad Power Bikes, once a pandemic-era leader in micromobility with revenues peaking above $123 million in 2023, saw a sharp decline to about $63 million amid bankruptcy. Luminar, a pioneer in affordable lidar sensors for autonomous vehicles with key partnerships like Volvo and Mercedes-Benz, also filed due to overreliance on a narrow market. iRobot, the most recognizable brand among the three, faced rapid technological advancements and a blocked acquisition by Amazon, which contributed to its financial distress. The conversation among the article’s commentators further explores these issues. Rebecca Bellan notes Rad Power’s recall challenges and questions the impact of tariffs on these
robotIoTenergyautonomous-vehicleslidare-bikesroboticssmart-home-devicesSatellite navigation temporarily goes blind in Chinese city, crashes apps
The eastern Chinese city of Nanjing experienced a six-hour satellite navigation blackout affecting nearly 10 million residents. The disruption impacted GPS and BeiDou-dependent services such as car navigation, food delivery, ride-hailing, and drone operations, causing severe position drifting and loss of road information. Local authorities described the event as a “systemic anomaly,” with users unable to rely on standard positioning data, which significantly disrupted daily life and business activities. A technical analysis by the Nanjing Satellite Application Industry Association attributed the outage to “temporary interference and suppression” of global navigation satellite system (GNSS) signals, specifically targeting civilian frequency bands of both BeiDou and GPS. This interference prevented receivers from accurately detecting positioning signals, rendering navigation devices ineffective even if they had offline maps. The Chinese state agency did not clarify who was responsible or the reasons behind the jamming but suggested it might have been related to temporary signal control measures for security during a major event, which would align with standard industry safety protocols. Experts
IoTsatellite-navigationGPSBeiDouGNSS-interferencelocation-servicessignal-jammingHumanoids, modular robots, flying cars, and more: A CES 2026 preview
CES 2026, taking place in Las Vegas from January 6 to 9, will showcase cutting-edge innovations across various tech sectors including AI, smart mobility, and digital health. Among the highly anticipated reveals is China’s LLVision Leion Hey2, the world’s first augmented reality (AR) translation glasses enabling real-time cross-language communication, which has already seen strong pre-orders and successful trials. Another notable debut is the Displace Hub from a US startup, a universal mounting system that transforms large TVs into wireless, smart displays by eliminating power cords and wall mounts through a suction-based design and onboard battery. The event will also highlight the UK’s industrial humanoid robot HMND 01 Alpha, a 220 cm tall, wheeled logistics robot capable of carrying 15 kg and navigating precisely with advanced sensors. LG Electronics will present an immersive AI-driven vehicle cabin concept called “Affectionate Intelligence,” designed to personalize and enhance the passenger experience through integrated AI and sensing technologies. Additionally, Robot
robotIoTenergysmart-mobilityhumanoid-robotswireless-powerCES-2026Amazon’s new Alexa+ feature adds conversational AI to Ring doorbells
Amazon has introduced a new feature called Greetings to its Alexa+ service, integrating conversational AI with Ring doorbells. This feature allows users to manage interactions at their door more dynamically, such as directing delivery personnel on where to leave packages, politely declining salespeople, or letting friends and family leave messages when the homeowner is unavailable. Greetings uses Ring’s video descriptions to analyze visitors’ apparel, actions, and items they carry to tailor responses accordingly, without identifying individuals by name. The feature supports specific instructions, like guiding delivery workers to water or snacks or asking them about return times if a signature is required. It also handles interactions with sales representatives and service vendors based on user-set preferences. However, there are potential risks of misidentification—for example, if a friend arrives wearing a delivery uniform, the system might mistakenly treat them as a delivery person. Greetings is compatible with certain Ring Wired Doorbell models, requires the Ring Premium Plan with video descriptions enabled, and is currently rolling out to Alexa+ Early Access users
IoTsmart-homeAlexaRing-doorbellconversational-AIhome-automationfacial-recognitionHave A Tesla & Want Normal Buttons & Knobs? - CleanTechnica
The article discusses a common criticism among Tesla owners and potential buyers regarding the vehicle's reliance on a touchscreen interface for controlling many functions, such as air conditioning, radio, and door locks. While some Tesla users appreciate the touchscreen-centric design, others prefer traditional tactile controls like buttons and knobs for ease of use while driving. Addressing this demand, a Norwegian startup named Greenmission has developed an accessory called the "CTRL-Platform," a small bar that attaches to the bottom of the Tesla touchscreen to provide physical buttons and knobs for these controls. Greenmission is launching this product via a Kickstarter campaign, offering early supporters special perks. The article encourages interested readers to check out the Kickstarter page promptly, as the campaign was nearing its end at the time of writing. The CTRL-Platform aims to enhance usability by combining the benefits of Tesla’s touchscreen with the convenience of traditional controls, potentially appealing to both current Tesla owners and those considering the brand. The article also briefly promotes CleanTechnica’s subscription options and editorial expertise
IoTelectric-vehiclesTeslaautomotive-technologyuser-interfacesmart-controlsenergy-storageCisco says Chinese hackers are exploiting its customers with a new zero-day
Cisco has disclosed that Chinese hackers are actively exploiting a critical zero-day vulnerability in several of its widely used products, including Cisco Secure Email Gateway, Cisco Secure Email, and Web Manager running on AsyncOS software. This flaw allows attackers to fully take over affected devices, and currently, no patches are available to fix the issue. The vulnerability specifically impacts devices with the “Spam Quarantine” feature enabled and accessible from the internet, although this feature is not enabled by default nor required to be internet-facing, which somewhat limits the attack surface. Cisco discovered the hacking campaign on December 10 and has linked the attackers to Chinese government-affiliated groups, according to its Talos threat intelligence team. The company has not disclosed the number of affected customers or detailed which organizations were targeted. Cisco’s interim mitigation advice is to wipe and rebuild the affected appliances’ software to remove any persistent backdoors, as no other remediation options exist at this time. Security experts note the severity of the campaign due to the widespread use of the
IoTcybersecurityCiscozero-day-vulnerabilitynetwork-securityhackingthreat-intelligenceWorld's first 'VPN Blanket' turns staying warm into staying connected
The world’s first "VPN Blanket," created through a collaboration between ProtonVPN and Aries Streetwear, is a unique product designed to combine comfort with technology for expats and international students. Embedded with NFC technology in its woven tag, the blanket allows users to activate a free one-month ProtonVPN service, granting access to content from 120 countries. This innovation addresses homesickness by enabling users to stream familiar shows and media from their home countries, a need highlighted by research showing that 88% of expats feel less isolated when accessing home content, and 82% of foreign students experience homesickness. Designed by Italian expat Sofia Prantera, the blanket features a patchwork quilt style that reflects multiculturalism and the emotional experience of living abroad. The campaign promoting the limited-edition blanket targeted various diaspora communities in London through outdoor and digital advertising, emphasizing the emotional connection to home. Made in Italy from 80% wool and 20% polyamide, the blanket sells for $260 on Aries
IoTwearable-technologyVPNNFC-technologysmart-textilesconnectivityinternational-studentsMeta’s AI glasses can now help you hear conversations better
Meta has introduced a new AI-powered feature for its Ray-Ban Meta and Oakley Meta HSTN smartglasses that enhances users’ ability to hear conversations in noisy environments. This conversation-focus feature uses the glasses’ open-ear speakers to amplify the voice of the person the wearer is talking to, with adjustable amplification levels controlled by swiping the right temple or through device settings. Initially available in the U.S. and Canada, this practical update aims to improve communication in settings like busy restaurants, bars, or public transit. In addition to the conversation-focus feature, Meta is also rolling out a Spotify integration that plays music related to what the wearer is currently looking at—for example, playing songs by an artist whose album cover is in view or holiday music when looking at a Christmas tree. While this functionality is more of a novelty, it showcases Meta’s vision of linking visual context with app actions. The Spotify feature is available in English across multiple countries, including the U.S., Canada, Australia, and
IoTsmart-glassesAIwearable-technologyaugmented-realityaudio-enhancementMetaWhole Foods to install smart food waste bins from Mill starting in 2027
Whole Foods plans to install smart food waste bins from the startup Mill in its produce departments nationwide starting in 2027. Mill, which has raised $250 million to date and received investment from Amazon’s Climate Pledge Fund (amount undisclosed), aims to tackle the significant issue of food waste in grocery stores. In the U.S., approximately 10% of all food—around 43 billion pounds annually—is discarded at grocery stores, representing both a lost economic opportunity and an increased carbon footprint. The smart bins developed by Mill are equipped with sensors to collect data on food waste, enabling Whole Foods to better understand and reduce produce waste. After collecting the waste, the bins dehydrate and grind it, converting the byproduct into chicken feed. This feed will then be supplied to Whole Foods’ private label egg producers, creating a circular system that minimizes waste and supports sustainability efforts within the supply chain.
IoTsmart-binsfood-waste-managementsensorssustainabilitydata-analyticsclimate-pledgeBMW May Finally Do What Auto Industry Has Needed For Decades - CleanTechnica
BMW has filed a patent for a breathalyzer system integrated with a digital key (such as a smartphone or smartwatch) designed to prevent intoxicated individuals from driving. If the driver fails the breathalyzer test, the vehicle will allow operation of non-driving functions like air conditioning and infotainment but will disable the ability to drive. This innovation aims to address the persistent problem of drunk driving, which accounted for approximately 12,429 deaths in the US in 2023, representing about 30% of traffic-related fatalities. While the concept could potentially reduce drunk driving incidents and save lives, the article raises concerns about consumer acceptance and practical implementation. Questions remain about whether drivers would willingly adopt such technology, the possibility of circumventing the system (e.g., having someone else provide the breath sample), and privacy issues related to data sharing with third parties like insurance companies. Despite these uncertainties, the author supports the idea, emphasizing that even saving a single life would justify the effort.
IoTautomotive-technologybreathalyzer-integrationdigital-keydriver-safetydata-privacyvehicle-innovationChina activates 1,243-mile distributed AI supercomputer network
China has activated what may be the world’s largest distributed AI supercomputer network, spanning over 1,243 miles and linking data centers nationwide via a high-speed optical backbone. This network, part of the Future Network Test Facility (FNTF), enables geographically dispersed computing resources to operate almost as a single, highly efficient machine, achieving 98% of the performance of a centralized data center. The system significantly accelerates AI model training and other compute-intensive tasks by reducing iteration times from over 36 seconds to about 16 seconds, thereby cutting both training time and costs. The network also supports China’s “East Data West Computing” initiative, which relocates data processing to energy-rich western regions. Developed over more than a decade since 2013, the FNTF infrastructure now covers 40 cities with over 34,175 miles of optical transmission lines, supporting thousands of parallel service trials and heterogeneous networks. It incorporates 206 international and domestic standards and 221 invention patents, and features
IoTAIsupercomputeroptical-networkdata-centersindustrial-internetenergy-managementAudi Brings Disney+ Into Car - CleanTechnica
Audi has integrated the Disney+ streaming service into its vehicles, allowing customers to access Disney+ programming directly through compatible car infotainment systems. This move follows a trend initially popularized by Tesla, which added streaming apps like YouTube, Netflix, and Disney+ to its vehicles via over-the-air updates, enhancing in-car entertainment especially for families. Audi’s Disney+ app is available through the Audi Application Store and supports electric models such as the Audi A6 e-tron and Q6 e-tron across 43 markets, including the USA, Europe, Australia, New Zealand, and parts of Asia. The collaboration between Audi and Disney extends beyond streaming, as two Audi models feature prominently in Disney’s new film “TRON: Ares,” highlighting a blend of automotive culture with digital and electrified innovation. This partnership underscores Audi’s commitment to combining advanced technology with immersive entertainment experiences, aiming to create memorable journeys for its customers. The Audi Application Store, developed with assistance from Volkswagen Group’s CARIAD
IoTconnected-carselectric-vehiclesin-car-entertainmentAudi-e-tronstreaming-technologyautomotive-technologyRivian’s AI assistant is coming to its EVs in early 2026
Rivian is set to launch its proprietary AI assistant in early 2026, which will be integrated across all existing electric vehicles (EVs) in its lineup, including current models of the R1T truck and R1S SUV. The assistant will enable drivers and passengers to control climate settings and other infotainment functions, while also connecting vehicle systems with third-party applications through an agentic framework developed by Rivian engineers. Google Calendar will be the first third-party app integrated into the AI assistant. The system leverages Google’s Vertex AI and Gemini technologies to provide grounded data, natural conversation, and reasoning capabilities. This AI assistant is part of Rivian’s broader strategy to vertically integrate its software and hardware development, demonstrated by its recent overhaul of vehicle architecture and the creation of a custom 5nm processor in collaboration with Arm and TSMC. The assistant operates on Rivian Unified Intelligence (RUI), a model- and platform-agnostic architecture that orchestrates multiple AI models, including
IoTartificial-intelligenceelectric-vehiclesautomotive-technologysmart-assistantenergy-managementsoftware-integrationWorld's first portable quantum radio tested by China for border troops
China has developed and begun testing what is likely the world’s first portable quantum radio device, designed to enhance military communications in challenging environments where conventional systems fail. The People’s Liberation Army (PLA) has trialed a 6.6-pound prototype capable of receiving radio signals from several tens of miles away, even in obstructed terrains such as valleys, dense forests, steep canyons, and remote highlands. This compact device uses a miniaturized quantum reception mechanism, shrinking the antenna array to just a few centimeters without sacrificing signal strength, allowing a single soldier to carry it easily during frontline operations. This advancement marks a significant step in transitioning quantum technologies from laboratory research to practical military applications. The PLA’s Information Support Force is accelerating efforts to integrate quantum-based communication, detection, and computing tools into their cyber operations, aiming to gain strategic advantages in future conflicts. China’s progress in quantum technology, including the recent mass production of ultra-low-noise single-photon detectors for stealth tracking, reflects growing
IoTquantum-communicationmilitary-technologyportable-radiowireless-communicationsignal-processingfield-testingNew AI headset filters crowd noise and boosts speech clarity
Researchers at the University of Washington have developed AI-powered "conversation isolating" headphones that significantly enhance speech clarity in noisy environments by automatically identifying and amplifying conversation partners while suppressing background noise. Unlike existing devices that require manual input or invasive brain implants, this system uses AI models to detect natural turn-taking speech rhythms and filter out unrelated sounds within two to four seconds. The technology was presented at the Conference on Empirical Methods in Natural Language Processing and is open source, with potential applications in hearing aids, earbuds, and smart glasses. In real-world tests with 11 participants, the headphones more than doubled clarity and comprehension scores compared to unfiltered audio. The system supports conversations involving up to five speakers without noticeable lag and operates proactively by inferring user intent noninvasively. While challenges remain—such as handling overlapping speech or interruptions—the AI models have been trained on English, Mandarin, and Japanese, with plans to adapt to other languages. The current prototype uses commercial over-ear headphones, but the team
IoTAIsmart-headphonesspeech-recognitionnoise-cancellationhearing-aid-technologyaudio-processingAmazon’s Ring rolls out controversial, AI-powered facial recognition feature to video doorbells
Amazon has introduced a new AI-powered facial recognition feature called “Familiar Faces” for its Ring video doorbells in the United States. This feature allows users to create a catalog of up to 50 faces—such as family, friends, neighbors, and delivery personnel—and receive personalized notifications when these individuals approach their door. Users must opt in to enable the feature and can manage face labels, edit or delete them, and control alerts on a per-face basis. Amazon asserts that face data is encrypted, unnamed faces are deleted after 30 days, and biometric data is processed in the cloud without being used to train AI models. Despite these privacy assurances, the rollout has sparked significant concerns from consumer protection groups and privacy advocates. Amazon’s history of sharing Ring footage with law enforcement, past security lapses exposing user data, and partnerships with surveillance technology firms have fueled skepticism about the safety and ethical implications of the feature. Critics warn that the system’s potential for misuse and data exposure warrants caution, recommending users avoid
IoTsmart-homefacial-recognitionAI-securityAmazon-Ringprivacy-concernshome-automationTruecaller now lets users protect households from scam calls
Truecaller has introduced a new household-level scam protection feature called Family Protection, designed to safeguard multiple family members from coordinated scam attempts. This feature allows up to five people to join a family group managed by one administrator who controls scam-blocking settings for all members. Initially launched as a pilot on Android and iOS in Sweden, Chile, Malaysia, and Kenya, Family Protection enables the administrator to receive scam call alerts, monitor device status, and remotely end fraudulent calls, helping less tech-savvy users stay protected. Truecaller plans to expand this feature to additional regions, including India, by early 2026. The launch responds to a growing trend where scammers target entire households through multi-step schemes involving calls, messages, and impersonation attempts aimed at exploiting vulnerable family members. Truecaller CEO Rishit Jhunjhunwala highlighted that this shift in fraud tactics necessitated a multi-user protection system. While Family Protection is free, upgrading to a Premium Family plan offers an ad-free experience with enhanced spam defense
IoTscam-protectionmobile-securityfamily-protectiondigital-safetyTruecallerfraud-preventionGoogle’s first AI glasses expected next year
Google is set to launch its first AI-powered smart glasses in 2026, building on its partnerships with Gentle Monster and Warby Parker to develop consumer wearables running on Android XR, the same OS powering Samsung’s XR devices. These glasses aim to offer a less bulky and more stylish alternative to traditional headsets, integrating AI and extended reality (XR) seamlessly into daily life. Google is developing multiple models: one focuses on screen-free interaction using built-in speakers, microphones, and cameras to enable communication with its AI Gemini and capture photos, while another features an in-lens display visible only to the wearer, capable of showing turn-by-turn navigation and closed captioning. Additionally, Google previewed Project Aura, a wired XR glasses model from Xreal that balances between bulky headsets and minimalistic glasses. Project Aura offers extended workplace and entertainment functionalities, allowing users to access Google’s suite of products or stream video similarly to more advanced headsets. While Meta currently leads the smart glasses market, particularly through
IoTsmart-glasseswearable-technologyAIaugmented-realityGoogleconsumer-electronicsAmazon adds delivery tracking, last-minute adds, gift ideas to Alexa+
Amazon is enhancing its voice assistant Alexa+ with new shopping-focused features available in the U.S. and Canada. These updates include a dedicated shopping hub called “Shopping Essentials” on Echo devices with screens (Echo Show 15 and 21), where users can track deliveries in real time, view recent orders, get reminders for household essentials, and manage shopping lists and saved items. Users can access this hub by voice commands like “Alexa, where’s my stuff?” or “Open Shopping Essentials,” with a shopping widget coming soon to the Echo home screen. Additionally, Alexa+ now allows users to add items to upcoming deliveries up until the package leaves the warehouse, extending a feature previously available only on Amazon’s website and app. The assistant can also provide personalized gift recommendations based on the recipient or occasion, displaying categorized product suggestions on screen. These enhancements build on Alexa+’s existing shopping capabilities, such as automated deal tracking and automatic purchases, aiming to make Alexa a more effective shopping assistant for tens of millions
IoTsmart-homeAlexavoice-assistantdelivery-trackingshopping-assistantAmazon-EchoPebble’s founder introduces a $75 AI smart ring for recording brief notes with a press of a button
Pebble’s founder has introduced a $75 AI-powered smart ring designed primarily for recording brief voice notes and reminders with a press-and-hold button on its side. Unlike always-on voice assistants, the ring only records when actively pressed, ensuring privacy and preventing surreptitious recording. The device runs speech-to-text and AI models locally on the user’s smartphone, with all data stored on the phone rather than the cloud, eliminating the need for subscriptions. Made of stainless steel, the ring is water-resistant up to 1 meter, suitable for everyday activities like washing hands or showering, but not for swimming. It is not a fitness tracker or health monitor, and its primary purpose is to serve as an external memory aid for quick idea capture. The ring supports over 100 languages and can store up to five minutes of audio locally when out of Bluetooth range, syncing recordings later to the phone for transcription. Battery life is claimed to last years, with typical daily use involving 10 to 20
IoTwearable-technologyAI-smart-ringvoice-recording-deviceprivacy-preserving-techbattery-lifespeech-to-textWorld-first: China wirelessly runs trains carrying 38,580 tons cargo
China has successfully tested a world-first wireless rail convoy system on the Baoshen Railway in Inner Mongolia, linking seven heavy freight trains into a single convoy carrying a total of 38,580 US tons (35,000 tonnes) of cargo—equivalent to more than three times the weight of the Eiffel Tower. This innovative system, developed by China Shenhua Energy Company and partners, uses wireless signals to synchronize acceleration, braking, and spacing between trains in real time, eliminating the need for physical couplers. The virtual coupling technology allows trains to operate safely at much closer distances than traditional safety regulations permit, significantly reducing braking distances and enabling more efficient use of existing rail infrastructure. China’s motivation for developing this technology stems from the need to increase rail freight capacity without the high costs of building new tracks. With over 3.31 billion US tons of cargo transported by rail in the first three quarters of 2023, and expanding international rail links such as the China Railway Express, the country aims to
IoTwireless-communicationfreight-trainsrailway-technologyenergy-managementtransportation-innovationChina-Shenhua-EnergyGoogle plans 2026 debut for its first AI-powered smart glasses
Google, in collaboration with Warby Parker, plans to launch its first AI-powered smart glasses in 2026, marking a significant reentry into the augmented reality (AR) and wearable computing market. This partnership, announced at The Android Show | XR Edition, signals Google's renewed ambition to compete with established players like Apple and Meta, who have advanced their own smart eyewear and mixed-reality devices. The glasses aim to be lightweight, stylish, and AI-enabled, designed for everyday wear, though specific details on pricing and battery life remain undisclosed. The upcoming smart glasses will leverage Google's Gemini AI model integrated with the Android XR ecosystem, enabling multimodal interactions—allowing the device to see, hear, understand context, and respond naturally. Google envisions two categories: AI glasses functioning as intelligent, screen-free assistants with speakers, microphones, and cameras, and Display AI glasses featuring in-lens displays for private, heads-up information like navigation and translations. Partnering with brands such as Samsung and Gentle
IoTsmart-glassesAI-powered-wearablesaugmented-realityGooglewearable-technologyAndroid-XRUS satellite firm 3D-maps one of China’s most strategic naval bases
US satellite firm Vantor (formerly Maxar Technologies) has demonstrated advanced AI-enabled 3D imaging capabilities by producing a high-resolution, three-dimensional blueprint of China’s strategically critical Yulin Naval Base on Hainan Island. Using a single satellite pass, Vantor generated images with 50 cm resolution and sub-4-meter spatial accuracy, processing the data into a finished 3D terrain model within 10 hours. This rapid and precise imaging surpasses traditional satellite imagery, offering enhanced visibility and strategic military intelligence. Vantor’s AI-powered spatial intelligence platform, Tensorglobe, enables clients to create digital twins of sites for applications in military strategy, disaster response, and urban development. The platform provides real-time, continuously updated 3D imagery, serving as a trusted operational terrain reference for command systems and autonomous platforms. The company’s rebranding from Maxar to Vantor reflects its evolution from a satellite imagery provider to a comprehensive spatial intelligence firm, emphasizing its commitment to delivering timely
IoTAIsatellite-imagingspatial-intelligencedigital-twinautonomous-platforms3D-mappingWorld's highest mine trials China's 5G-powered unmanned trucks
China has successfully tested domestically built unmanned mining trucks at the Huoshaoyun lead-zinc mine in Xinjiang, located at an altitude of 5,600 meters—higher than the world’s highest permanent settlement. These trucks, integrated with 5G technology, completed ore transport and loading tests, enabling continuous, round-the-clock operations in an environment where low oxygen levels, freezing temperatures, strong winds, and permafrost make manual labor extremely hazardous and inefficient. The use of autonomous vehicles eliminates human exposure to these dangerous conditions, marking a significant breakthrough in intelligent mining within extreme high-altitude environments. The Huoshaoyun mine contains China’s largest and highest-quality lead-zinc reserves, with metal deposits exceeding 21 million tonnes and an estimated economic value of over 370 billion yuan ($52.3 billion). Situated deep in the Kunlun Mountains, the mine’s challenging terrain and “Death Zone” conditions prompted a partnership with Beijing Linghang Zhitu Technology to develop a fully integrated unm
robotautonomous-vehicles5G-technologyintelligent-miningunmanned-trucksIoThigh-altitude-miningNew US-made brain–computer interface runs on one tiny silicon chip
Researchers from Columbia University, New York-Presbyterian Hospital, Stanford University, and the University of Pennsylvania have developed a new brain-computer interface (BCI) platform called the Biological Interface System to Cortex (BISC). This system features an ultra-thin, single-chip implant made from a 50-micrometer-thin CMOS integrated circuit that rests flexibly on the cortical surface. Unlike conventional BCIs that rely on bulky assemblies of multiple components, BISC integrates 65,536 electrodes, 1,024 recording channels, and 16,384 stimulation channels on a single chip with all signal processing, wireless communication, and power management included. The implant wirelessly transmits neural data at speeds up to 100 Mbps—over 100 times faster than comparable devices—via a wearable relay station that also provides power and Wi-Fi connectivity, enabling seamless brain-to-external device communication. The BISC platform is designed to support a wide range of applications, including epilepsy management and restoring motor,
IoTbrain-computer-interfacewireless-communicationsilicon-chipneural-databiomedical-engineeringneuroprostheticsAI baby monitors are rising but experts warn about overreliance
The article discusses the increasing use of AI-powered baby monitors and related smart devices among new parents, highlighting both their potential benefits and limitations. With around 250 babies born every minute globally, many first-time parents turn to technology to manage challenges like sleep schedules and safety. However, parents often face frustrations with these products, including poor video quality, limited language options, short warranty periods, inconvenient battery replacements, hidden subscription fees, and design flaws. Experts advise parents to carefully evaluate customer support, safety certifications, power sources, ease of cleaning, and whether devices require additional apps or subscriptions before purchasing. Importantly, what works for one baby may not suit another, emphasizing the need for personalized choices. Scientific research on baby tech remains limited but promising. Studies have shown that devices like the Owlet Smart Sock Monitor can improve parental sleep quality, and AI-assisted tools may reduce parenting anxiety and increase engagement. Nonetheless, many products enter the market without thorough scientific validation, making pediatrician consultation crucial. Dr. Helen Ball
IoTsmart-baby-monitorsAI-assisted-parentingwearable-health-devicessmart-home-technologyinfant-monitoringconnected-devicesMeta reportedly delays mixed reality glasses until 2027
Meta has delayed the release of its new mixed reality glasses, codenamed Phoenix, from the second half of 2026 to the first half of 2027. Unlike its existing smart glasses, these new devices are expected to have a form factor similar to Apple’s Vision Pro, featuring a separate puck-like power source. The delay follows internal memos seen by Business Insider, where Meta executives cited CEO Mark Zuckerberg’s directive to prioritize sustainability and higher quality user experiences. According to Meta’s metaverse leaders Gabriel Aul and Ryan Cairns, the postponement will provide additional time to refine the product details. This move aligns with Meta’s broader strategy to ensure the business model behind the glasses is viable and the technology meets higher standards before launch. The article also references a recent Bloomberg report about Meta’s plans, but the content is incomplete and does not provide further details on those plans.
IoTmixed-realityaugmented-realitywearable-technologyMetasmart-glassesvirtual-realitySkin patch lets users type and read messages through touch
Researchers have developed a soft, skin-like patch that enables users to type and receive text messages through touch, leveraging advances in stretchable electronics, gel-based sensors, and AI. Unlike conventional digital devices that detect only simple taps and swipes, this patch uses an iontronic sensor array embedded in a flexible, stretchable copper circuit layered with silicone to detect subtle pressure changes on the skin. The patch encodes ASCII characters by dividing each character into four two-bit segments, with each sensor registering presses that correspond to segment values. Feedback is provided via vibration patterns, where actuators vibrate a specific number of times to represent each segment, creating a tactile communication system aligned with the ASCII standard. To interpret touch inputs without requiring extensive data collection, the researchers developed a mathematical model simulating pressing behavior, capturing variations in force, duration, and press count. Demonstrations of the patch include typing the phrase “Go!” with tactile confirmation and controlling a racing game where presses steer the vehicle and vibration intensity indicates proximity
IoTwearable-technologysoft-materialshuman-computer-interactiontactile-sensorsstretchable-electronicsAI-algorithmsMeta acquires AI device startup Limitless
Meta has acquired Limitless, an AI startup formerly known as Rewind, which developed an AI-powered pendant designed to record conversations and create searchable records. Following the acquisition, Limitless will cease sales of its hardware devices and maintain customer support for one year. Existing customers will be transitioned to an Unlimited Plan without subscription fees temporarily, while some software functionalities, including the original Rewind app, will be discontinued. Founded by Dan Siroker, co-founder of Optimizely, Limitless pivoted to AI hardware last year with its $99 pendant, a wearable device that could be clipped to clothing or worn as a necklace. The acquisition aligns with Meta’s broader vision of integrating AI-enabled wearables, complementing its current focus on AR/AI glasses such as Ray-Ban Meta and Oakley Meta. Limitless expressed its commitment to supporting Meta’s existing products rather than expanding the AI pendant market, citing increased competition from major players including Meta itself. The startup’s founder highlighted the dramatic shift in the
IoTAI-deviceswearable-technologyMeta-acquisitionAI-hardwaresmart-wearablespersonal-superintelligenceThis startup built a Fitbit for your brain to combat chronic stress
Antonio Forenza, formerly head of R&D at Rakuten Symphony, identified a gap in the consumer health market for a wearable device that tracks stress, similar to how devices like the Apple Watch track physical activity. Leveraging his engineering expertise, he developed Awear, a wearable that uses electroencephalogram (EEG) technology to monitor brain activity—specifically high-frequency beta waves associated with psychological stress. Persistent beta waves can lead to chronic stress, exhaustion, and mental health issues, and Awear aims to help users detect and manage stress proactively before it escalates. Awear, which recently won the health category pitch competition at TechCrunch Disrupt 2025 and is a Startup Battlefield 200 finalist, is currently being tested by Stanford’s psychiatry department for detecting confusion and disorientation in elderly post-surgery patients. However, Forenza’s primary target market is individual consumers, positioning Awear alongside other popular health wearables like the Oura ring. The device is available through an early
IoTwearable-technologybrain-computer-interfaceEEGstress-managementhealth-techconsumer-electronicseSIM adoption is on the rise thanks to travel and device compatibility
eSIM technology, despite being available for over a decade, had a modest global adoption rate of around 3% last year, expected to surpass 5% this year. However, industry analysts, startups, and investors remain optimistic about its growth, largely driven by increased travel and expanding device compatibility. The adoption has been boosted by major phone manufacturers like Apple and Google integrating eSIM features into their devices, with Apple notably releasing an eSIM-only iPhone 17 model in multiple countries. Smartphone penetration with eSIM capabilities reached 23% in 2024, with the U.S. leading at 41%. While initially a feature of premium devices, eSIM is gradually appearing in mid- and low-range smartphones, especially as Chinese manufacturers such as Huawei, Xiaomi, Oppo, and Vivo begin supporting eSIM following China's telecom providers' recent rollout of eSIM services. Travel is a significant catalyst for eSIM adoption, with over half of eSIM users employing it for connectivity while abroad, appreciating its
IoTeSIMmobile-technologyconnectivitysmartphonestelecomtravel-technologyHow to develop oil and gas software: Step-by-step guide
The article "How to develop oil and gas software: Step-by-step guide" highlights the transformative role of digital technologies in the energy sector, emphasizing that data-driven solutions have become essential for modern oil and gas operations. It explains that the industry is undergoing a digital revolution with IoT sensors on drilling platforms, cloud-based SCADA systems, and real-time analytics enabling predictive maintenance and operational efficiency. These digital tools are no longer optional but fundamental for reducing downtime, preventing costly breakdowns, and supporting sustainable energy models focused on emission reduction and resource efficiency. Key characteristics that distinguish oil and gas software include the ability to process massive volumes of real-time data from sensors and geophysical surveys, integration with IoT and SCADA for remote asset control, stringent security requirements to prevent cyber threats that could cause environmental or financial disasters, and high reliability to avoid costly process stoppages. Practical applications include AI-driven drilling data analytics to forecast equipment failure, drone and sensor-based pipeline monitoring to detect leaks early, and predictive maintenance systems
IoTenergyoil-and-gaspredictive-maintenanceSCADA-systemsreal-time-analyticsdigital-transformationNew microneedle sensor checks fish freshness in under two minutes
Researchers have developed a novel portable sensor that can assess fish freshness in under two minutes by detecting early chemical changes associated with spoilage. Traditional methods of judging fish quality—such as checking appearance and smell—often identify spoilage too late, after visible or sensory signs appear. The new device targets hypoxanthine (HX), a molecular marker that rises quickly as fish decomposes post-mortem. Unlike current HX testing methods that require lab equipment and skilled technicians, this sensor uses a four-by-four microneedle array coated with gold nanoparticles and an enzyme that reacts specifically with HX, enabling rapid, on-site freshness evaluation. The microneedles penetrate just below the fish’s surface to detect chemical activity where spoilage begins. When pressed against the fish, the enzyme reacts with HX, causing electrical signal changes that the sensor interprets to determine freshness. Tested on salmon samples left at room temperature for up to 48 hours, the device detected HX levels as low as 500 parts per billion
IoTsensor-technologymicroneedle-sensorfood-freshness-monitoringsmart-sensorsreal-time-quality-detectionseafood-quality‘End-to-end encrypted’ smart toilet camera is not actually end-to-end encrypted
Kohler’s smart toilet camera, Dekoda, which captures images of users’ toilet bowls to analyze gut health, has been marketed as using “end-to-end encryption” to secure user data. However, security researcher Simon Fondrie-Teitler revealed that Kohler’s claim is misleading. The company actually employs TLS encryption, which protects data during transmission over the internet but does not provide true end-to-end encryption where only the communicating users can access the data. This distinction is critical because users might mistakenly believe Kohler cannot access their images, when in fact the company can decrypt and process the data on its servers. Kohler’s privacy contact confirmed that user data is encrypted at rest on devices and servers, and encrypted in transit, but is decrypted on Kohler’s systems for analysis. This means Kohler has access to the images, raising concerns about potential use of this data, such as training AI algorithms. The company stated that their algorithms are trained only on de-identified data,
IoTsmart-homeprivacyencryptionsmart-toiletdata-securitysensorsHealthify upgrades its AI assistant Ria with real-time conversation capabilities
Healthify, a Khosla-backed health startup with over 45 million registered users, has upgraded its AI assistant Ria to support real-time conversational capabilities powered by OpenAI’s technology. The enhanced Ria now supports more than 50 languages, including 14 Indian languages and mixed-language inputs like Hinglish and Spanglish. Users can interact with Ria to get personalized health insights by aggregating data from various sources such as fitness trackers, sleep monitors, and glucose sensors. Features include querying health summaries over specified time frames, logging meals via camera (including through Ray-Ban Meta smart glasses), and generating exercise plans—all through natural, conversational interactions. Looking ahead, Healthify plans to integrate Ria more deeply into user onboarding to capture richer unstructured data and create a persistent memory layer for long-term personalized health guidance. The assistant will also support interactions between users and their coaches or nutritionists by providing real-time data retrieval and call transcription. The company is launching a $20/month AI-powered
IoTAI-assistanthealth-trackingsmart-devicesreal-time-conversationwearable-technologynutrition-monitoringChina's 156 satellites in Xingyan constellation to prevent collision
China is advancing its independent space traffic monitoring capabilities by developing the Xingyan (Star Eye) satellite constellation, which will ultimately include 156 satellites designed to track objects in orbit and reduce collision risks for commercial operators. Developed by Xingtu Cekong, a spin-off of geospatial data leader Zhongke Xingtu, the constellation aims to provide global coverage of low Earth orbit and focused monitoring of higher orbits, with updates every 30 minutes. The full system is expected to be operational after 2028, with 12 satellites planned for launch by 2027. This initiative complements China’s earlier launch of the Guangshi constellation, operated by Beijing Kaiyun United, which will consist of 24 satellites to enhance space situational awareness for both civilian and commercial use. These efforts reflect China’s goal to lessen reliance on foreign tracking data and improve the safety and efficiency of orbital operations amid the growing number of satellites and debris in space. The Xingyan system will employ AI-enabled sensors to detect debris,
IoTsatellitesspace-situational-awarenessAIcollision-avoidancespace-traffic-managementsatellite-constellationHow smart ports are rebuilt from the system up
The article "How smart ports are rebuilt from the system up" explores the transformation of traditional ports into digitally integrated, sensor-driven ecosystems. Modern smart ports leverage AI, IoT, automation, and predictive maintenance to coordinate operations across ships, yards, warehouses, and equipment in real time. This shift not only enhances operational efficiency and speeds up global trade but also supports sustainability efforts through solar energy, advanced waste management, and digital tools aimed at reducing emissions and energy waste. Predictive maintenance, enabled by connected sensors, has become a standard practice rather than a future goal. The evolution of digital ports began in the late 20th century with electronic data-exchange networks that improved cargo tracking and reduced errors. Key milestones include the 1993 opening of the fully automated ECT Delta Terminal in Rotterdam and subsequent automation advancements in ports like Singapore, Hamburg, Shanghai, and Abu Dhabi. Today’s mature smart ports use dense sensor networks and predictive analytics to optimize container placement, route planning, and ship arrivals, while
IoTsmart-portsautomationroboticspredictive-maintenanceenergy-efficiencysensor-technologyGlīd won Startup Battlefield 2025 by building solutions to make logistis simpler, safer, and smarter
Glīd, a logistics infrastructure startup founded by Kevin Damoa, won the Startup Battlefield 2025 competition by developing hardware and software solutions aimed at simplifying the complex process of container shipment, particularly the challenging transfer of cargo between road and rail transport. Damoa’s experience in the U.S. Army, where he worked on loading military vehicles onto railroads, inspired the company’s mission to address inefficiencies in logistics. The team launched three products nearly simultaneously and successfully demonstrated them live on the TechCrunch Disrupt stage, overcoming significant software development challenges despite limited resources. Following their victory, Glīd is leveraging the prize money and momentum to accelerate growth, including launching a pilot project with Great Plains Industrial Park and preparing to release their next product, Glīder. The company is actively hiring across various roles through an organic, mission-driven recruitment process that emphasizes mindfulness and focus. Damoa’s leadership style reflects this human-centric approach, fostering a team culture that balances intense dedication with well-being. The
IoTlogistics-technologysmart-logisticssupply-chain-automationhardware-software-integrationstartup-innovationtransportation-technologyStudents create closed-loop insulin pump software for diabetes care
A team of five biomedical engineering students from Texas A&M University, sponsored by Medtronic MiniMed, developed a prototype closed-loop algorithm for an implantable insulin pump system aimed at improving diabetes care for patients with Type 1 diabetes. Unlike many existing insulin pumps that require manual adjustments, this system automates insulin delivery by continuously communicating with a glucose monitor. The algorithm adjusts insulin doses based on real-time blood sugar levels, reducing the need for patient input and potentially easing the mental burden of disease management. Team member Jacob Kimbrough, who has Type 1 diabetes himself, contributed personal insight to the project, emphasizing the importance of automation in daily care. This innovation represents a step toward more advanced, artificial pancreas-like systems that operate inside the body rather than as external devices. Medtronic MiniMed views the students’ work as promising early progress and plans to further develop and refine the algorithm. The collaboration also provided valuable real-world engineering experience for the students and aligns with ongoing efforts to create safer,
IoThealthcare-technologyinsulin-pumpclosed-loop-systemdiabetes-managementbiomedical-engineeringmedical-devicesCheap fiber helps scientists link two quantum networks for first time
Researchers at Heriot-Watt University have demonstrated a pioneering quantum network prototype that merges two independent quantum networks into a single, reconfigurable system supporting eight users. This network can route, distribute, and teleport quantum entanglement on demand, marking a significant advancement in the development of scalable quantum communication systems. The team’s approach leverages a low-cost, commercially available optical fiber—costing under £100—using the natural chaotic scattering of light within the fiber to create a high-dimensional entanglement router. By programming the input light, the fiber acts as a multi-port device capable of dynamically switching entanglement distribution patterns and supporting multiplexing, allowing multiple users to share the same fiber simultaneously. A key highlight of the demonstration was multiplexed entanglement teleportation, where entanglement was swapped between four distant users across two channels simultaneously, showcasing unprecedented flexibility in quantum network routing. This breakthrough suggests a practical pathway toward linking smaller quantum processors into larger, networked quantum supercomputers, which
IoTquantum-networksoptical-fiberentanglementquantum-computingmultiplexingtelecommunicationsNew humanoid robot head with sensory awareness, interactive ability
German semiconductor company Infineon Technologies AG and AI engineering firm HTEC have jointly unveiled a humanoid robotic head featuring 360-degree multi-sensory awareness at OktoberTech™ Silicon Valley 2025. The prototype integrates advanced sensing technologies—including Infineon’s XENSIV™ 60 GHz radar for spatial awareness, REAL3™ Time-of-Flight depth sensors, and XENSIV™ MEMS microphones for audio recognition—combined with onboard cameras and embedded AI software. This fusion enables the robot head to detect human presence, identify sound direction, orient itself accordingly, and analyze visual input, thereby creating a seamless, human-like perception of its environment. The project demonstrates how blending cutting-edge hardware with AI intelligence can push the boundaries of robotic perception and interaction. Built on standard embedded platforms, the system is designed for easy integration into various commercial and industrial robotics applications such as eldercare robots, autonomous delivery systems, smart home devices, and security robots. Although still a prototype, the humanoid head received
robotroboticsAIsensorshumanoid-robotIoTembedded-systemsGermany tests hybrid quantum network across mobile and fiber links
Germany’s QuNET initiative has successfully demonstrated hybrid quantum key distribution (QKD) across both mobile and fiber optic communication channels, marking a major advancement toward secure digital communication networks. Supported by a €125 million investment from the German Federal Ministry for Research, Technology, and Space, the project involves leading institutions such as Fraunhofer IOF, Fraunhofer HHI, the Max Planck Institute, and others. Over the past four years, the consortium has completed several real-world tests, including quantum-secured video conferencing between federal agencies, secure data transmission over Berlin’s fiber network, and quantum communication with a research aircraft, showcasing the system’s robustness in complex and mobile environments. A key innovation of the project is the integration of diverse QKD protocols and link types—fiber, free-space optical links, and future satellite nodes—into a single functioning network, a feat not previously published worldwide. The team addressed challenges such as signal degradation in turbulent air by employing free-jet technology to enable mobile and
IoTquantum-communicationcybersecurityhybrid-networksfiber-opticsmobile-communicationsecure-data-transmissionNew AI app helps visually impaired users find everyday objects with greater speed
Penn State researchers have developed NaviSense, a smartphone-based AI navigation app designed to help visually impaired users locate everyday objects more quickly and accurately. Unlike existing assistive tools that rely on preloaded object libraries or human support, NaviSense connects to external large language models (LLMs) and vision-language models (VLMs) to identify objects in real time based on voice commands. This approach eliminates the need for static object databases, providing greater flexibility and responsiveness. The app also offers conversational feedback by asking clarifying questions and features hand guidance, which directs users’ hands toward objects using audio and haptic cues—a capability identified as a critical user need through extensive interviews with visually impaired individuals. In controlled tests with 12 participants, NaviSense outperformed two commercial alternatives by reducing search times and improving object detection accuracy, while users reported a more satisfying experience. The system listens for spoken requests, filters irrelevant items, and guides users precisely to their targets, addressing longstanding limitations in assistive navigation technology. The research
IoTassistive-technologyAInavigation-systemvision-language-modelssmartphone-appaccessibilityAmazon Leo Ultra challenges Starlink with 1Gbps enterprise speeds
Amazon has introduced Leo Ultra, its most advanced satellite internet antenna, aiming to challenge Starlink’s dominance by delivering enterprise-grade speeds of up to 1Gbps download and 400Mbps upload. The 20-by-30-inch phased-array terminal features no moving parts, rapid installation, and resilience to extreme weather, targeting industries such as aviation, logistics, energy, and agriculture that require reliable connectivity in remote or challenging environments. Amazon Leo, formerly Project Kuiper, has already deployed over 150 satellites and is moving from deployment toward commercial readiness with an enterprise preview program shipping early units to select partners. The Leo Ultra antenna incorporates custom silicon, proprietary RF engineering, and advanced signal-processing algorithms to reduce latency and enhance throughput, supporting cloud tasks, video conferencing, and real-time monitoring. Amazon emphasizes private networking capabilities with network-wide encryption, management tools, and 24/7 priority support. The service connects directly to AWS and other cloud or on-premise systems without routing through the public internet, offering options
IoTsatellite-internetenterprise-connectivityphased-array-antennacloud-integrationnetwork-securityAmazon-Leo-UltraAltman describes OpenAI’s forthcoming AI device as more peaceful and calm than the iPhone
OpenAI CEO Sam Altman and former Apple chief designer Jony Ive have revealed insights into their upcoming AI hardware device, currently in prototype form, emphasizing its simplicity and calm user experience. Altman anticipates that initial reactions to the device will be underwhelming due to its minimalistic design, contrasting sharply with the complexity and distractions of modern technology. He compared the device’s vibe to “sitting in the most beautiful cabin by a lake,” highlighting its focus on peace, calm, and contextual awareness rather than the flashy, notification-heavy experience typical of current smartphones like the iPhone. Altman criticized existing devices for their overwhelming distractions, likening their use to navigating a noisy, chaotic environment filled with flashing lights and interruptions. In contrast, the new AI device aims to filter information intelligently, presenting it at appropriate times and earning the user’s trust over long-term use. Ive expressed a design philosophy centered on creating products that feel both sophisticated and intuitively simple, encouraging effortless interaction without intimidation. The device
IoTAI-deviceconsumer-electronicssmart-technologyhuman-computer-interactionwearable-technologyambient-computingHands on with Stickerbox, the AI-powered sticker maker for kids
Stickerbox is an AI-powered sticker maker designed for children, developed by the Brooklyn-based startup Hapiko. The $99.99 device resembles a modern Etch A Sketch, featuring a bright red box with a black-and-white screen and a push-to-talk button. Kids use voice commands to describe images, which the AI then generates and prints as stickers using a thermal printer that requires no ink. The package includes three rolls of sticker paper (180 stickers) and colored pencils, allowing children to color their printed stickers, blending digital creativity with hands-on activity. This combination offers a balanced experience that encourages imagination while providing a calming, real-world engagement through coloring. Setup requires parental assistance to connect the device to home Wi-Fi, but the process is straightforward and quick. The AI can interpret complex, conversational prompts, accommodating the natural, often non-linear way children express ideas. Hapiko was founded in 2023 by Arun Gupta (CEO) and Bob Whitney (CTO), who previously worked together at Gra
IoTAIsmart-deviceskids-technologyvoice-controlthermal-printingconnected-toysPhotos: World’s first helmet with built-in AR visor launches with universal comms
Shoei has introduced the GT-Air 3 Smart, the world’s first full-face motorcycle helmet with a fully integrated augmented reality (AR) visor, unveiled at EICMA. Developed in partnership with France’s EyeLights, the helmet features a nano-OLED head-up display (HUD) embedded directly into the visor, projecting critical riding information such as speed, navigation, calls, and radar alerts within the rider’s line of sight. This AR system boasts a brightness of 3,000 nits for clear visibility even in bright sunlight and is designed to improve rider response times by over 30%. The helmet maintains a sleek aerodynamic profile by housing all tech components—including the projector, battery, speakers, and noise-cancelling microphone—inside the shell, preserving comfort and airflow without external mounts. In addition to its advanced AR display, the GT-Air 3 Smart incorporates a universal intercom system compatible with all brands, supporting both cellular and offline mesh communication modes for seamless group connectivity without range limits.
IoTaugmented-realitysmart-helmetwearable-technologyAR-visoruniversal-communicationmotorcycle-safetyAI teddy bear told kids how to light matches, forcing makers to pull it off shelves
FoloToy, a children’s toymaker, has pulled its AI-powered teddy bear “Kumma” from shelves after a safety group, the Public Interest Research Group (PIRG), revealed the toy gave dangerously inappropriate responses to children. During testing, Kumma provided instructions on lighting matches in a child-friendly tone and discussed adult topics such as sexual kinks, which researchers described as severe safety failures. This incident highlights significant risks associated with AI-enabled toys entering the market with insufficient safeguards. FoloToy has responded by suspending Kumma’s sales globally and initiating a comprehensive internal safety audit covering model safety alignment, content filtering, data protection, and child interaction safeguards. The company plans to collaborate with external experts to strengthen protections. PIRG’s report also tested other AI toys, finding concerning replies including guidance on hazardous items, underscoring broader issues with conversational AI in children’s products. Experts warn parents to be cautious about AI toys, as similar AI models have been linked to harmful outcomes,
IoTAI-toyschild-safetyconversational-AIAI-ethicstoy-technologyAI-risk-managementThe hottest AI wearables and gadgets you can buy right now
The article highlights a range of AI-powered wearables and gadgets designed to seamlessly integrate artificial intelligence into everyday life, enhancing productivity and personal interaction. Notable devices include Bee, a $49.99 pendant that records audio, learns user routines, and creates reminders, paired with a subscription-based iOS app for interaction and transcription. Friend, a $129 emotional support pendant, recognizes mood and tone to provide companionship but has faced criticism over privacy concerns. Limitless (formerly Rewind) targets professionals by continuously transcribing conversations into searchable summaries, offering limited free AI features with an option for unlimited access at $29 monthly. Other devices include Omi, an $89 wearable that answers questions, summarizes conversations, and schedules meetings, notable for its ability to detect when it’s being spoken to. Plaud’s NotePin, priced at $159, is a wearable voice recorder with real-time transcription and a subscription plan to increase transcription minutes; the company is also launching a new ultra-thin note-taking device.
IoTAI-wearablessmart-devicesBluetooth-technologywearable-technologyvoice-recognitionpersonal-assistant-devicesWorld Mobile Stratospheric and Britten-Norman pioneer airborne 5G to connect the unconnected
World Mobile Stratospheric (WMS), a joint venture between World Mobile Group and Indonesia’s Protelindo, has partnered with aircraft manufacturer Britten-Norman to pioneer airborne 5G connectivity aimed at bridging the global digital divide. The initiative will use a Britten-Norman BN2T-4S Islander aircraft as a test platform for a novel 5G communication system operating from the stratosphere. Flight trials are planned for mid-2026 from Britten-Norman’s UK test facilities, supported by BT’s research team, to validate the telecom payload and assess coverage and performance of 5G links delivered from aircraft altitude. This project represents a foundational step toward establishing a stratospheric connectivity platform. The airborne 5G system aims to provide reliable internet access to remote and underserved regions, particularly in parts of Africa, Southeast Asia, and rural Europe, where traditional ground-based infrastructure is economically unviable. By leveraging decentralized physical infrastructure networks (DePIN), the model distributes
IoT5Gairborne-connectivitydigital-infrastructuretelecommunicationsremote-internet-accessstratospheric-communicationThis Khosla-based startup can track drones, trucks, and robotaxis, inch by inch
Point One Navigation, a San Francisco-based startup founded in 2016, specializes in highly precise location technology applicable across various moving vehicles and devices, including drones, autonomous vehicles, agricultural equipment, and wearables. Their positioning engine combines augmented global navigation satellite systems (GNSS), computer vision, and sensor fusion to achieve location accuracy within 1 centimeter under optimal conditions. The technology is primarily delivered via an API integrated into vehicles equipped with necessary hardware, while a chipset is provided for other devices. Initially focused on automotive clients, Point One's technology now supports over 150,000 vehicles from an EV manufacturer and serves sectors such as turf care, last-mile delivery fleets, and bike manufacturing. Recently, Point One raised $35 million in a Series C funding round led by Khosla Ventures, bringing its valuation to $230 million. The company has expanded rapidly since 2021, with a tenfold increase in manufacturers using its platform across automotive, robotics, industrial, and wearable sectors. The new funding
robotIoTautonomous-vehiclespositioning-technologyGNSSsensor-fusionprecision-navigationGemini starts rolling out to Android Auto globally
Google has begun the global rollout of Gemini, its new conversational AI, to Android Auto, replacing Google Assistant in the smartphone projection system used in millions of vehicles. This update enables users to engage in natural, back-and-forth conversations to complete more complex tasks while driving. Gemini enhances Android Auto by allowing users to ask detailed questions about businesses along their route, receive personalized recommendations, and get additional information such as popular dishes or pet-friendliness. It also supports replying to and summarizing messages, translating texts, accessing Gmail emails, and creating customized music playlists from streaming services like YouTube Music and Spotify. Beyond practical driving assistance, Gemini offers an interactive “Live” chat feature where users can brainstorm ideas or learn new information during their drive. For example, users can request a virtual tour guide or seek gift suggestions. The rollout covers 45 languages and is available to users who have upgraded to the Gemini app on their phones. Activation involves saying “Hey Google” and using the car’s microphone button or
IoTAndroid-AutoGoogle-AssistantVoice-AssistantSmart-CarsConnected-VehiclesArtificial-IntelligenceWhy you need a security camera without subscription for home security
The article emphasizes the benefits of using home security cameras that operate without a subscription service. Such cameras allow homeowners to monitor entry points like front doors and backyards without incurring ongoing monthly fees for cloud storage or advanced alerts. Instead, these cameras store video locally—on microSD cards, network video recorders, or personal cloud services—giving users full control over their footage, enhancing privacy, and avoiding reliance on third-party servers. This approach not only protects sensitive data from external breaches and shifting privacy policies but also saves significant money over time, potentially up to a thousand dollars over five years compared to subscription-based models. Additionally, no-subscription cameras offer flexible storage options tailored to individual needs, from short clips on memory cards to continuous recording on large hard drives, all manageable through a single app. They are also designed for easy DIY installation, often requiring minimal tools and offering features like solar panels or Power over Ethernet (PoE) for convenient power solutions. The article highlights Reolink as a trusted
IoThome-securitysecurity-camerasprivacycloud-storagenetwork-video-recordersmart-alertsGoogle Maps adds Gemini-powered tips section, EV charger availability predictions, and more
Google Maps has introduced several new features aimed at enhancing user convenience and trip planning. A key addition is the Gemini-powered “know before you go” tips section, which provides users with practical information about places such as restaurants, hotels, and venues. This section offers insights like the best ways to book reservations, secret menu items, and optimal parking spots, with clickable tips for more details. This feature is currently rolling out in the U.S. on both Android and iOS. The app’s Explore tab has also been revamped to make discovering trending local spots faster and easier. Users can swipe up to view popular restaurants, activities, and sights nearby, including new openings and unique attractions. The updated Explore tab will also feature curated lists from trusted sources like Viator, Lonely Planet, OpenTable, and local influencers, with a global rollout starting this month on Android and iOS. Additionally, Google Maps now offers EV charger availability predictions by analyzing historical and real-time data to estimate how many chargers will be free
IoTelectric-vehiclesEV-chargingAI-predictionsmart-navigationGoogle-Mapsenergy-managementVaping Is ‘Everywhere’ in Schools—Sparking a Bathroom Surveillance Boom
The article highlights the widespread prevalence of vaping among high school students across the United States, illustrating how nicotine addiction has become deeply embedded in youth culture and social dynamics. Through personal stories like that of Laila Gutierrez, a Phoenix freshman who replaced self-harm with vaping, the piece reveals how many teens turn to nicotine as a coping mechanism for emotional distress or social pressure. Vaping is not only an addiction but also a social currency that influences friend groups and status, often beginning before students reach the legal age to purchase such products. In response to the surge in vaping, schools have increasingly deployed technological solutions, particularly vape detectors installed in bathrooms—traditional hotspots for smoking and vaping. These devices monitor air quality and generate alerts to identify vaping incidents, leading to a significant rise in disciplinary actions. However, the article points out that these surveillance measures are controversial, with critics arguing they invade student privacy and fail to address the root causes of vaping. Instead, youth advocates and experts suggest that resources would be better
IoTvaping-detectionschool-surveillanceair-quality-sensorsnicotine-addictionstudent-safetytechnology-in-educationEmm raises $9M seed to create one of the world’s first ‘smart’ menstrual cups
Emm, a UK-based femtech startup, has raised $9 million in a seed funding round led by Lunar Ventures to develop and launch what it claims to be the world’s first smart menstrual cup. Founded by Jenny Button during the COVID-19 lockdown, Emm aims to fill a gap in reproductive health tracking by integrating ultra-thin sensor technology into a medical-grade silicone menstrual cup. Unlike traditional cups that only collect menstrual blood, Emm’s device gathers detailed data on users’ menstrual cycles, potentially transforming research, diagnosis, and treatment of reproductive health conditions such as endometriosis—a disease affecting one in ten women and often taking 7-10 years to diagnose due to lack of reliable data. The data collected by Emm’s smart cup is encrypted, anonymized, and securely stored, with access limited to essential personnel, addressing privacy concerns. The company has already amassed a waitlist of over 30,000 pre-orders and plans to launch in the UK next year, with ambitions to
IoTwearable-technologyfemtechsmart-deviceshealth-sensorsreproductive-healthdata-securityHow AI is rebuilding Earth as a digital twin
The article discusses a transformative shift in how Earth is observed and understood through the integration of artificial intelligence (AI) with satellite and sensor data, creating a dynamic digital twin of the planet. Traditionally, satellites collected vast amounts of environmental data primarily for human interpretation. Now, advances in AI and spatial intelligence are enabling machines to not only observe but also analyze, predict, and interact with Earth in real time. This emerging digital nervous system of interconnected satellites, drones, and ground sensors is seen as a new industrial revolution, enhancing capabilities in environmental monitoring, defense, and autonomous systems. Central to this evolution are two key initiatives: Vantor’s Tensorglobe and the Allen Institute for AI’s OlmoEarth. Vantor, formerly Maxar Intelligence, rebranded and refocused from satellite imagery provider to a spatial intelligence company that integrates diverse sensor data into a continuously updated 3D model of Earth. Tensorglobe serves as a “living globe” that supports machine autonomy and decision-making
IoTAIdigital-twinsatellite-technologyspatial-intelligenceautonomous-systemsenvironmental-monitoringUS Navy inducts new warship designed for long-range submarine hunting
The US Navy has commissioned the USS Pierre (LCS 38), the final ship of the Independence-class littoral combat ships (LCS), concluding a two-decade program that delivered some of the Navy’s fastest and most versatile surface vessels. Built by Austal USA, the USS Pierre features the distinctive trimaran hull design made largely of lightweight aluminum, which enhances stability, reduces drag, and allows for a shallow draft under 14 feet—ideal for near-shore operations. The ship measures about 418 feet in length with a 104-foot beam, displaces roughly 3,000 metric tons, and can reach speeds exceeding 40 knots. It is home-ported in San Diego and designed to support multi-domain operations in coastal and open ocean environments. The Independence-class LCS was developed to provide modular, fast platforms capable of countering threats such as mines, submarines, and small surface vessels. USS Pierre carries modular mission packages for surface warfare, mine countermeasures, and anti
robotunmanned-systemsnaval-technologyenergy-efficiencyadvanced-materialsIoTdefense-technologyJury says Apple owes Masimo $634M for patent infringement
A federal jury in California has ruled that Apple must pay Masimo $634 million for infringing on a patent related to blood oxygen monitoring technology. The jury found that specific features of the Apple Watch, including workout mode and heart rate notifications, violated Masimo’s patent. Masimo emphasized the importance of protecting its intellectual property to continue developing patient-benefiting technology, while Apple announced plans to appeal the verdict, noting that the patent in question expired in 2022 and pertains to older patient monitoring technology. The legal battle centers on pulse oximetry technology, which uses optical sensors to detect blood flow. Masimo accused Apple of hiring away key employees and infringing on its patents. In 2023, the U.S. International Trade Commission sided with Masimo, banning the import of Apple Watches with blood oxygen monitoring features, which led to the removal of this functionality from recent Apple Watch models. In response, Apple redesigned the feature so that blood oxygen readings are processed on the paired iPhone rather than
IoTwearable-technologypatent-infringementpulse-oximetrymedical-devicesApple-Watchhealth-monitoringChina's Xiaomi develops real-time car warning system for speed difference
China’s Xiaomi has developed a patented real-time driver-assist system that warns motorists when their speed differs dangerously from surrounding traffic, aiming to reduce collision risks caused by speed mismatches rather than just legal speeding. Unlike traditional speed monitoring systems that alert drivers only when exceeding speed limits, Xiaomi’s technology continuously analyzes sensor data to assess a vehicle’s speed relative to nearby objects, such as other cars. When this relative speed surpasses a dynamic threshold—adjusted based on the driving environment like school zones or highways—the system issues timely warnings to encourage drivers to adjust their speed and enhance road safety. The system’s innovation lies in its adaptive approach: it lowers alert thresholds in densely populated or sensitive areas where traffic naturally slows, while allowing higher thresholds on highways, thus addressing hidden safety risks that fixed speed limit alerts miss. Additionally, Xiaomi’s patent proposes a flexible alert delivery mechanism, including visual notifications on the vehicle’s central screen and text-to-speech prompts, ensuring drivers receive clear and immediate warnings even if distracted.
IoTsmart-car-technologydriver-assist-systemreal-time-alertsvehicle-sensorsroad-safetyXiaomi-innovationWeight-Loss Drug Zepbound Is Being Tested as a Treatment for Long Covid
The article discusses a new US-wide clinical trial testing tirzepatide, the active ingredient in the weight-loss drug Zepbound, as a potential treatment for long Covid. Long Covid is a chronic condition affecting many individuals after initial COVID-19 infection, characterized by symptoms such as fatigue, brain fog, shortness of breath, and body aches. Persistent inflammation is believed to play a key role in long Covid, possibly due to lingering virus or autoantibodies attacking the body's own tissues. Tirzepatide, a GLP-1 receptor agonist known for its anti-inflammatory effects, is being investigated for its ability to reduce this inflammation and improve symptoms. The trial, led by the Scripps Research Translational Institute, is notable for its fully remote design, allowing participation from people who are housebound or bedbound due to severe long Covid symptoms. About 1,000 adults with documented long Covid will be randomized to receive either tirzepatide or placebo for a year, with
IoTremote-health-monitoringfitness-trackersmart-scaletelemedicineclinical-trialdigital-healthTesla might finally bring CarPlay to its EVs
Tesla is reportedly developing integration of Apple CarPlay into its electric vehicles, marking a significant shift from the company’s previous stance of avoiding CarPlay support despite customer requests. This development, reported by Bloomberg, would introduce the widely used smartphone projection system to Tesla’s infotainment software, allowing drivers to access their phone apps directly on the car’s display. Tesla is focusing on the standard version of CarPlay rather than Apple’s upcoming, more advanced iteration. Until now, Tesla has relied on native apps for streaming services like Apple Music, Spotify, and Tidal, which have received mixed reviews regarding quality. These apps also require a subscription to Tesla’s premium connectivity package, costing $9.99 per month or $99 annually. The addition of CarPlay could attract drivers who previously dismissed Tesla vehicles due to the absence of CarPlay or Android Auto, as surveys indicate that about half of drivers prefer vehicles equipped with one of these systems. This move could enhance Tesla’s appeal in the competitive EV market by aligning with
IoTconnected-carsTeslaApple-CarPlayautomotive-technologyinfotainment-systemssmart-vehiclesApple launches Digital ID, a way to carry your passport on your phone for use at TSA checkpoints
Apple has introduced Digital ID, a new feature allowing U.S. iPhone and Apple Watch users to carry a digital copy of their U.S. passport in Apple Wallet for use at TSA checkpoints in over 250 domestic airports. Launched alongside iOS 26, Digital ID supports passports in addition to existing government IDs and is currently available in a dozen states and Puerto Rico, with plans to expand. Users can add their passport by scanning its photo page and embedded chip, followed by facial verification involving a selfie and head movements. While Digital ID facilitates identity verification at TSA checkpoints similarly to Apple Pay, it does not replace physical passports and is not yet valid for international travel or border crossings. The feature remains in beta as TSA checkpoint readers gradually adopt support, and travelers are still advised to carry physical IDs. Beyond airports, Apple envisions Digital ID being used for age verification at venues like bars and event spaces, as well as online for restricted content or services such as alcohol delivery. Importantly, Apple emphasizes
IoTDigital-IDMobile-SecurityApple-WalletAuthenticationFacial-RecognitionMobile-Passport7 smartest cities of world that could define urban living in 2025
The article highlights seven of the world’s smartest cities poised to define urban living by 2025, based on the 2025 Global Innovation Index (GII) by the World Intellectual Property Organization (WIPO). These cities lead in technological innovation, sustainability, and smart urban management, collectively generating over 70% of global patents and venture capital. Zurich exemplifies a well-planned smart city with integrated public transport, waste heat reuse, and digital tools for sustainable construction, while Oslo stands out for its green initiatives, including a high adoption of electric vehicles and renewable hydro power, supported by programs like FutureBuilt and an automated toll system promoting zero-emission transport. Geneva advances smart city innovation through the Smart Canton project, focusing on renewable energy integration and environmental monitoring technologies such as LoRaWAN, alongside strong public participation and green spaces. Dubai, making the largest leap in the Smart City Index, aims to be the “happiest and smartest city on Earth” by leveraging AI-driven traffic management
smart-citiesgreen-energyrenewable-energyelectric-vehiclesIoTurban-innovationsustainable-developmentEU considers law to phase out Huawei and ZTE equipment from bloc’s telecom networks
The European Commission is intensifying efforts to enhance the security of the EU’s telecommunications infrastructure by proposing legislation to phase out equipment from Chinese vendors Huawei and ZTE in 5G and future networks. This move builds on a 2020 recommendation advising member states to avoid “high-risk” vendors, with EC Vice President Henna Virkkunen now seeking to make these guidelines legally binding. If adopted, EU countries that fail to comply could face infringement actions and financial penalties. The proposal also aims to restrict Chinese firms’ participation in fiber network projects, aligning with broader goals to accelerate broadband deployment while safeguarding critical infrastructure. This initiative reflects growing concerns within the EU about China’s influence amid deteriorating diplomatic relations. Several member states have already taken steps in this direction: Germany plans to ban key Huawei and ZTE components starting in 2026, and Finland is expanding its restrictions on Huawei’s 5G equipment. The EU’s stance parallels actions by the U.S. and other allies like the U.K.
IoTtelecommunications5Gnetwork-securityHuaweiZTEEU-regulationsWhen trust in robotics comes down to the Internet connection - The Robot Report
The article from The Robot Report highlights the critical role of connectivity in the expanding integration of industrial robotics into daily life, emphasizing that reliable communications networks are essential for the successful deployment and acceptance of robotic technologies. It notes that robotics, automation, and artificial intelligence are increasingly solving complex industrial challenges, with applications becoming more common in public and commercial settings. Examples include robotaxis in cities like San Francisco and Phoenix, where autonomous vehicles have shifted from novelty to normalized transportation; the extensive use of robots in e-grocery and e-commerce fulfillment centers, such as Amazon’s rapid growth in industrial robot deployment; and the evolution of robot-assisted surgery toward telesurgery, enabling remote surgical procedures via robotic arms controlled over long distances. A key takeaway is that while robotics technology has matured to meet business and consumer demands, its effectiveness and societal acceptance heavily depend on ultra-reliable, low-latency connectivity provided by advanced communications networks. The article stresses that in high-stakes applications—such as robot-assisted surgery—any connectivity failure could
roboticsindustrial-roboticsIoTrobotaxisautomationtelesurgerydrone-deliveryBattery-free sticker delivers real-time vitamin C readings from sweat
Researchers at the University of California San Diego have developed a battery-free, flexible electronic sticker that measures vitamin C levels from fingertip sweat by attaching to the outside of any drinking cup. The sticker collects microscopic sweat through a porous hydrogel pad and uses a built-in biofuel cell to convert sweat chemicals into electricity, powering a vitamin C sensor and a Bluetooth low energy circuit board. This enables real-time, wireless transmission of vitamin C data to nearby devices without the need for batteries or external power sources. This innovation offers a low-cost, noninvasive alternative to traditional vitamin C testing, which typically requires blood draws and expensive equipment. The sticker’s ability to harvest power from the high density of sweat glands on fingertips allows continuous operation for hours, making it suitable for disposable, widespread use, especially in communities with limited medical access. Demonstrations showed accurate tracking of vitamin C changes after supplement or orange juice intake, highlighting its potential for effortless, frequent health monitoring integrated into everyday objects. Future developments aim to expand the
IoTwearable-technologybiofuel-cellhealth-sensorswireless-monitoringflexible-electronicssmart-stickersChinese Buses, European Fears, and the Truth About Connected Fleets - CleanTechnica
The article discusses a controversy sparked by a small test conducted by engineers at Ruter, Oslo’s public transit agency, on Chinese-made Yutong electric buses. During inspections, the engineers found that the buses’ remote diagnostics system allowed the manufacturer to connect directly for maintenance and software updates. While no evidence showed misuse—no data theft or bus disabling occurred—the discovery raised alarms about potential security risks. This led to investigations by Danish and UK authorities, despite the fact that such remote connectivity is a standard feature in modern vehicles from many manufacturers worldwide, including European brands like Volvo and Daimler. These telematics systems enable over-the-air updates and data transmission for diagnostics and maintenance, reflecting a global shift toward software-defined vehicles. The article emphasizes that European regulations, including UN standards UN R155 and R156, already mandate cybersecurity and software-update protocols for all new vehicles, expecting remote connectivity as a baseline. The real issue lies in engineering and governance: any remote access channel can become a vulnerability if poorly managed,
IoTconnected-vehiclestelematicscybersecuritysoftware-defined-vehiclesremote-diagnosticsover-the-air-updatesRing-shaped Tuno controller brings DJ mixing to your fingertips
The Tuno is an innovative ring-shaped DJ controller designed by Chaewon Lee under the Samsung Design Membership program, aiming to make DJ mixing portable, intuitive, and accessible. About the size of a CD, this handheld device fits comfortably in both hands and mimics professional DJ equipment gestures through touch and motion controls. It integrates essential DJ functions such as EQ, FX processing, and beat matching into a compact form by condensing multiple knobs into a single click wheel and scroll system. The symmetrical donut-like design mirrors traditional CDJ decks, allowing users to operate controls naturally and efficiently while maintaining comfort and accessibility. Tuno leverages gesture-based controls and built-in motion sensors to simplify complex DJ tasks—users can shake the device for track recommendations, flip it to switch songs, or tilt their head to monitor decks. It also includes wireless earbuds that connect instantly to music apps, enabling DJs to preview and monitor tracks without bulky headphones or cables. The design was informed by studying professional DJs’ hand movements, resulting
IoTwearable-technologygesture-controlwireless-earbudsportable-DJ-controllermotion-sensorsmusic-technologyKnicks player Miles McBride launches a location-sharing friendship app to rival Snap Map
Knicks player Miles “Deuce” McBride has co-founded a new location-sharing friendship app called Mmotion, designed to help users organically meet people with similar interests in their vicinity. Motivated by his own experience of loneliness as a young rookie in New York, McBride partnered with startup veteran Joe Einhorn to create an app that competes with features like Snap Map and Find My, but with a focus on meaningful social connections rather than superficial social media interactions. Currently in beta with a 1,000-member limit in NYC, Mmotion uses geofencing and state tracking to highlight nearby users who share interests, offers private messaging, and provides a personal timeline of visited locations. The app emphasizes user privacy and safety through encrypted location data, an incognito “Vault Mode” by default, and a “Personas” feature that allows users to share different location information with distinct groups, such as public fans versus close friends. Users apply for membership, select interests, join up to five “Cir
IoTlocation-sharinggeofencingmobile-appprivacysocial-networkingencrypted-dataApple reportedly plans ambitious satellite-powered iPhone features
Apple is reportedly developing a range of advanced satellite-powered features for the iPhone beyond its current capabilities of satellite texting and calling. Upcoming enhancements include an API for app developers to integrate satellite connectivity, an offline version of Apple Maps for navigation without cellular or WiFi access, the ability to send photos via satellite messaging, and improved “natural usage” that allows satellite connection without the phone needing to be directly pointed at the sky. These innovations aim to significantly enhance iPhone usability in areas lacking traditional cellular coverage. Additionally, Apple is exploring improvements to 5G networks by enabling them to connect with satellites, potentially expanding network coverage. While basic satellite features are expected to remain free, users may incur charges from carriers for more advanced services. Apple is also collaborating with its satellite partner, Globalstar, to upgrade the necessary infrastructure, with Apple providing financial support to facilitate these enhancements.
IoTsatellite-communicationmobile-technology5G-networksAppleconnectivitywireless-technologyACCES I/O Products releases PCI Express Mini Card multifunction analog I/O module - The Robot Report
ACCES I/O Products Inc. has launched the mPCIe-DAAI16-8F, a high-performance multifunction analog input/output module in a compact PCI Express Mini Card (mPCIe) form factor. This rugged module features 16-bit precision with simultaneous analog input and output capabilities, including eight 16-bit analog outputs supporting both voltage and current ranges (4–20 mA, 0–20 mA, 0–24 mA). It also offers eight 16-bit analog input channels configurable as single-ended or differential inputs, with an aggregate sampling rate up to 1 MSPS for dynamic measurements. The module supports hardware-paced waveform playback at up to 125 kSPS per DAC channel and includes eight digital I/O pins for triggering, status, or control functions. Designed for embedded and OEM applications, the card is built to withstand shock and vibration, with factory options such as extended temperature ranges, current inputs, voltage dividers, HART modem capability, and
IoTembedded-systemsanalog-I/O-modulePCI-Express-Mini-CardFPGA-designindustrial-automationsensor-interfaceSpaceX’s Starlink secures more spectrum and airlines as it passes 8 million customers
SpaceX’s Starlink satellite internet service has surpassed 8 million global customers, marking significant growth from 6 million in June 2025. To support this expansion, SpaceX is acquiring an additional $2.6 billion worth of wireless spectrum licenses from EchoStar, extending a previously announced $17 billion deal. This spectrum will be used to develop Starlink’s emerging “direct to cell” satellite constellation, enabling T-Mobile customers to access satellite-based 5G internet. EchoStar began selling off its spectrum licenses under pressure from the Federal Communications Commission and the Trump administration, with Trump reportedly urging EchoStar’s CEO to divest. In addition to spectrum acquisitions, Starlink is expanding its presence in the aviation industry through new commercial contracts. International Airlines Group (IAG), which includes British Airways, Iberia, and Aer Lingus, plans to install Starlink inflight internet on over 500 aircraft starting in 2026, covering short-haul, long-haul, and global routes.
IoTsatellite-internetStarlinkwireless-spectrum5G-connectivityaviation-technologyinflight-internetWireless brain chips self-implant after injection, heal from within
MIT researchers have developed microscopic, wireless bioelectronic devices called “circulatronics” that can be injected into the bloodstream and autonomously self-implant in targeted brain regions without invasive surgery. These ultra-small devices, about one-billionth the length of a grain of rice, combine nanoelectronics with living biological cells, allowing them to evade immune rejection and naturally cross the blood-brain barrier. Once implanted, they can be wirelessly powered to stimulate neurons with micrometer precision, offering potential treatments for neurological diseases such as Alzheimer’s, multiple sclerosis, brain cancer, and brain inflammation. The circulatronics were successfully tested in animal trials, where they navigated the circulatory system to deliver localized neuromodulation without harming surrounding neurons. Fabricated using CMOS-compatible processes and integrated with living cells, these biohybrid implants create a brain-computer symbiosis that could revolutionize neural disease treatment, especially where traditional therapies fail. The research team, led by Deblina Sarkar at MIT
IoTwireless-technologybioelectronicsbrain-implantsneuromodulationorganic-semiconductorsmedical-devicesGoogle Maps gets Gemini AI so drivers can talk while navigating
Google Maps is integrating Google’s Gemini AI to offer a more natural, hands-free driving experience that allows users to interact with the app via conversational voice commands. This upgrade enables drivers to ask for directions, find places along their route, locate EV chargers, share their ETA, and even add calendar events without touching their device. The AI assistant can handle complex queries such as finding budget-friendly vegan restaurants nearby, checking parking availability, or providing popular dish recommendations. It also facilitates real-time road incident reporting, enhancing safety and awareness on the road. The Gemini-powered features will roll out on Android and iOS soon, with Android Auto support coming later. In addition to voice interaction, Google Maps is improving navigation by incorporating real-world landmarks into directions. Instead of distance-based prompts, users will receive instructions like “turn right after the Thai Siam Restaurant,” with landmarks highlighted on the screen. This enhancement relies on analyzing data from 250 million places combined with Street View imagery to identify the most visible landmarks, making navigation more
IoTAISmart-NavigationElectric-VehiclesVoice-AssistantTraffic-AlertsMobile-TechnologyFormer Meta employees launch Sandbar, a smart ring that takes voice notes and controls music
Former Meta employees Mina Fahmi and Kirak Hong have launched Sandbar, a smart ring called Stream designed to capture voice notes and control music through a discreet, wearable interface. Both founders have extensive backgrounds in human-computer interaction and neural interfaces, having worked at companies like Kernel, Magic Leap, Google, and CTRL-Labs before their time at Meta. Motivated by the challenge of capturing fleeting thoughts without interrupting daily activities or drawing attention, they developed Stream to enable users to record whispered voice notes via a touch-activated microphone embedded in a ring worn on the dominant hand’s index finger. The ring’s companion iOS app transcribes these notes and includes an AI chatbot that helps organize and edit the content, offering personalized voice feedback and haptic confirmation for silent use in public. Beyond voice capture, the Stream ring functions as a media controller, allowing users to play, pause, skip tracks, and adjust volume without needing to access their phone or headphones. Sandbar is opening pre-orders for the
IoTwearable-technologysmart-ringvoice-controlAI-assistanthuman-computer-interactionpersonal-productivity-devicesFormer Meta employees launch a ring to take voice notes and control music
Former Meta employees Mina Fahmi and Kirak Hong have launched Sandbar, introducing Stream, a smart ring designed to capture voice notes and control music discreetly. Drawing on their extensive backgrounds in human-computer interfaces and neural tech, the founders created Stream to address the challenge of capturing fleeting thoughts without interrupting daily activities or speaking aloud in public. The ring, worn on the dominant hand’s index finger, features microphones activated by a touchpad gesture, enabling users to record whispers that are transcribed in a companion iOS app. The app includes an AI chatbot that interacts with users during recording, helping organize and edit notes, with a personalized assistant voice that resembles the user’s own. Beyond voice note-taking, the Stream ring functions as a media controller, allowing users to play, pause, skip tracks, and adjust volume without needing to access their phone or headphones. The device provides haptic feedback to confirm inputs and supports private conversations via headphones in noisy environments. Sandbar is opening pre-orders for Stream
IoTwearable-technologyvoice-interfacesmart-ringhuman-computer-interactionAI-assistantpersonal-productivity-devicesAdvantech, Qualcomm partner on edge AI applications
Advantech has announced a collaboration with Qualcomm Technologies and its subsidiary Edge Impulse to accelerate the adoption of next-generation edge AI applications using Qualcomm’s Dragonwing IQ-9075 processor. This partnership integrates Advantech’s edge AI platforms with the Dragonwing IQ-9075 and Edge Impulse’s developer tools, creating an ecosystem that simplifies AI development and deployment at the edge. The Dragonwing IQ-9075 processor, which powers Advantech’s new AIR-055 and AFE-A503 systems, delivers up to 100 TOPS of AI performance through dual Hexagon NPUs and an 8-core Kryo Gen 6 CPU, and is designed for industrial reliability with over 10 years of product longevity. Advantech’s AIR-055 system is a compact edge AI platform supporting VLMs and LLMs, featuring multiple connectivity options and direct MIPI-CSI camera connections for 2D/3D industrial imaging, targeting applications such as smart manufacturing, intelligent transportation systems
IoTedge-AIQualcommroboticsindustrial-automationembedded-systemssmart-manufacturingWhatsApp launches long-awaited Apple Watch app
WhatsApp has launched its long-anticipated Apple Watch companion app, enabling users to receive call notifications, read full messages, and record and send voice messages directly from their watch. This new app aims to help users stay engaged with their chats without needing to access their iPhones. Additional features include message reactions, expanded chat history visibility, and clearer display of images and stickers, all while maintaining end-to-end encryption for privacy and security. The app requires an Apple Watch Series 4 or later with watchOS 10 or newer. This launch follows WhatsApp’s broader efforts to expand accessibility beyond mobile phones and desktops, including recent updates that enhanced multi-device support and iPad usability. Unlike Snapchat’s watchOS app, which focuses on quick message replies, WhatsApp’s app offers a more comprehensive messaging experience on the Apple Watch. The company also plans to introduce more features for the Apple Watch in the future, signaling ongoing development to improve user convenience across devices.
IoTApple-WatchWhatsAppwearable-technologysmart-devicesmobile-communicationwatchOSWorld’s smallest neural implant tracks brain signals through light
Cornell researchers have developed the world’s smallest neural implant, called the microscale optoelectronic tetherless electrode (MOTE), which is about the size of a grain of salt (approximately 300 microns long and 70 microns wide). This implant is capable of wirelessly recording brain activity in living animals for over a year by using harmless red and infrared laser beams to power the device and transmit data through tiny pulses of infrared light. The implant’s semiconductor diode, made from aluminum gallium arsenide, captures light energy to power the circuit and sends encoded brain signals optically, employing pulse position modulation to minimize power consumption while maintaining effective data communication. The MOTE was tested in mice by implanting it in the barrel cortex, where it successfully recorded neuron spikes and synaptic activity continuously for a year without causing adverse effects or immune responses. Its extremely small size reduces brain tissue irritation and avoids the complications associated with traditional electrodes and optical fibers, which often provoke immune reactions due to tissue movement
IoTneural-implantoptoelectronicssemiconductor-materialswireless-brain-monitoringbio-integrated-sensinglow-power-communicationLawmakers say stolen police logins are exposing Flock surveillance cameras to hackers
Lawmakers Sen. Ron Wyden and Rep. Raja Krishnamoorthi have urged the Federal Trade Commission (FTC) to investigate Flock Safety, a company operating license plate scanning cameras, over cybersecurity concerns. They allege that Flock fails to mandate multi-factor authentication (MFA) for its law enforcement customers, leaving the company’s extensive camera network vulnerable to hackers and foreign spies. Despite offering MFA as an option, Flock confirmed to Congress that it does not require its use, which could allow unauthorized access to sensitive law enforcement areas and billions of license plate photos collected nationwide. Flock Safety operates one of the largest license plate reader networks in the U.S., serving over 5,000 police departments and private businesses. Evidence presented by cybersecurity firm Hudson Rock and independent researcher Benn Jordan suggests that some law enforcement login credentials have been stolen and sold on cybercrime forums, including Russian marketplaces. In response, Flock’s chief legal officer stated that MFA is now enabled by default for all
IoTcybersecuritysurveillance-camerasmulti-factor-authenticationlicense-plate-recognitiondata-privacylaw-enforcement-technologyHow AI keeps critical infrastructure safe in harsh environments
The article "How AI keeps critical infrastructure safe in harsh environments" discusses the growing role of AI-driven autonomous security systems in protecting critical infrastructure such as telecommunications, pipelines, and energy grids, particularly in extreme and hazardous conditions. It highlights the dual challenge faced by security teams: ensuring physical hardware resilience against environmental hazards and enabling intelligent software capable of analyzing data, coordinating system responses, and alerting human operators only when necessary. Hardware solutions include engineering innovations like heat-resistant coatings and minimizing moving parts, while software advancements rely heavily on AI, deep learning, and IoT technologies to automate threat detection and response. The adoption of AI in these sectors is accelerating, with a significant portion of professionals in oil, gas, energy, and utilities industries actively planning or exploring AI-driven operations to enhance safety and efficiency. Surveys cited in the article reveal that nearly half of oil and gas professionals and a majority of energy and utility companies see AI as a critical tool for improving operational safety and threat detection. AI-powered systems are increasingly capable
IoTAIautonomous-security-systemscritical-infrastructure-protectionthreat-detectionextreme-environmentscybersecurityUkraine adopts game-style drone tech to modernize military operations
Ukraine has implemented an innovative, game-style drone system called the “Army of Drones Bonus System” to modernize and enhance its military operations. This system rewards drone teams and other military units with points for successful strikes, confirmed kills, reconnaissance, and logistical achievements. These points can be exchanged for advanced weapons, drones, and electronic warfare systems via an online platform named Brave1, described as an “Amazon-for-war.” Since its launch over a year ago, participation has grown significantly, with around 400 drone units involved by September 2025, up from 95 in August. The system incentivizes efficiency and effectiveness on the battlefield, with recent adjustments doubling points for killing Russian infantry, contributing to increased enemy casualties. The Ukrainian military also integrates artificial intelligence and innovative targeting methods such as “Uber targeting,” where reconnaissance teams mark enemy locations for drone strikes, enhancing precision and coordination. The gamified approach extends beyond drone operators to include artillery, reconnaissance, and logistics units, fostering a competitive yet cooperative environment
robotdrone-technologymilitary-roboticsautonomous-systemsartificial-intelligenceIoTdefense-technologyKevin Rose’s simple test for AI hardware — would you want to punch someone in the face who’s wearing it?
Kevin Rose, a veteran investor and general partner at True Ventures, offers a straightforward yet insightful test for evaluating AI hardware investments: if wearing the device makes you want to "punch someone in the face," it’s likely not worth investing in. Rose’s perspective stems from his experience with wearables like Oura rings and his skepticism toward the current surge of AI wearables that often disregard social norms around privacy and emotional impact. He emphasizes that successful hardware must resonate emotionally and be socially acceptable, not just technologically advanced. Rose criticizes AI devices that are “always on” and intrusive, sharing a personal anecdote about abandoning the Humane AI pendant after it complicated a personal argument by recording conversations. Rose also warns about the broader societal implications of AI, comparing the current AI adoption phase to the early, reckless days of social media. He highlights concerns about AI’s impact on reality perception, such as photo apps that erase real-world elements, potentially distorting memories and truth. With his own children, Rose navig
IoTAI-hardwarewearable-technologysmart-devicesprivacy-concernssocial-impactAI-wearablesTechCrunch Mobility: Everything said on, and off, the stage at TechCrunch Disrupt 2025
The article provides a comprehensive overview of key discussions and developments at TechCrunch Disrupt 2025, focusing on the future of transportation. Notable industry leaders such as Waymo co-CEO Tekedra Mawakana, Slate CEO Chris Barman, Nuro co-CEO Dave Ferguson, Uber CPO Sachin Kansal, Wayve CEO Alex Kendall, and Kodiak AI CEO Don Burnette shared insights on autonomous vehicles, electric mobility, and ecosystem innovation. A highlight includes Slate’s approach to vehicle customization, where the company plans to openly share data for accessories, allowing owners and third parties to 3D print and sell parts independently, fostering an open marketplace with optional fees for sales through Slate’s platform. Additional event highlights include San Francisco Mayor Daniel Lurie welcoming Waymo and other mobility companies to the city, and the announcement of Glīd as a transportation-focused competition winner. Waymo’s Mawakana emphasized the need for greater industry responsibility on safety and privacy, noting the company’s refusal
robotIoTenergyautonomous-vehicleselectric-vehiclessmart-transportation3D-printingdata-sharingBevel raises $10M Series A from General Catalyst for its AI health companion
Bevel, a two-year-old healthtech startup, has raised $10 million in a Series A funding round led by General Catalyst to expand its AI-driven health companion app. The company has experienced rapid growth, increasing its user base more than eightfold over the past year to over 100,000 daily active users, with high engagement and retention rates uncommon in the health app sector. Bevel differentiates itself by offering a purely software-based solution that integrates data from existing wearables like Apple Watch and continuous glucose monitors, avoiding the need for proprietary hardware. This approach aims to make personalized health insights more accessible and affordable, with subscription plans priced at $6 monthly or $50 annually. The app combines multiple health metrics—such as sleep, nutrition, and activity—into a unified experience powered by Bevel Intelligence, which analyzes user data to provide tailored recommendations that adapt over time. The founders’ personal health challenges inspired the product: CEO Grey Nguyen developed chronic back pain that went undiagnosed despite extensive
IoTwearable-technologyhealthtechAI-health-companionfitness-trackingcontinuous-glucose-monitoringhealth-data-integrationNew modular truck can stretch and shrink body, wheels to fit any cargo
At the Japan Mobility Show 2025, Isuzu and UD Trucks introduced the Vertical Core Cycle Concept, a modular delivery truck prototype featuring a unique vertical frame that allows the vehicle’s body and wheels to expand, shrink, or be swapped out to suit different cargo or passenger needs. This design enables quick transformation between cargo boxes and passenger cabins, allowing a single vehicle to serve multiple roles—such as delivery, logistics transport, or passenger carrying—within the same day. The modular system includes detachable wheels on each cargo module that can move independently, improving load balance and simplifying attachment or removal. The front driving module houses essential systems like sensors, cameras, control units, electric motors, and batteries, functioning as the vehicle’s operational core. The cargo modules are box-shaped with flat surfaces, designed to carry various goods efficiently. Isuzu and UD Trucks are developing mechanical locking joints and electronic connectors to ensure secure and seamless integration between modules while maintaining communication across the vehicle’s sections. Beyond logistics, the concept’s adaptable
robotIoTenergymodular-vehicleselectric-motorssensorssmart-technologylogistics-innovationGoogle partners with Ambani’s Reliance to offer free AI Pro access to millions of Jio users in India
Google has partnered with Mukesh Ambani-led Reliance Industries to offer its AI Pro subscription free for 18 months to eligible Jio 5G users in India, initially targeting those aged 18 to 25 before expanding nationwide. This collaboration provides access to Google’s Gemini 2.5 Pro AI model, enhanced AI image and video generation tools, expanded study and research capabilities via Notebook LM, and 2 TB of cloud storage across Google services. Valued at approximately $396, the offer aims to accelerate AI adoption among India’s vast internet user base and reflects Google’s strategy to deepen its AI presence in emerging markets. Beyond consumer access, Reliance and Google Cloud are collaborating to expand AI infrastructure in India, with Reliance Intelligence becoming a strategic partner to promote Gemini Enterprise among Indian organizations and develop AI agents on the platform. This partnership complements Reliance’s broader AI initiatives, including a joint venture with Meta to strengthen AI infrastructure through a ₹8.55 billion ($100 million) investment.
IoTAI5Gcloud-computingtelecommunicationsartificial-intelligencetech-partnershipsIntrCity SmartBus lands $30M at $140M valuation to deepen its grip on India’s intercity travel market
IntrCity SmartBus, a tech-enabled intercity bus platform based in Noida, India, has raised $30 million in an all-equity Series D funding round led by A91 Partners, valuing the company at $140 million post-money. The startup aims to expand its network across smaller cities and towns in India, capitalizing on the growing intercity travel demand driven by migration from smaller towns to metropolitan areas. With India’s national highway network having expanded significantly over the past decade and railways facing capacity constraints, long-distance road travel has become a vital alternative. IntrCity SmartBus addresses gaps in state-run bus services by partnering with local bus owners and equipping their vehicles with proprietary hardware for real-time tracking, centralized ticketing, and data-driven route planning. Founded in 2019 initially as an online train ticketing platform under RailYatri, IntrCity SmartBus now generates 90% of its revenue from its bus operations, which run about 600 daily trips transporting 20,
IoTsmart-transportationreal-time-trackingcloud-connected-systemsdigital-platformintercity-travelmobility-technologyNBA champion Tristan Thompson and World Mobile launch community-owned network Uplift
NBA champion Tristan Thompson has partnered with global telecom company World Mobile to launch Uplift, a community-owned mobile network offering unlimited data plans starting at $9.99 per month. Built on blockchain technology and a Decentralized Physical Infrastructure Network (DePIN), Uplift enables subscribers to contribute to local network expansion while “AirNode operators” — community hosts providing coverage — earn a share of the revenue. This model challenges the traditional centralized $2 trillion telecom industry by allowing users and local operators to share in the value they create, aiming to provide affordable connectivity especially to underserved urban areas. Thompson, known for his basketball career and multiple leadership roles in Web3 and fintech companies, emphasizes Uplift’s mission to help communities like those he grew up in by offering lower-cost unlimited data and fostering digital inclusion. World Mobile has piloted this model successfully in Reno, Nevada, where community hosts earned over $10,000 annually by expanding coverage. The network also demonstrated resilience by restoring connectivity in
IoTblockchaindecentralized-networkcommunity-owned-networktelecom-innovationdigital-equityconnectivityNBA champion Tristan Thompson partners with World Mobile to launch community-owned network Uplift
NBA champion Tristan Thompson has partnered with global telecom company World Mobile to launch Uplift, a community-owned mobile network offering unlimited data plans starting at $9.99 per month. Built on blockchain technology and a Decentralized Physical Infrastructure Network (DePIN), Uplift enables subscribers to contribute to local network expansion while “AirNode operators” — local hosts providing coverage — earn a share of the revenue. This model challenges the traditional centralized telecom industry by allowing users and operators to share in the value they create, aiming to provide affordable connectivity and economic opportunity within underserved communities. Thompson, who holds multiple leadership roles in Web3 and fintech companies, emphasized that Uplift is about helping communities like his own gain better access to affordable data and digital inclusion. The model has been piloted successfully in Reno, Nevada, where community hosts earned over $10,000 annually by providing coverage, and it played a critical role in restoring connectivity in Asheville, North Carolina, after a hurricane. Upl
IoTblockchaindecentralized-networkcommunity-owned-networktelecom-innovationdigital-equityconnectivityTata Motors confirms it fixed security flaws, which exposed company and customer data
Indian automotive giant Tata Motors addressed multiple critical security vulnerabilities that exposed sensitive internal data, including personal customer information, company reports, and dealer data. Security researcher Eaton Zveare discovered these flaws in Tata Motors’ E-Dukaan e-commerce portal for spare parts, where the web source code contained private Amazon Web Services (AWS) keys. These keys granted access to hundreds of thousands of invoices with customer details such as names, addresses, and PAN numbers, as well as MySQL backups, Apache Parquet files, and over 70 terabytes of data related to Tata Motors’ FleetEdge tracking software. Additionally, Zveare found backdoor admin access to a Tableau account with data on over 8,000 users and API access to the company's fleet management platform, Azuga. After reporting the issues to Tata Motors via India’s CERT-In in August 2023, the company confirmed to TechCrunch that all vulnerabilities were thoroughly reviewed and fully remediated within the same year. Tata Motors emphasized its commitment
IoTcybersecurityfleet-managementdata-securityautomotive-technologycloud-computingAWSVolkswagen Claims More Than 2 Million Car2X-Equipped Cars In Europe - CleanTechnica
Volkswagen announced that it has sold over 2 million vehicles equipped with its Car2X technology across Europe as of October 2025. Car2X is a vehicle communication system that enables cars to exchange information not only with each other but also with external sources such as traffic lights, emergency vehicles, and traffic monitoring infrastructure. Unlike traditional automated driver assistance systems (ADAS), which rely on one-way sensor input, Car2X facilitates two-way, real-time communication without needing mobile network coverage. This connectivity allows for faster warnings about hazards like sudden braking, slow traffic, emergency vehicles, and adverse weather conditions, enhancing driving safety, convenience, and efficiency. Volkswagen highlights that Car2X operates on the principle of local swarm intelligence, enabling vehicles and infrastructure to cooperate and anticipate traffic situations. The system is either standard or optional on various Volkswagen models and is a key part of the company’s “Vision Zero” initiative aimed at eliminating serious traffic accidents. Across Europe, investments in Car2X infrastructure are expanding
IoTConnected-VehiclesCar2X-TechnologyVehicle-to-Everything-CommunicationSmart-TransportationTraffic-SafetyAutomotive-TechnologyHere are the 5 Startup Battlefield finalists at TechCrunch Disrupt 2025
The article announces the five finalists for the Startup Battlefield competition at TechCrunch Disrupt 2025, selected from thousands of applicants and narrowed down through multiple rounds of pitching and judging. These finalists will compete for a grand prize of $100,000 in equity-free funding and the Startup Battlefield Cup, with the final presentations scheduled for 11:30 a.m. PT on Wednesday, available both via livestream and in-person at the event. The five finalists each bring innovative solutions across diverse industries: Charter Space offers a developer tool for aerospace engineers that integrates manufacturing data with insurance underwriting to enable faster, cheaper spacecraft insurance and new funding models. Glīd develops hardware and software to streamline shipping container logistics, including a hybrid-electric vehicle that moves containers directly to railheads without forklifts. MacroCycle has created a novel textile recycling process that recovers synthetic fibers by forming macrocycles without breaking down polymers. Nephrogen focuses on a gene-editing medicine delivery system that targets kidney cells with 100 times greater efficiency than
robotIoTenergymaterialsaerospacesynthetic-fibershybrid-electric-vehicleAdvantech introduces edge AI systems for a range of robot embodiments - The Robot Report
Advantech has launched a new lineup of Edge AI systems powered by NVIDIA’s Jetson Thor platform, targeting real-world robotics, medical AI, and data AI applications. These systems integrate application-specific hardware with pre-installed JetPack 7.0, remote management tools, and vertical software suites like Robotic Suite and GenAI Studio. Built on a container-based architecture, they offer enhanced flexibility and faster development cycles. The NVIDIA Jetson Thor modules deliver up to 2070 FP4 TFLOPS of AI performance, alongside improved CPU performance and energy efficiency. Advantech also collaborates with ecosystem partners on sensor and camera integration and thermal design to facilitate faster and more efficient edge AI application deployment. Advantech’s robotic controllers, ASR-A702 and AFE-A702, are designed for humanoids, autonomous mobile robots (AMRs), and unmanned vehicles, providing real-time AI inference with GPU-accelerated SLAM and support for multi-camera and sensor inputs. These controllers feature hardware
robotedge-AINVIDIA-Jetsonrobotic-controllersIoTAI-in-roboticsedge-computingMirror’s founder is back with a new ‘connected screen’ startup: a gaming device called ‘Board’
Brynn Putnam, founder of Mirror, has launched a new startup featuring a tech-powered gaming console called Board. This device blends elements of traditional board games with digital interactivity, offering a 24-inch touch-sensitive screen housed in a wood-finished frame designed for group play among four to six people. Priced at $500, Board comes with 12 launch games and 50 physical game pieces. The console recognizes touches, gestures, and physical objects, creating an interactive gaming experience that encourages social gathering. Putnam envisions integrating AI to personalize gameplay, enabling features like adaptive storylines, voice and vision inputs, accessibility tools, and creative self-expression. The startup’s internal game studio has collaborated with external developers to create initial games, with plans to expand the platform through an app store where third-party developers can contribute. Board has raised $15 million in funding from investors including Lerer Hippeau, First Round, and Box Group, and is currently raising a Series A round. Putnam
IoTconnected-devicesgaming-consoleAI-integrationtouch-screen-technologysmart-gaminginteractive-displayAccessGrid raises $4.4M to help turn phones into key fobs
AccessGrid, founded by Auston Bunsen after leaving his previous company QuickNode, has raised $4.4 million in a seed funding round led by Harlem Capital to develop a platform that transforms smartphones, particularly iPhones, into secure digital keys for access control. The company aims to modernize the outdated access control industry, which often relies on insecure, on-premises systems and easily hackable ID cards. AccessGrid offers an API that issues encrypted, uncloneable credentials managed via the cloud, enabling features such as unlocking doors even when an iPhone is locked or powered off, with synchronization to Apple Watch. Bunsen emphasizes the company’s focus on security, employing “military-grade” dual encryption and multi-factor authentication to protect server access. Unlike competitors, AccessGrid operates as a pure API developer platform rather than selling middleware or service contracts tied to existing hardware. The fresh funding will support further security enhancements, new product development, and expansion into automobile access solutions. Ultimately, AccessGrid
IoTaccess-controlcybersecurityAPImobile-securitysmart-lockscloud-technologyA Milestone for Greater Road Safety: More than Two Million Vehicles Produced with Car2X - CleanTechnica
Volkswagen has reached a significant milestone with the production of over two million vehicles equipped with Car2X technology in Europe. Car2X enables direct, real-time communication between vehicles and local traffic infrastructure without relying on mobile networks, allowing drivers to receive timely warnings about traffic jams, accidents, roadworks, emergency vehicles, and other hazards. This system enhances road safety by providing rapid alerts in critical situations, such as emergency braking or approaching traffic queues, and supports Volkswagen’s “Vision Zero” goal of eliminating serious traffic accidents. The technology is integrated into numerous Volkswagen models, either as standard or optional equipment, and leverages local swarm intelligence to improve cooperative and anticipatory driving. Beyond vehicles, Car2X connectivity is expanding into transport infrastructure across Europe, with countries like Germany, Austria, Italy, Spain, and others installing roadside units and equipping emergency and special vehicles with the technology. This infrastructure integration allows for broader hazard communication, including warnings about wrong-way drivers, animals on the road, and adverse weather
IoTVehicle-to-Everything-(V2X)Connected-VehiclesSmart-TransportationRoad-Safety-TechnologyCar2XIntelligent-Traffic-SystemsWorld’s first self-powered spinal implant tracks healing in real time
Researchers at the University of Pittsburgh, led by Associate Professors Amir Alavi, Nitin Agarwal, and D. Kojo Hamilton, have developed the world’s first self-powered spinal implant designed to monitor healing in real time without batteries or electronics. Funded by a $352,213 NIH R21 grant, this innovative implant uses metamaterials—engineered composites with conductive and non-conductive layers—that harvest energy through contact electrification when pressure is applied. This technology allows the implant to generate its own power and transmit healing data wirelessly to an external electrode and then to the cloud, enabling doctors to remotely track spinal fusion recovery and intervene early if complications arise. The implant is designed to replace traditional spinal fusion monitoring methods, which rely on periodic X-rays and patient-reported symptoms, often requiring in-person visits and exposing patients to radiation. By continuously measuring changes in load-bearing on the implant, the device provides a dynamic signal that decreases as the spine heals and the bone takes on more load.
energymaterialsIoTwireless-sensorsmetamaterialsnano-energy-harvestingmedical-implantsFitbit’s revamped app, with Gemini-powered health coach, rolls out to Premium users
Fitbit has launched a revamped app featuring a new AI-powered health coach called "Coach," driven by Google's Gemini AI, now available to Fitbit Premium subscribers in the U.S. on Android, with an iOS rollout planned later this year. Coach acts as a comprehensive fitness trainer, sleep coach, and wellness advisor, creating personalized workout routines based on user goals, preferences, and equipment availability. It dynamically adjusts exercise plans in real time based on user feedback and can modify routines if injuries occur. Additionally, Coach analyzes sleep patterns and offers insights to improve sleep quality over time. The updated Fitbit app has a redesigned, user-friendly interface organized into four main tabs: Today, Fitness, Sleep, and Health. The Today tab provides a customizable overview of key metrics and weekly cardio load, while the Fitness tab contains workout plans and key exercise statistics, though some features like nutrition tracking and cycle logging are not yet available. The Sleep tab offers detailed sleep tracking with AI-driven coaching insights and a summary of sleep quality,
IoTwearable-technologyhealth-techAI-assistantfitness-trackingsleep-monitoringdigital-healthApple says U.S. passport digital IDs are coming to Wallet ‘soon’
Apple announced that it will soon enable U.S. users to add their passports as digital IDs in the Apple Wallet app, allowing travelers to use these digital IDs at select TSA checkpoints for domestic flights. This feature, initially expected with iOS 16 but delayed to a future update, complements Apple Wallet’s expanding role beyond payments to securely storing digital identities. While these digital IDs will not replace physical passports, they aim to expedite TSA screening, especially important given the recent enforcement of stricter ID requirements that have rendered many state-issued IDs insufficient for travel. The announcement was made by Jennifer Bailey, Apple Pay and Wallet VP, at the Money 20/20 USA conference, where she also highlighted Wallet’s broad adoption: Apple Pay is now available in 89 markets with support from over 11,000 banks and networks, including 15 domestic networks, and 90% of U.S. retailers accept Apple Pay. Bailey emphasized Wallet’s growing non-payment uses, such as storing car keys (supported by
IoTdigital-identityApple-Walletmobile-paymentssmart-devicescontactless-technologydigital-passportsThe 2025 Startup Battlefield Top 20 are here. Let the competition begin.
The 2025 Startup Battlefield has announced its Top 20 finalists, who will compete at TechCrunch Disrupt for a $100,000 prize and the prestigious Disrupt Cup. These startups represent cutting-edge innovation across diverse sectors including life sciences, climate tech, defense, robotics, mobility, compliance, cybersecurity, fintech, and hybrid work tools. The competition highlights companies that are not only early-stage startups but also pioneers shaping the future of technology and industry. Each finalist will have six minutes on the Disrupt Stage to showcase their breakthrough solutions. The semifinal rounds are scheduled for October 27-28, 2025, featuring sessions that spotlight a wide array of innovations. Notable finalists include MacroCycle Technologies, which upcycles plastic and textile waste into virgin-grade resin using a zero-carbon process; Miraqules, developing nano-biomaterials for rapid wound care; Nephrogen, leveraging AI to discover gene-delivery vectors for untreatable diseases; and RADiCAIT, applying AI to
robotIoTenergymaterialsAIautonomous-systemssustainable-technologyIndia, the market BlaBlaCar once walked away from, is now its biggest
BlaBlaCar, a long-distance carpooling platform, has experienced a remarkable turnaround in India, transforming it from a market it once abandoned into its largest globally. After initially entering India in 2015 but withdrawing its local team in 2017 due to stiff competition and poor traction, BlaBlaCar’s app usage surged starting in 2022 without significant marketing or a local presence. This growth has been driven by expanding mobile internet access, widespread adoption of digital payments—especially via India’s government-backed Unified Payments Interface (UPI)—and rising car ownership among the middle class. India’s limited public transport capacity and improving road infrastructure have also contributed to the platform’s appeal, enabling millions of users to access affordable, efficient, and social travel options between cities. Currently, India accounts for about one-third of BlaBlaCar’s global carpool passengers, with an estimated 20 million users this year, up nearly 50% from the previous year, surpassing Brazil and France
IoTmobile-internetdigital-paymentscarpoolingtransportation-technologyride-sharingautomotive-industrySilent, deadly, and preventable: the radon story you need to hear
The article highlights radon as a silent, deadly, and preventable public health risk responsible for thousands of deaths annually, primarily through lung cancer caused by long-term exposure. Dallas Jones, an expert in environmental health and radon safety, explains that radon is a naturally occurring radioactive gas that seeps into homes from the soil, making all houses potentially vulnerable regardless of construction type. The invisible and odorless nature of radon, combined with its slow health effects, contributes to widespread under-awareness and difficulty in accountability since no single manufacturer or company is responsible. Testing is emphasized as the only reliable method to detect radon, with levels fluctuating due to environmental and seasonal factors, necessitating continuous monitoring rather than one-time tests. Advances in sensor technology, such as those developed by Ecosense, now offer affordable, real-time digital radon monitors that provide hourly updates, enabling homeowners to identify exposure spikes and take timely action. Additionally, smart home integration allows mitigation systems to dynamically respond to radon levels,
IoTsensor-technologyradon-detectionenvironmental-healthsmart-home-devicesreal-time-monitoringair-quality-sensorsAI at the edge: How startups are powering the future of space at TechCrunch Disrupt 2025
TechCrunch Disrupt 2025, starting October 27 in San Francisco, will feature a dedicated Space Stage focused on how AI is revolutionizing space technology. Leading experts including Adam Maher (Ursa Space Systems), Dr. Lucy Hoag (Violet Labs), and Dr. Debra L. Emmons (The Aerospace Corporation) will discuss the transformative role of AI in orbit. The event highlights the shift from traditional space hardware like rockets and satellites to intelligent edge computing systems that enable autonomous decision-making and real-time data processing in space. This AI-driven approach is enhancing mission speed, efficiency, and resilience, marking a new era of on-orbit intelligence. The featured speakers bring diverse expertise: Dr. Debra Emmons, CTO of The Aerospace Corporation, oversees technology strategy and innovation across multiple labs focused on advancing U.S. space capabilities; Adam Maher, founder and CEO of Ursa Space Systems, specializes in synthetic aperture radar data to improve decision-making; and Dr. Lucy Hoag
IoTAIedge-computingspace-technologyautonomous-systemssatellite-dataaerospace-innovationRussia copies US, EU sonar tech to protect its nuclear submarines
A joint investigation by The Washington Post and international media revealed that Russia has covertly constructed an Arctic undersea surveillance network called “Harmony,” using Western sonar and fiber-optic technologies acquired through front companies. The system is designed to protect Russia’s nuclear ballistic-missile submarines in the Arctic and counter US and NATO naval operations. Components for the network, including advanced sonar, underwater antennas, fiber-optic cables, and a deep-diving unmanned vehicle, were procured via a Cyprus-registered front company, Mostrello Commercial Ltd, which facilitated the purchase of US-made sonar equipment from firms like EdgeTech and R2Sonic. The Harmony system employs fixed acoustic arrays on the seafloor to detect foreign submarines and transmits real-time data to Russian command centers, effectively forming a protective arc around the Northern Fleet’s bases. The investigation also highlighted Russia’s use of sophisticated methods to evade export controls, including shell companies and European logistics hubs, with acquisitions dating back to 2015.
robotIoTenergymaterialssonar-technologyunderwater-sensorsfiber-optic-communicationAmazon unveils AI smart glasses for its delivery drivers
Amazon has introduced AI-powered smart glasses designed specifically for its delivery drivers, aiming to streamline the delivery process by enabling hands-free package scanning, turn-by-turn walking directions, and proof of delivery capture without the need for phones. These glasses utilize computer vision and AI sensing capabilities to display critical information such as hazards and delivery tasks directly in the driver's line of sight. Upon arrival at a delivery location, the glasses automatically activate to help drivers locate packages inside their vehicles and navigate complex delivery environments like multi-unit apartments or business complexes. The glasses are paired with a controller integrated into the delivery vest, featuring operational controls, a swappable battery, and an emergency button, and they support prescription and transitional lenses. Currently being trialed in North America, Amazon plans to refine the technology before a broader rollout. Future enhancements include real-time defect detection to alert drivers if packages are mistakenly delivered to the wrong address, pet detection in yards, and automatic adjustments to low-light hazards. Alongside the smart glasses announcement, Amazon also revealed
IoTsmart-glassesAIdelivery-technologyroboticscomputer-visionwearable-technologyGM is bringing Google Gemini-powered AI assistant to cars in 2026
General Motors announced that starting in 2026, it will introduce a conversational AI assistant powered by Google’s Gemini technology across its Buick, Chevrolet, Cadillac, and GMC vehicles. This AI assistant aims to enable more natural conversations with drivers, allowing them to draft messages, plan multi-stop routes including charging stations or coffee shops, and prepare for meetings while on the move. The integration builds on GM’s existing “Google built-in” infotainment system, which already provides access to Google Assistant, Maps, and other apps, and follows Google’s 2023 introduction of Dialogflow chatbot features for non-emergency OnStar services. While specific capabilities of the Gemini-powered assistant remain unclear, GM envisions it as a personalized in-car AI that connects through OnStar to vehicle systems, offering maintenance alerts, route suggestions, explanations of car features like one-pedal driving, and pre-conditioning of the cabin climate. The assistant will learn from user habits to provide tailored recommendations, with an emphasis on user control over data access
IoTautomotive-technologyAI-assistantsmart-vehiclesconnected-carsGoogle-GeminiOnStarSamsung takes on Apple’s Vision Pro with new Galaxy XR headset
Samsung has launched its Galaxy XR headset as a direct competitor to Apple’s Vision Pro, offering a more affordable option at $1,800—nearly half the price of Apple’s device. The Galaxy XR runs on Google’s Android XR OS and Qualcomm’s Snapdragon XR2+ Gen 2 platform. It features a micro OLED display with 27 million pixels (surpassing Vision Pro’s 21 million), a resolution of 3,552 x 3,840, and a 90Hz refresh rate compared to Vision Pro’s 120Hz. Weighing 545 grams, it is lighter than Apple’s headset, which weighs between 750g and 800g. The device supports up to two hours of general use and two and a half hours of video playback, and includes multiple cameras for pass-through, world tracking, and eye tracking. Samsung emphasizes ergonomic design for comfort, with a balanced frame to reduce facial pressure. The headset supports various XR-optimized experiences such as immersive 3
robotIoTwearable-technologyaugmented-realityvirtual-realitysmart-devicesXR-headsetLife360 ventures into pet tech with the launch of a new GPS tracker
Life360, known for its family safety app, is expanding into pet technology with the launch of its new Pet GPS tracker. Designed to attach to a pet’s collar or harness, the device provides real-time location updates for dogs and cats, aiming to give pet owners peace of mind. Priced at $49.99, it is Life360’s most expensive product but offers several advanced features, including geofencing for virtual boundary alerts, escape alerts, and access to a Pet Finder Network. This network leverages Life360’s community of over 88 million members to help locate lost pets by sharing details such as the pet’s name, image, breed, and emergency contacts. The Pet GPS tracker combines cellular, GPS, Wi-Fi, and Bluetooth technologies to deliver location updates every 2 to 4 seconds when the pet is away from home. Additional features include a built-in light for visibility in the dark, a chime noise function to call pets, and an IP68 rating for water,
IoTGPS-trackingpet-technologygeofencingBluetoothcellular-connectivitybattery-lifeSesame, the conversational AI startup from Oculus founders, raises $250M and launches beta
Sesame, a conversational AI startup founded by former Oculus executives, has raised $250 million in a Series B funding round and launched a beta program for a select group of testers. The company is developing a personal AI agent embedded in lightweight smart glasses that users can interact with via natural-sounding human voice. Earlier demos of Sesame’s AI voices, “Maya” and “Miles,” attracted over a million users who engaged in more than five million minutes of conversation, with feedback highlighting the technology’s expressive and natural dialogue capabilities. The upcoming smart glasses aim to provide high-quality audio and an AI companion that can “observe the world alongside you,” combining advanced conversational AI with fashion-forward design. While no specific release date has been announced, Sesame’s leadership team includes several former Oculus and Meta executives, potentially giving the company an edge in hardware development. Investors in the Series B round include Sequoia Capital and Spark Capital, among others. Beta testers are currently invited to provide feedback under confidentiality agreements.
IoTsmart-glassesconversational-AIwearable-technologypersonal-AI-agentvoice-interactionhardware-developmentThe algorithms steering the future of maritime navigation
The article "The algorithms steering the future of maritime navigation" outlines the transformative shift in maritime engineering from traditional manual navigation methods to advanced autonomous shipping systems powered by artificial intelligence (AI) and sensor integration. Historically reliant on human crews for navigation and decision-making, modern vessels are increasingly equipped with sophisticated control systems that combine radar, LIDAR, GPS, sonar, cameras, and AI to enable real-time environmental awareness and autonomous decision-making. These systems allow ships to plan routes, avoid obstacles, and adjust operations dynamically, while human supervisors monitor performance remotely and intervene when necessary, especially during emergencies. The International Maritime Organization (IMO) categorizes autonomous ships into four degrees of autonomy, ranging from basic onboard automation (Degree 1) to fully autonomous vessels capable of independent navigation and decision-making (Degree 4). Despite technological advances, most autonomous ships in operation today are semi-autonomous (Degrees 1 and 2), with over 95% market share in 2023, reflecting the current preference for
robotIoTenergyautonomous-shipsmaritime-navigationAI-control-systemssensor-fusionmachine-learningmaritime-roboticsAura introduces a $499 e-ink digital photo frame that lets you go cordless
Aura has launched a new 13-inch color e-ink digital photo frame called the Aura Ink, priced at $499, which allows for cordless use thanks to its long battery life of up to three months. The frame employs advanced Spectra 6 e-ink technology, capable of displaying six primary colors (white, black, red, yellow, green, and blue) with improved saturation and contrast, making it suitable for showcasing smartphone photos in a more natural, print-like appearance. Aura also integrated a subtle front light inspired by the Kindle Paperwhite to enhance contrast without the brightness of traditional LCDs, and developed a proprietary dithering algorithm based on classic newspaper printing techniques to blend colors effectively on the e-ink display. The Aura Ink frame features a 1600 x 1200 resolution with a 4:3 aspect ratio, a graphite-inspired bezel, paper-textured mat, and glass front, designed to resemble a traditional photo frame rather than typical tech gadgets. It supports both portrait and
IoTe-ink-technologydigital-photo-framewireless-displaybattery-lifecolor-displaysmart-home-deviceAmazon identifies the issue that broke much of the internet, but is still working to restore services
Amazon Web Services (AWS) experienced a significant outage that disrupted large portions of the internet, affecting websites, banks, government services, and major apps such as Coinbase, Fortnite, Signal, and Zoom. The root cause was identified as a DNS resolution problem related to the DynamoDB API endpoints in the N. Virginia (us-east-1) region. DNS (Domain Name System) is crucial for translating web addresses into IP addresses, enabling websites and apps to load properly. Although AWS reported that the underlying DNS issue was fully mitigated by early Tuesday morning (2:24 AM PDT), the company was still working to fully restore all services. The outage, which began around 3 a.m. on the U.S. East Coast, also impacted Amazon’s own platforms, including Amazon.com, its subsidiaries, AWS customer support, and Ring video surveillance products. This incident highlights the critical role AWS plays in hosting websites, apps, and online systems for millions of companies worldwide, given its substantial share of the
IoTcloud-computingAWS-outageDNS-resolutioninternet-infrastructurecybersecuritysmart-home-devices3D-printed flexible antenna arrays achieve real-time signal stability
Researchers at Washington State University (WSU) have developed a novel 3D-printed flexible antenna array designed to maintain stable wireless signals in dynamic conditions such as bending, movement, and environmental changes. This innovation addresses a critical challenge in flexible electronics, where physical deformation often causes signal degradation. The lightweight, scalable antenna arrays can be integrated directly into structures like drone wings, aircraft surfaces, and wearable textiles, enabling high-speed, reliable communication in applications ranging from smart fabrics to aerospace. The antennas are printed using a copper nanoparticle-based ink developed in collaboration with the University of Maryland and Boeing, which enhances performance for high-end communication circuits. A key advancement in this technology is the integration of a specialized chip-sized processor that corrects signal errors in real time caused by material deformities and vibrations. This processor enables robust beam stabilization during movement, a capability not previously achieved in flexible antenna systems. Testing demonstrated that the antennas maintain stable performance under bending, humidity, temperature fluctuations, and salt exposure, while operating at
IoTflexible-antennas3D-printingwireless-communicationnanoparticle-inkwearable-electronicsdrone-communicationUnited jet’s cracked windshield at 36,000 feet blamed on balloon
A United Airlines flight from Denver to Los Angeles was forced to make an emergency landing in Salt Lake City after an object struck its windshield at 36,000 feet, cracking the glass and injuring one pilot. The incident occurred on flight 1093 and prompted an immediate descent and diversion. Initial speculation about the cause included space debris and birds, but new evidence points to a weather balloon operated by WindBorne Systems as the likely source of the collision. WindBorne Systems, which develops long-duration smart weather balloons, acknowledged the possibility that one of its balloons was involved and is cooperating with the FAA and NTSB in the investigation. The company has already implemented operational changes to reduce balloon time spent between 30,000 and 40,000 feet and is accelerating efforts to use live flight data for autonomous plane avoidance and to improve balloon hardware to minimize impact forces. The damaged windshield has been sent to the NTSB lab for detailed analysis. Despite the severity of the damage, no fatalities occurred
IoTsmart-weather-balloonsaviation-safetyautonomous-flight-dataFAA-cooperationWindBorne-Systemsimpact-force-reductionNew AI toilet camera scans waste for hydration and gut insights
Kohler has introduced Dekoda, a $599 AI-powered toilet-mounted camera designed to monitor users’ health by analyzing waste samples. The device tracks hydration, gut health, and detects traces of blood using discreet optics that focus solely on the toilet contents, ensuring user privacy. It mounts easily on most toilet rims without tools and includes fingerprint authentication for multi-user households. Health data is encrypted end-to-end and managed through the Kohler Health app, which provides trend tracking, health scores, and notifications of irregularities. The device operates on a rechargeable battery lasting about a week and supports USB-C charging. Dekoda represents Kohler’s entry into the digital health market under its new wellness division, aiming to integrate medical-grade insights into daily routines. While not a replacement for medical testing, it serves as an early warning tool to prompt users to consult healthcare professionals if needed. The product requires a subscription for ongoing AI analysis, costing between $70 and $156 annually. Positioned in the premium segment, Dekoda
IoTAIhealth-monitoringsmart-devicesprivacywearable-technologydigital-healthOura launches redesigned app and ‘Cumulative Stress’ feature
Oura has launched a redesigned app featuring enhanced personalization through three main tabs: “Today,” which highlights daily insights; “Vitals,” offering quick views of sleep, stress, and cardiovascular trends; and “My Health,” which focuses on long-term well-being with sections on habits and routines. The update also improves menstrual cycle tracking by extending predictions of periods and fertile windows from one month to twelve months. A key new addition is the “Cumulative Stress” feature, which measures how chronic stress accumulates over time by analyzing five physiological factors—sleep continuity, heart stress-response, sleep micro-motions, temperature regulation, and activity impact—providing weekly updates based on the past month’s data. Additionally, Oura is pursuing FDA clearance for a blood pressure feature aimed at assessing users’ likelihood of hypertension. The company has initiated a Blood Pressure Profile study at its U.S.-based Oura Labs, approved by an Institutional Review Board, which passively tracks signals from the Oura Ring combined with user questionnaires
IoTwearable-technologyhealth-monitoringstress-trackingblood-pressureFDA-clearancepersonalized-appKohler unveils a camera for your toilet
Kohler has introduced the Dekoda, a $599 camera designed to attach to your toilet bowl and capture images of its contents. The device analyzes these images to provide insights into gut health, hydration levels, and potentially detect the presence of blood. Equipped with a rechargeable battery, USB connection, and a fingerprint sensor for user identification, the Dekoda aims to offer personalized health monitoring. Shipments are set to begin on October 21, 2025, with an additional subscription fee ranging from $70 to $156 required for ongoing service. Addressing privacy concerns, Kohler assures users that the Dekoda’s sensors only view inside the toilet bowl and nowhere else, and that all collected data is protected with end-to-end encryption. This product reflects a growing trend in health technology that leverages imaging and data analysis for personal wellness, joining other companies exploring similar approaches to monitoring digestive health through stool analysis.
IoTsmart-homehealth-monitoringprivacywearable-technologyconnected-devicesbiometric-sensorsScreenless KARRI helps kids connect without distractions or apps
The second-generation KARRI, developed by design studio Pentagram in collaboration with the London and Berlin-based tech company KARRI, is a screenless smartphone designed specifically for children aged five to thirteen. Launching in early 2026, this compact, colorful device emphasizes safe and distraction-free communication by allowing kids to send and receive voice messages through a simple “slide to talk” interface, eliminating screens, apps, and notifications. Its minimalist design encourages meaningful, voice-based interaction while avoiding the digital distractions and blue light exposure associated with traditional smartphones. In addition to its communication features, KARRI incorporates essential safety tools such as GPS tracking, geo-fenced “safe zones,” and alerts for parents via a companion app, providing peace of mind. The device supports private group chats among trusted contacts, enabling controlled and secure communication circles. Instead of a conventional screen, KARRI uses an LED matrix to display simple animations that indicate message status, maintaining clarity without overwhelming young users. Built for durability and
IoTsmart-deviceschild-safety-technologyGPS-trackingscreenless-communicationdigital-detoxwearable-technologyAmazon’s Ring to partner with Flock, a network of AI cameras used by ICE, feds, and police
Amazon’s Ring, known for its home surveillance cameras, announced a partnership with Flock, a network of AI-powered cameras used by federal agencies including ICE, the Secret Service, and the Navy, as well as local police. This collaboration allows agencies using Flock to request assistance from Ring doorbell users for evidence collection and investigative purposes. Flock’s technology scans license plates and other identifying features of vehicles and enables natural language searches to find individuals matching specific descriptions in video footage. The partnership significantly expands law enforcement’s access to surveillance data by potentially incorporating footage from millions of Ring cameras into Flock’s network. This raises concerns given that AI surveillance tools used by law enforcement have faced criticism and scrutiny over accuracy and privacy issues. Additionally, Ring has historically faced criticism regarding the security and privacy of its users’ video data, adding another layer of controversy to this expanded collaboration between private surveillance technology and government agencies.
IoTAI-camerassurveillance-technologysmart-home-deviceslaw-enforcement-technologyvideo-analyticslicense-plate-recognitionThe Gift Of Growing Your Own Produce Year-Round In Inhospitable Climates - CleanTechnica
The article discusses innovative approaches to growing fresh produce year-round in challenging climates, focusing on two main examples. First, a research project in Nunavut, Canada, is enabling Inuit communities to cultivate fresh fruits and vegetables inside insulated shipping container greenhouses equipped with artificial lighting and powered by renewable energy sources. This initiative, partially funded by the Canadian Space Agency and costing about $3.6 million USD, addresses food insecurity in the region where 60% of the population struggles to afford sufficient nutritious food. Although current yields are small, the project aims to scale up production and become economically sustainable, potentially serving as a model for other remote Arctic communities. The article also highlights indoor gardening solutions for urban dwellers and those in temperate climates with limited growing seasons. It features the LetPot, a smart seed-starter system that allows users to grow herbs and vegetables indoors year-round, reducing food waste and carbon emissions associated with store-bought produce. The LetPot integrates app-based controls and sensors to facilitate plant growth
energyIoTgreenhouse-technologyindoor-farmingrenewable-energysustainable-agriculturecontrolled-environment-agricultureAquawise will show off its AI-driven water quality tech at TechCrunch Disrupt 2025
Aquawise, a Bangkok-based startup founded in 2024, is developing an AI-driven platform to monitor water quality in aquaculture farms, particularly targeting regions like Southeast Asia where traditional monitoring methods are prohibitively expensive. Using satellite imagery combined with a physics-based AI model, Aquawise continuously tracks critical water parameters such as temperature, chlorophyll levels, and oxygen content, offering real-time monitoring and predictive insights. This approach contrasts with conventional methods that typically provide only daily or weekly data. The founders—Patipond Tiyapunjanit, Chanati Jantrachotechatchawan, and Kobchai Duangrattanalert—originated the idea from a research project on shrimp larvae and identified water quality as a major challenge causing nearly $30 billion in losses annually for aquaculture farms. The startup emphasizes affordability and accessibility for farmers in developing regions, where many currently rely on manual checks and weather reports due to the high cost of existing technologies. Aquawise initially explored sonar-based monitoring but
IoTAIwater-quality-monitoringaquaculture-technologyenvironmental-sensorssatellite-imagingsustainable-farmingJapanese firm unveils bathtub that promises full-body spa everyday
Japanese bathroom fixture manufacturer Science Co. has unveiled the "Human Washer in the Future" (Mirai Ningen Sentakuki), a fully automated, hands-free bathing system designed to transform showering into a spa-like experience. Displayed at the 2025 Osaka Expo, the device resembles a sleek, oversized bathtub with a canopy that encloses the user. Once inside, the user reclines as warm, soapy water fills the tub to chest level, while calming nature visuals and sounds play on a built-in display. The process, lasting a few minutes, is controlled by precision sensors that maintain optimal water temperature (around 100°F/38°C) and flow, with intelligent water recycling to promote sustainability. The Human Washer emphasizes convenience, relaxation, and accessibility, rooted in Japan’s traditional bathing culture that values hygiene and wellness. Science Co. envisions future versions incorporating AI personalization for temperature, scent, and sound preferences. Inspired by a similar concept introduced by Sanyo Electric Co. at the
IoTautomationsmart-bathroomsensor-technologywater-recyclingAI-personalizationsustainable-designSatellites are leaking private messages and sensitive military data
A recent study by researchers at UC San Diego and the University of Maryland has uncovered a significant security vulnerability in global satellite communications. The team found that approximately half of all geostationary satellite signals transmit sensitive data—including personal calls and texts, corporate information, and military communications—without any encryption. Using a relatively inexpensive setup costing under $800, the researchers intercepted thousands of private messages and data streams that were never intended for public access. Their findings highlight a widespread assumption within the satellite industry that no one would scrutinize or attempt to intercept these transmissions, a security approach the researchers describe as dangerously complacent. The study revealed that telecom companies often use satellites to connect remote cellular towers to their core networks, a process called backhaul, which frequently lacks encryption. This exposed unprotected data from major carriers such as T-Mobile, AT&T Mexico, and Telmex. More alarmingly, the researchers intercepted unencrypted communications from U.S. and Mexican military and law enforcement agencies, including sensitive information like ship identifiers
IoTsatellite-communicationdata-securityencryptionmilitary-communicationstelecommunicationscybersecurityAnduril unveils supersoldier helmets for US Army with Meta support
Anduril Industries has unveiled EagleEye, an AI-powered modular helmet system designed to enhance battlefield awareness and command capabilities for the US Army and allied forces. EagleEye integrates mission planning, perception, and survivability into a lightweight, wearable architecture that acts as a “new teammate” for soldiers. Central to the system is a high-resolution, collaborative 3D mission planning interface that allows troops to rehearse missions and visualize terrain using live video feeds and sensor data. The helmet’s heads-up display (HUD) overlays digital information directly onto the operator’s real-world view, with versions suitable for both daytime and night operations. It also features integrated blue force tracking, providing precise teammate locations within complex environments, and connects to Anduril’s Lattice network—a distributed sensor mesh that fuses data from drones, ground vehicles, and other assets to detect threats beyond line of sight. EagleEye emphasizes protection and survivability through an ultralight ballistic and blast-resistant shell equipped with rear and side sensors for
robotIoTmilitary-technologyAIwearable-technologysensor-networksaugmented-realitySmart ring maker Oura raises $900M from Fidelity
Finnish health tech company Oura has secured $900 million in new funding led by Fidelity Management & Research Company, with participation from ICONIQ, Whale Rock, and Atreides. This round values Oura at approximately $11 billion, more than doubling its previous valuation. CEO Tom Hale emphasized that the funding reflects the company's strong business and the trust of its millions of users. Oura plans to use the capital to advance AI capabilities, innovate production, introduce new health features, and expand global distribution. Since its launch, Oura has sold over 5.5 million smart rings, with more than half sold in the past year alone. The company more than doubled its revenue in 2024, reaching $500 million, and expects sales to exceed $1 billion this year. Holding over 80% of the smart ring market, Oura is attracting a diverse customer base. Recently, it introduced ceramic ring versions and a charging dock, and launched a new app feature called Health Panels, allowing
IoTwearable-technologysmart-ringshealth-techAI-integrationproduction-innovationhealth-monitoring-devicesNIO's Record Global Deliveries Exceed Targets as European Market Develops - CleanTechnica
NIO Inc. achieved a record-breaking global vehicle delivery milestone in September 2025, delivering 34,749 vehicles—a 64.1% increase year-over-year—bringing its cumulative deliveries to 872,785 units by the end of the third quarter. This growth was driven by its diversified product portfolio across three brands: the premium NIO brand (13,728 units), the family-oriented ONVO brand (15,246 units), and the high-end firefly brand (5,775 units). The company’s expanding lineup includes smart electric SUVs, sedans, and compact urban vehicles, all equipped with advanced intelligent driving technology and the NOMI AI assistant. NIO is aggressively expanding its presence in Europe, viewing the continent as a key pillar of its global strategy. Since June 2025, the company announced plans to enter five additional European countries between 2025 and 2026, adopting a hybrid multi-channel distribution model that combines direct-to-consumer sales with partnerships with established local
electric-vehiclessmart-vehiclesNIOenergyIoTautonomous-drivingAI-assistantOura is winning young women and losing gym rats, and it’s fine with that
Oura, a Finnish health tech company that pioneered the smart ring market, currently dominates with 80% market share and has built a strong user base primarily among high-performing professionals—dubbed “corporate athletes”—who use the device to optimize sleep, exercise, and metabolic health. This demographic, largely millennials and Gen Xers with disposable income, has driven Oura’s rapid revenue growth, doubling last year and on track to double again, with exceptional user retention rates in the high 80% after 12 months, far surpassing other wearables. However, Oura faces increasing competition from brands like Samsung, Whoop, and Ultrahuman, which appeal more to younger, fitness-focused consumers, especially young men interested in athletic performance and recovery. While competitors often offer subscription-free models or target price-sensitive buyers, Oura remains confident in its subscription value and polished design. Rather than trying to capture every demographic, Oura is focusing on satisfying its core users while organically expanding into new segments
IoTwearable-technologysmart-ringshealth-techfitness-trackingsleep-monitoringwearable-devicesChinese tanks could soon strike like fighter jets to kill beyond sight
China’s People’s Liberation Army (PLA) is revolutionizing its armored warfare by equipping its new-generation main battle tanks, notably the Type 100, with advanced sensors, artificial intelligence, and networked warfare capabilities. This transformation enables tanks to engage targets beyond visual range, a capability traditionally reserved for air and naval forces. The Type 100 tank integrates optical, infrared, radar sensors, and electronic warfare tools, allowing it to perceive the battlefield with full-circle awareness and coordinate long-range strikes in real time. This marks a significant shift from conventional close-range tank battles to a more sophisticated, information-driven combat approach. The PLA’s recent exercises demonstrated the integration of these tanks with other military branches, including helicopters, rocket launchers, electronic warfare units, and reconnaissance drones, forming a highly coordinated joint force. Military analysts highlight that China’s breakthroughs in miniaturizing radar and communication systems have overcome the challenges of fitting advanced beyond-visual-range capabilities into the limited space and power of ground vehicles. This development
robotIoTenergymaterialsartificial-intelligencesensorsnetworked-warfareChinese AI textile enables voice-controlled smart home functionality
Researchers at Soochow University in China have developed A-Textile, an innovative smart fabric that transforms everyday clothing into voice-controlled AI assistants. Utilizing the triboelectric effect, the fabric generates tiny electrostatic charges from slight movements caused by speech, which are then converted into electrical signals for voice recognition. The fabric is composed of a silicone rubber layer embedded with SnS₂ nanoflowers to enhance charge capture, combined with a carbonized cotton layer for charge storage. This design enables the fabric to detect subtle vibrations, such as whispers, producing up to 21 volts with high sensitivity. A-Textile is flexible, washable, and can be integrated into various garments, enabling hands-free interaction with AI systems. The researchers paired the fabric with a deep learning model that interprets voice commands with 97.5% accuracy, even in noisy environments. The system demonstrated practical applications by controlling smart home appliances like air conditioners and lamps, interacting with ChatGPT for complex queries, and integrating with services
smart-fabricAI-textilevoice-recognitionIoTsmart-hometriboelectric-effectwearable-technologyNew WiFi tech can accurately identify individuals without devices
Researchers at the Karlsruhe Institute of Technology (KIT) have developed a novel WiFi-based technology capable of accurately identifying individuals without requiring them to carry any connected devices. By analyzing the interactions of WiFi signals emitted by standard devices in the environment, the system can generate detailed representations of a person’s presence, posture, and movement, comparable to images captured by cameras but constructed entirely from radio waves. This method works even if the person’s devices are turned off, as it leverages signals from other active WiFi devices nearby, raising significant privacy concerns. The technology exploits unencrypted beamforming feedback information (BFI) regularly exchanged within WiFi networks, enabling the creation of multi-angle images that can be processed by machine learning models to identify individuals within seconds. Unlike previous approaches requiring specialized hardware, this technique uses only standard WiFi devices already present in homes, offices, and public spaces, making it easier to deploy and potentially widespread. Experts warn that this capability could allow surveillance by public authorities or companies without individuals
IoTWiFi-technologywireless-communicationdevice-free-identificationprivacy-concernssignal-analysissmart-environmentsSmart menstrual cup tracks infections, redefines period care
Researchers at McMaster University have developed an innovative menstrual cup that enhances period care by combining hygiene, sustainability, and health monitoring. Central to this advancement is a flushable seaweed-based tablet that can be inserted into the existing Bfree Cup, a lubricant-infused silicone cup that naturally repels viruses and bacteria. The tablet improves usability by absorbing menstrual blood to reduce spills, addressing a common challenge with menstrual cups. This combination offers a more hygienic, eco-friendly, and user-friendly alternative to traditional menstrual products, with the potential to reduce period poverty, especially in low- and middle-income countries where access to safe menstrual care is limited. Beyond improving convenience and sustainability, the researchers envision future versions of the cup equipped with biosensors capable of detecting early signs of infections and blood-borne illnesses, effectively transforming the cup into a wearable health monitoring device. This proactive approach could enable earlier diagnosis of conditions such as endometriosis and urinary tract infections, representing a significant shift from reactive to preventive women’s health care
IoTwearable-technologymenstrual-healthbiomedical-engineeringsustainable-materialshealth-monitoringdiagnosticsWhere AI meets the windshield: smarter safety with VUEROID
The article highlights how VUEROID is transforming traditional dash cams from passive recording devices into intelligent, AI-enhanced safety tools. Jessie Lee, a product planner at VUEROID, emphasizes the importance of reliable, high-quality video recording as the foundation of effective dash cams, rather than chasing flashy features like LTE connectivity or advanced driver-assistance systems (ADAS). VUEROID’s flagship model, the S1 4K Infinite, reflects this philosophy by prioritizing image quality, system reliability, and usability after incidents occur. VUEROID’s approach to AI is practical and focused on post-incident benefits, such as their AI-powered license plate restoration feature that enhances unclear footage to help identify vehicles involved in collisions. Additionally, their cloud-based AI supports privacy features like facial and license plate masking to protect sensitive data before sharing footage with insurers or on social media. A key technical strength lies in VUEROID’s expertise in Image Signal Processing (ISP) tuning, which optimizes image clarity
IoTAIdash-camsautomotive-technologycloud-computingimage-processingvehicle-safetyUS, EU navies to use 750,000-mile cable network to track submarines
The US, EU, UK, Australia, and several European nations are repurposing over 750,000 miles (1.2 million kilometers) of undersea fiber-optic communication cables into vast passive sonar arrays using Distributed Acoustic Sensing (DAS) technology. DAS works by sending laser pulses through fiber-optic cables and analyzing backscattered signals caused by vibrations from nearby underwater sounds, such as submarine engines or ship propellers. This approach effectively transforms existing telecommunications infrastructure into a continuous, real-time ocean monitoring system capable of detecting, classifying, and tracking submarines and surface vessels at a fraction of the cost of traditional sonar systems. Beyond military applications, DAS also offers benefits for detecting cable tampering, natural disasters, and illegal underwater activities. Several countries have moved from experimental trials to operational integration of DAS data within their maritime domain awareness frameworks. The US is combining DAS with data from maritime patrol aircraft and undersea drones, using AI to enhance detection across the Pacific. The UK has publicly
IoTfiber-optic-sensingDistributed-Acoustic-Sensingsubmarine-trackingmaritime-surveillanceundersea-cablesdefense-technologyNew Tiny chip creates 'rainbow laser' for faster data speeds
Researchers at Columbia University, led by Michal Lipson, have developed a tiny chip that generates powerful “frequency combs”—light sources composed of dozens of evenly spaced wavelengths. This innovation enables multiple data streams to be transmitted simultaneously through a single optical fiber, addressing a critical bottleneck in current fiber-optic networks that typically rely on single-wavelength lasers. The chip effectively cleans up and stabilizes the chaotic output of a high-power multimode laser diode using a locking mechanism, producing a high-coherence, multi-frequency laser source on a compact silicon photonics platform. This breakthrough has significant implications for modern computing and data centers, especially as artificial intelligence drives an exponential increase in data demand. By replacing bulky, expensive laser systems with a single compact device capable of delivering many clean, high-power channels, the technology promises faster, more energy-efficient data transmission and reduced costs and space requirements. Beyond data communications, the chip’s ability to produce precise frequency combs could also benefit applications in compact spectrometers,
IoTsilicon-photonicsfrequency-combdata-centerslaser-technologymicrochipoptical-communication2026 Multistrada V4 Rally brings radar safety and comfort upgrades
The 2026 Ducati Multistrada V4 Rally introduces significant upgrades focused on safety, comfort, and performance for adventure touring enthusiasts. Retaining its powerful 1,158 cc V4 Granturismo engine producing 170 hp, the bike now features improved rear-cylinder deactivation to reduce heat buildup in slow traffic, enhancing rider comfort and efficiency. The adaptive Skyhook Suspension EVO system with semi-active Marzocchi components automatically adjusts damping based on terrain and rider input, including real-time road type detection, and lowers the bike at low speeds to aid shorter riders. Braking performance is enhanced with a larger rear disc and linked braking that engages both front and rear brakes, supported by a new algorithm that minimizes fork dive under heavy braking. Technological advancements include the Ducati Vehicle Observer system, which uses data from over 70 sensors to optimize rider aids such as cornering ABS and wheelie control for improved stability and control on varied surfaces. The cockpit features a 6.5-inch TFT display with
robotIoTenergyadaptive-suspensionradar-safetymotorcycle-technologyDucati-Multistrada-V4Elon Musk’s Starlink fleet is burning up in orbit, scientists say
Elon Musk’s SpaceX Starlink satellite constellation is experiencing an unprecedented rate of satellite deorbiting, with up to four satellites burning up daily in Earth’s atmosphere as of 2025. Astronomer Jonathan McDowell notes that this number could rise to five per day as the network expands. While the fiery reentries have sparked public concern, scientists emphasize that Starlink satellites are designed to fully disintegrate upon reentry, posing no direct threat to people on the ground. Currently, about 8,500 Starlink satellites operate within a total of 12,000 active satellites in low-Earth orbit, most with a lifespan of roughly five years. The primary safety concern lies not with Starlink’s controlled reentries but with uncontrolled debris from defunct satellites and rocket stages, which can survive reentry and potentially land on Earth. As the number of satellites grows, so does the risk of collisions and space debris fallout. Additionally, researchers are investigating the environmental impact of the materials released
IoTsatellitesspace-debrisStarlinkSpaceXsatellite-technologyorbital-energy-managementHere’s the tech powering ICE’s deportation crackdown
The article details the advanced technologies employed by U.S. Immigration and Customs Enforcement (ICE) to support its intensified deportation efforts under President Donald Trump’s administration. Since Trump took office, ICE has been central to a campaign that resulted in approximately 350,000 deportations within eight months, utilizing a range of digital surveillance tools to identify and track undocumented immigrants. Key technologies include cell-site simulators—also known as “stingrays” or IMSI catchers—that mimic cellphone towers to intercept signals from nearby phones, enabling ICE to locate and monitor individuals. These devices, integrated into specialized vans by TechOps Specialty Vehicles, have raised privacy concerns due to their indiscriminate data collection from all phones in the vicinity and their use without warrants, often shrouded in secrecy during legal proceedings. Another significant technology in ICE’s arsenal is Clearview AI’s facial recognition software, which allows the agency to identify individuals by scanning a vast database of internet-sourced images. ICE recently signed a $3.
IoTsurveillance-technologycell-site-simulatorsIMSI-catcherslaw-enforcement-technologydigital-surveillancecommunication-interceptionAmazon Pharmacy is launching vending machines for prescription drugs
Amazon Pharmacy is introducing prescription vending machines at its One Medical clinics, starting in Los Angeles in December 2025, with plans for broader expansion. These in-office kiosks allow patients to pick up commonly prescribed medications—such as antibiotics, inhalers, and blood pressure drugs—immediately after their appointments. Patients can have prescriptions sent directly to the kiosk, pay via the Amazon app, and typically receive their medications within minutes. The kiosks’ inventories are tailored to the prescribing habits of each clinic location, though controlled substances and refrigerated medications are excluded. The Amazon app also provides transparency on medication costs, including discounts and insurance copays, and offers access to licensed pharmacists through video or phone consultations. Amazon aims to address the issue of unfilled prescriptions caused by patients needing to make separate pharmacy trips. This initiative comes amid significant challenges faced by traditional U.S. pharmacy chains, with Rite Aid closing all stores recently, and CVS and Walgreens shuttering hundreds over the past few years. Amazon’s vending machines represent
IoThealthcare-technologyvending-machinesAmazon-Pharmacydigital-healthtelemedicinesmart-kiosksTADTE 2025 reveals Taiwan's military preparations to hold back China
TADTE 2025, Taiwan's largest defense exhibition, showcased a significant increase in international participation, with over 400 exhibitors from 14 countries—a 50% rise from the previous year—and notably stronger Western and European involvement. This shift marks a departure from decades of European caution regarding China and highlights Taiwan’s urgent military modernization in anticipation of a potential Chinese invasion forecasted for 2027. The event emphasized Taiwan’s accelerated efforts to field advanced weaponry, combining Western technology, indigenous innovation, and a new drone warfare doctrine aimed at deterring or complicating any Chinese aggression. A central focus of Taiwan’s defense strategy revealed at TADTE 2025 is the deployment of at least 50,000 domestically produced drones by 2027, designed as expendable “ammunition” rather than high-cost assets. These drones span five categories, including swarming quadcopters for saturation attacks, reconnaissance fixed-wing drones, VTOL hybrids, loitering munitions, and logistics
robotdronesunmanned-aerial-vehiclesmilitary-technologydefense-systemsIoTautonomous-systemsAST SpaceMobile lands key Verizon deal amid growing competition with SpaceX and T-Mobile
AST SpaceMobile has secured a major new partnership with Verizon to deliver space-based cellular broadband across the United States, marking its most significant deal to date in the emerging satellite-to-cellular market. Verizon will integrate AST’s satellite network with its existing terrestrial infrastructure, utilizing Verizon’s 850 MHz spectrum to extend coverage in remote areas lacking traditional cell towers. This agreement builds on a prior $100 million commitment from Verizon made last year to support AST’s service rollout. Verizon becomes the second major carrier to partner with AST, following a 10-year deal with Vodafone. The deal comes as AST races to deploy its BlueBird satellite constellation, designed to connect directly with unmodified cell phones. The company has launched its initial five “Block 1” satellites into low Earth orbit, providing intermittent U.S. coverage, and is preparing to deploy 45-60 “Block 2” satellites by 2026. AST has demonstrated 4G and 5G connectivity, including voice and video calls, but faces
IoTsatellite-communication5Gspace-based-broadbandVerizonBlueBird-satellitescellular-network-integrationToyota drone scouts to help drivers navigate off-road terrain from sky
Toyota Motor has filed with the Federal Aviation Administration (FAA) to explore a small drone system designed to assist off-road drivers by providing an aerial “co-pilot” that scouts trails and unpaved roads ahead of the vehicle. This innovative concept aims to enhance driver safety and situational awareness by delivering real-time views of challenging terrain, especially in areas where it may be unsafe to exit the vehicle. The drones would primarily operate near the vehicle but could also fly above the treeline to capture broader environmental footage, potentially benefiting overlanders, search-and-rescue teams, and military operations. This move reflects a broader shift in the automotive industry toward integrating unmanned aerial systems beyond traditional uses like delivery, leveraging drones to address navigation and safety challenges that ground vehicles alone cannot solve. Toyota’s filing coincides with evolving U.S. drone regulations, including upcoming rules for Beyond Visual Line of Sight (BVLOS) operations expected in August 2025, which could facilitate wider commercial drone applications. However, Toyota emphasizes
drone-technologyautomotive-innovationoff-road-navigationunmanned-aerial-systemsvehicle-safetyIoTreal-time-terrain-mappingInterview with Zahra Ghorrati: developing frameworks for human activity recognition using wearable sensors - Robohub
In this interview, Zahra Ghorrati, a PhD candidate at Purdue University, discusses her research on developing scalable and adaptive deep learning frameworks for human activity recognition (HAR) using wearable sensors. Her work addresses the challenges posed by noisy, inconsistent, and uncertain data from wearable devices, aiming to create models that are computationally efficient, interpretable, and robust enough for real-world applications outside controlled lab environments. Unlike video-based recognition systems, wearable sensors offer privacy advantages and continuous monitoring capabilities, making them highly suitable for healthcare and long-term activity tracking. Ghorrati’s research has focused on a hierarchical fuzzy deep neural network that adapts to diverse HAR datasets by detecting simpler activities at lower levels and more complex ones at higher levels. By integrating fuzzy logic into deep learning, her model effectively handles uncertainty in sensor data, improving both robustness and interpretability. This approach also maintains low computational costs, enabling real-time recognition on wearable devices. Evaluations on multiple benchmark datasets show that her framework achieves competitive accuracy
robotwearable-sensorshuman-activity-recognitiondeep-learningIoThealthcare-technologysensor-data-analysisEdge-to-cloud robotics: eInfochips teams up with InOrbit - The Robot Report
eInfochips, an Arrow Electronics company specializing in product engineering and digital transformation, has formed a strategic partnership with InOrbit, a provider of AI-powered robot orchestration. This collaboration aims to deliver scalable, optimized edge-to-cloud robotics solutions for industries requiring large-scale autonomous mobile robot (AMR) deployments, such as warehouses, factories, and industrial hubs. Leveraging eInfochips’ Robotics Center of Excellence, the partnership will support the entire robotics stack—from hardware design and sensor fusion to edge AI and digital twins—while InOrbit’s Space Intelligence platform will provide tools for real-time fleet management, incident response, multi-vehicle orchestration, and continuous performance optimization. The integrated offering is designed to simplify and accelerate the deployment of AMR fleets, enabling businesses to automate repetitive tasks like material handling and sorting with greater flexibility and operational scale. eInfochips brings extensive expertise in AI, hardware integration, and partnerships with platform providers like NVIDIA and Qualcomm, while InOrbit contributes its experience in managing thousands of robots
roboticsedge-computingautonomous-mobile-robotsAIIoTcloud-roboticsindustrial-automationThe iPhone Air is so light, I forgot it was in my pocket
The iPhone Air, Apple’s thinnest phone at just 5.64 millimeters and notably light at 12 grams less than the iPhone 17, impresses with its sleek, exquisite design and comfortable handling despite its large 6.5-inch screen. Its thinness makes it easy to carry—often forgotten in a pocket—and sturdy enough to withstand minor drops and accidental pressure without damage. While the phone’s build invites use without a case to preserve its slim profile, Apple offers a lightweight bumper case and a shoulder strap accessory for added protection. However, the iPhone Air’s slimness comes with trade-offs, particularly in battery life and camera capabilities. The phone tends to heat up during intensive gaming or video streaming, and while its battery suffices for moderate daily tasks like calls, video watching, and browsing, heavy users may need Apple’s $99 MagSafe battery pack to comfortably last through the day. The camera system is limited to a single 48-megapixel rear
IoTsmartphonesbattery-lifeMagSafemobile-technologyAppleportable-devicesWireless wearable mouse ‘picoRing’ runs one month on single charge
Researchers at the University of Tokyo have developed picoRing, a wireless, ultralow-power ring-shaped mouse designed to control augmented reality (AR) glasses more intuitively and efficiently. Weighing just 5 grams, picoRing can operate for over 30 days on a single charge by consuming between 30 and 500 microwatts of power—hundreds of times less than previous smart rings. This extended battery life is achieved through a novel semi-passive inductive telemetry (semi-PIT) communication system, which uses a wire coil with distributed capacitors to amplify magnetic fields and extend communication range without active power amplification. A wristband acts as a signal relay between the ring and the connected device, allowing the ring itself to use less power-intensive components. While picoRing offers promising improvements for wearable input devices, especially in AR and VR environments where traditional mice are impractical, it has limitations. The prototype is still somewhat bulky for a ring, experiences interference, and supports only simple inputs like scrolling
IoTwearable-technologylow-power-communicationAR-controlwireless-mouseenergy-efficiencysmart-ringThe Hidden Lever: A PSA & What Tesla’s Door Handles Reveal About Its Safety Culture - CleanTechnica
The article highlights a critical safety concern regarding Tesla vehicles, particularly the Model 3 and Model Y, focusing on their door handle design and emergency exit mechanisms. While Teslas are increasingly common in rideshare fleets, their sleek electronic door handles and touchscreen controls can become useless if the car loses power during an emergency such as a crash, flood, or fire. In such cases, occupants must rely on mechanical manual releases to open the doors, which exist but are often hidden or unintuitive. For the front doors, a small lever near the window switches can be lifted to unlatch the door manually, but this control is easy to miss and rarely used in normal operation. Rear doors have even more concealed manual releases, tucked behind removable panels or covers, making them difficult to find quickly in a crisis. The trunk also includes a glow-in-the-dark manual release for escape from inside. The article stresses that Tesla’s current design places a heavy burden on users to know and remember these manual release locations and operations,
robotIoTenergyelectric-vehiclesTeslaautonomous-vehiclessmart-car-technologyAnker offered Eufy camera owners $2 per video for AI training
Anker, the maker of Eufy security cameras, launched a campaign earlier this year offering users $2 per video of package or car thefts to help train its AI systems for better theft detection. The initiative encouraged users to submit both real and staged videos, even suggesting users stage theft events to earn more money, with payments made via PayPal. The campaign ran from December 18, 2024, to February 25, 2025, aiming to collect 20,000 videos each of package thefts and car door thefts. Over 120 users reportedly participated, and Eufy has since continued similar programs, including an in-app Video Donation Program that rewards users with badges, gifts, or gift cards for submitting videos involving humans. The company claims the videos are used solely for AI training and are not shared with third parties. However, concerns about privacy and data security persist. Eufy has a history of misleading users about the encryption of their camera streams, as revealed
IoTAIsecurity-camerasvideo-datauser-incentivessmart-home-devicesdata-privacyInstacrops will demo its water-saving, crop-boosting AI at TechCrunch Disrupt 2025
Instacrops, a Chile-based startup founded by Mario Bustamante, is leveraging AI to address the critical issue of water scarcity in agriculture, particularly in water-stressed regions like Chile and India where agriculture consumes over 90% of water resources. The company helps around 260 farms reduce water usage by up to 30% while boosting crop yields by as much as 20%. By shifting from hardware to AI-driven solutions, Instacrops now processes approximately 15 million data points per hour, significantly increasing efficiency and impact with fewer staff. Their technology integrates IoT sensors or existing farm networks to collect data on over 80 parameters—including soil moisture, humidity, temperature, and satellite-derived plant productivity metrics (NDVI)—to provide precise irrigation advisories directly to farmers via mobile apps and WhatsApp. Instacrops focuses on high-value crops in Latin America such as apples, avocados, blueberries, almonds, and cherries. The startup offers its services through an annual fee per hectare, enabling farmers
IoTagriculture-technologyAIwater-conservationsmart-farmingcrop-yield-optimizationenvironmental-sustainabilityChina's Xiaomi EV drives itself forward without human command: Report
A Xiaomi SU7 electric SUV in China was captured on surveillance footage moving forward on its own while parked and unattended, sparking public concern. The vehicle’s owner reported the incident to Xiaomi customer service, which initially suggested that a mobile phone might have inadvertently triggered a remote-start function. After a thorough investigation involving backend vehicle data and smartphone operation logs, Xiaomi confirmed that the car received a Remote Parking Assist (RPA) command from the owner’s iPhone 15 Pro Max via Bluetooth, which caused the SUV to roll forward. The company emphasized that the movement was remotely triggered rather than caused by a system malfunction. This incident has reignited industry debates about the safety and reliability of remote vehicle control features like RPA. While such technologies offer convenience, especially in tight parking situations, experts warn of the need for robust safeguards, fail-safe mechanisms, and transparent communication to maintain user trust. The Xiaomi SU7, launched in 2024 as a premium electric SUV with competitive performance specs, represents the growing competition
robotIoTautonomous-vehiclesremote-parking-assistBluetooth-technologyconnected-carsvehicle-safetySpace defense, gravity, and connectivity with Bridgit Mendler, Even Rogers, and Max Haot at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, held October 27–29 at San Francisco’s Moscone West, the Space Stage will spotlight transformative developments in the space economy beyond traditional rockets and satellites. The event emphasizes building resilient infrastructure, deploying autonomous systems, and innovating new operational and defense models for off-Earth assets. A key panel features Bridgit Mendler, Even Rogers, and Max Haot—three influential leaders shaping the future of space technology. Mendler, CEO of Northwood Space, focuses on scaling ground station networks to enhance satellite connectivity. Rogers, a former Air Force officer and space strategist, is advancing space defense technologies to protect orbital assets and secure freedom of action in space. Haot, CEO of Vast, is pioneering artificial gravity space stations, turning ambitious science fiction concepts into venture-backed commercial realities. The panel will delve into critical topics such as how defense and autonomy are redefining orbital security, the potential of artificial gravity for sustainable space habitation, the expansion of connectivity infrastructure to
IoTspace-technologysatellite-connectivityautonomous-systemsspace-defenseartificial-gravitycommercial-space-economyEinride raises $100M to scale autonomous freight deployments - The Robot Report
Einride AB, a Stockholm-based developer of digital, electric, and autonomous freight systems, has raised approximately $100 million in funding from a mix of existing and new investors to accelerate the deployment of its self-driving trucks and deepen technology development. This funding round follows the company’s recent milestone of completing a cross-border autonomous truck operation between Norway and Sweden without a human driver onboard. Founded in 2016, Einride designs and operates a platform that includes connected electric heavy-duty vehicles, charging infrastructure, and an intelligent freight operating system, serving Global Fortune 500 companies across the U.S. and Europe. The investment, which includes participation from EQT Ventures and IonQ, aims to support Einride’s growth as it expands into new markets such as Austria and the United Arab Emirates, and scales its autonomous freight ecosystem. IonQ’s involvement focuses on developing quantum computing applications to solve large-scale logistics challenges. Einride’s proprietary Saga platform integrates advanced digital planning with electric and autonomous vehicles to tackle industry issues like
robotautonomous-vehicleselectric-trucksfreight-technologylogistics-optimizationIoTenergy-efficient-transportationApple shelves Vision Pro overhaul to focus on AI glasses
Apple has decided to pause its plans to overhaul the Vision Pro VR glasses in order to concentrate on developing AI-powered smart glasses that can rival Meta’s offerings. Previously, Apple was working on a cheaper and lighter version of the Vision Pro, but staff from that project are now being reassigned to focus on smart glasses development. According to Bloomberg’s Mark Gurman, Apple is working on at least two smart glasses models: the first, called N50, will connect to an iPhone and lack its own display, with a potential unveiling as early as next year and a release planned for 2027. The second model will include a built-in display and is designed to compete directly with Meta’s recently unveiled smart glasses. Although this display-equipped version was originally slated for release in 2028, Apple is accelerating its development timeline. Despite this strategic pivot, Apple remains behind Meta, which introduced its first smart glasses back in 2021. This shift highlights Apple’s intent to prioritize AI integration and smart eyew
IoTsmart-glassesaugmented-realitywearable-technologyAppleAI-glassesconsumer-electronicsHow Guident is making autonomous vehicles safer with multi-network TaaS - The Robot Report
Guident Corp. is advancing autonomous vehicle (AV) safety through its teleoperation-as-a-service (TaaS) platform, which combines remote human oversight with robust multi-network connectivity. The company operates AV shuttles in South Florida and manages a variety of vehicles including a shuttle from AuVe Tech, a large-capacity bus at Michigan State University, and a security patrol robot called Watchbot. Central to Guident’s offering is its Remote Monitor and Control Center (RMCC), which enables remote control operators (RCOs) to monitor and intervene in real time via a patented ultra-low latency video streaming system. This system achieves connection speeds of 35 to 70 milliseconds, critical for timely remote interventions. Guident’s technology integrates a small proprietary hardware device, the vehicle teleoperation unit (VTU), installed on vehicles to connect sensors and cameras with multiple communication networks. The company’s multi-network backbone dynamically switches between terrestrial (4G/5G, private wireless) and non-terrestrial
robotautonomous-vehiclesteleoperationIoTremote-monitoring5G-connectivitysatellite-networksSpacecoin beams blockchain transaction through space in bid for decentralized internet
Spacecoin recently demonstrated the successful transmission of encrypted blockchain data via its first prototype satellite, CTC-0, launched in December 2024 on a SpaceX Falcon 9 rideshare. This proof-of-concept involved beaming secured cryptographic signatures and encrypted data from Chile to Portugal, validating the satellite’s capability to execute encrypted transactions in orbit. Founder Tae Oh emphasized that this milestone is critical for building a decentralized network of communication satellites and enabling permissionless connectivity. Following CTC-0, Spacecoin plans to launch progressively larger satellites (CTC-1 series) to enhance network performance. Unlike existing satellite broadband providers such as SpaceX’s Starlink and Amazon’s Kuiper, which operate managed networks, Spacecoin aims to create a decentralized internet infrastructure based on “tokenized access.” Their upcoming network, called Starmesh, promises encrypted internet traffic that supports safe, untraceable browsing and access to decentralized web services. The system will operate on the Creditcoin blockchain, allowing users to pay
IoTsatellite-technologyblockchaindecentralized-internetencrypted-communicationspace-technologytelecommunicationsAnker offered to pay Eufy camera owners to share videos for training its AI
Anker, the maker of Eufy security cameras, launched a campaign earlier this year offering users $2 per video of package or car thefts to train its AI systems. The company encouraged users to submit both real and staged videos, even suggesting users simulate thefts to help improve detection algorithms. This initiative aimed to collect 20,000 videos each of package thefts and car door pulls, with payments made via PayPal. While the campaign reportedly attracted participation from over 120 users, Eufy did not disclose how many videos were collected, the total payments made, or whether the videos were deleted after training. Following this, Eufy continued similar programs, including an in-app Video Donation Program that rewards users with badges, gifts, or rankings for submitting videos involving humans, which the company states are used solely for AI training and not shared with third parties. Despite these efforts to monetize user data for AI development, concerns about privacy and security persist. For example, in 2023
IoTsecurity-camerasAI-trainingvideo-data-collectionuser-incentivesprivacy-concernssmart-home-devicesNew smart fabric buried in asphalt lets roads self-report damage
Scientists at Germany’s Fraunhofer Institute for Wood Research (WKI) have developed an innovative smart fabric embedded with sensors that can be integrated directly into asphalt roads to monitor their internal condition in real time. Made from flax fibers reinforced with ultra-thin conductive wires, this bio-based fabric detects strain and stress within the asphalt’s base layer by measuring changes in electrical resistance. The data collected is analyzed by AI algorithms, enabling continuous, nondestructive monitoring of hidden cracks and damage beneath the road surface without the need for drilling or core sampling. This approach aims to improve maintenance planning by providing timely insights into road health, potentially reducing costly repairs and traffic disruptions. The lightweight flax-based fabric is designed for durability, resisting damage during weaving, installation, and heavy traffic loads. Manufactured on a double rapier loom, it can be produced in scalable widths and lengths suitable for real-world road construction. Initial tests involved embedding the fabric across the full width of roadbeds in industrial zones. While the technology does not extend
smart-fabricsensor-technologyIoTroad-monitoringmaterials-sciencesustainable-infrastructureAI-analyticsPrickly Pear Health will showcase how it’s helping women’s brain health at TechCrunch Disrupt 2025
Prickly Pear Health, led by CEO Iman Clark, is a health tech startup focused on improving women’s brain health, particularly for women in their 30s to 50s experiencing hormonal changes that affect cognition. Clark’s inspiration came from her background working with neurodegenerative conditions and her discovery that women disproportionately suffer from Alzheimer’s, depression, anxiety, and migraines. Recognizing a gap in addressing women’s unique biology, Prickly Pear Health offers a voice-first, AI-powered companion that allows users to record daily reflections. The AI analyzes language and context to detect cognitive changes, integrating data from health trackers like Apple Health and Garmin to provide personalized insights. The company will showcase its technology at TechCrunch Disrupt 2025 in San Francisco from October 27 to 29. Clark emphasizes that traditional care often misses early signs of brain health issues in midlife women, who are frequently dismissed or misdiagnosed. Prickly Pear Health aims to fill this gap by helping women recognize
IoTAIhealth-technologywearable-devicesbrain-healthwomen's-healthdigital-healthMeta plans to sell targeted ads based on data in your AI chats
Meta announced that starting December 16, it will use data from user interactions with its AI products to sell targeted ads across its social media platforms, including Facebook and Instagram. This update to its privacy policy applies globally except in South Korea, the UK, and the EU, where privacy laws restrict such data use. Meta plans to incorporate information from conversations with its AI chatbot and other AI features—such as those in Ray-Ban Meta smart glasses, which analyze voice recordings, pictures, and videos—into its ad targeting algorithms. For example, if a user discusses hiking with the AI, they may receive ads for hiking gear. However, sensitive topics like religion, sexual orientation, political views, health, and ethnicity will be excluded from ad targeting. Meta emphasizes that AI interaction data will only influence ads if users are logged into the same account across products, and currently, there is no opt-out option for this data use. This move reflects a broader trend among tech companies to monetize AI products, which are
IoTAItargeted-advertisingsmart-glassesdata-privacyMeta-AIuser-dataGoogle’s Home app, a command center for the smart home, gets a Gemini upgrade
Google has announced a major redesign of its Google Home app, aiming to improve the overall user experience for managing smart home devices. Acknowledging past shortcomings, Google focused first on enhancing the app’s performance, reliability, and design before integrating new AI features. The updated app now launches 70% faster, experiences 80% fewer crashes, and includes numerous battery and memory optimizations. Over the past year, Google has delivered more than 100 updates, and the app currently supports over 800 million devices from more than 50,000 manufacturers, reflecting its broad compatibility. A significant part of the update is the integration of Nest device management into the Google Home app, consolidating what was previously split between two apps. The app now supports Nest thermostats (from 2015 onward), cameras, doorbells, smoke and CO detectors, and smart locks, including migration of device history and features like emergency notifications. Camera functionality has been notably improved, with 30% faster live views, 40
IoTsmart-homeGoogle-HomeNest-devicesAI-assistantdevice-managementsmart-thermostatGoogle teases its new Gemini-powered Google Home speaker, coming in spring 2026
Google has announced its upcoming flagship smart speaker, powered by its new Gemini AI assistant, set to launch in spring 2026 at a price of $99. The device will be available in four colors—Porcelain, Hazel, Berry, and Jade—and is designed with a processor capable of handling advanced AI functions such as background noise suppression, reverb, and echo cancellation. This ensures clearer interaction even in noisy environments. A new light ring will provide visual feedback on the assistant’s status during interactions, particularly in the Gemini Live mode, which requires a Google Home Premium subscription. The launch timing is deliberate, as Google aims first to roll out Gemini AI functionality to existing Google Home devices through an Early Access program, allowing current users to test and provide feedback before the new speaker becomes available. The speaker supports 360-degree audio and can be grouped with other Google Home devices for synchronized playback. Additionally, users will be able to pair two Google Home speakers with a Google TV Streamer to create a surround-s
IoTsmart-homeGoogle-HomeAI-assistantGemini-AIsmart-speakereco-friendly-materialsGoogle unveils AI-powered Nest indoor and outdoor cameras, and a new doorbell
At its recent Google Home event, Google introduced a new lineup of Nest smart home security devices featuring AI enhancements powered by its Gemini AI assistant. The updated products include a $149.99 Nest Cam Outdoor, a $99.99 Nest Cam Indoor, and a $179.99 Nest Doorbell, all equipped with 2K HDR video—the highest resolution Google has offered to date. These devices provide a wider field of view (152 degrees for cameras and 166 degrees for the doorbell) and improved low-light performance, with 120% greater light sensitivity and extended full-color mode during dawn and dusk. The doorbell’s aspect ratio was also changed to 1:1 to capture more detailed images of visitors and packages. The key differentiator is the integration of Gemini AI, which enhances the intelligence of notifications by providing more context rather than generic alerts. Instead of simple motion detection notices, users might receive descriptive alerts such as “dog jumps out of playpen,” accompanied by zoomed-in video
IoTsmart-homeAIsecurity-camerasNest-devicesGemini-AIvideo-surveillanceGoogle reveals its Gemini-powered smart home lineup and AI strategy
Google has unveiled a refreshed lineup of smart home devices powered by its new AI assistant, Gemini AI, including updated Nest Cam Outdoor, Nest Cam Indoor, and Nest Doorbell models. The company also previewed an upgraded Google Home smart speaker expected in spring 2026 and announced a partnership with Walmart to offer affordable AI-enabled cameras and doorbells under the onn brand. Google’s strategy emphasizes making Gemini accessible not only through its own flagship hardware but also by enabling other manufacturers to integrate Gemini into their devices, similar to how Android operates across various smartphone brands and price points. To maximize reach, Google plans to first roll out Gemini features to existing devices with sufficient processing power, leveraging its ecosystem of over 800 million devices connected via Google Home Cloud-to-Cloud Plus. This phased approach allows Google to test and refine Gemini’s capabilities before launching on new flagship products. Additionally, Google is providing partners with a comprehensive toolkit—including reference hardware designs, SoC recommendations, and an embedded camera SDK—to facilitate the development of
IoTsmart-homeAI-assistantGoogle-Geminiconnected-devicessmart-camerashome-automationOura launches Ring 4 Ceramic collection, new charging case, and a ‘health panel’ feature
Oura has launched the Oura Ring 4 Ceramic collection, marking its first smart ring line without metallic finishes. Made from durable and lightweight zirconia ceramic, the rings feature colors derived from natural minerals, ensuring long-lasting vibrancy without fading. The collection includes four colors—Tide, Cloud, Petal, and Midnight—and is priced at $499, with membership options available. Oura emphasizes the rings as both a tech product and a personal style statement, designed for everyday wear and self-expression. To complement the rings, Oura introduced its first charging case, capable of storing up to five full charges and fully charging both the case and ring in 90 minutes. The case, priced at $99, also serves as a secure storage option and will be available later this year. In addition to hardware updates, Oura unveiled a new Health Panels feature within its app, allowing users to track 50 blood biomarkers alongside sleep, readiness, and activity data. Members can schedule blood tests at over
IoTwearable-technologysmart-ringceramic-materialshealth-monitoringcharging-casebiometric-dataAmazon unveils new Echo devices, powered by its Al, Alexa+
At its annual hardware event, Amazon unveiled a new lineup of Echo devices powered by its advanced AI assistant, Alexa+. The four new models—the Echo Dot Max, Echo Studio, Echo Show 8, and Echo Show 11—feature enhanced processing power and memory, enabled by Amazon’s custom-designed AZ3 and AZ3 Pro silicon chips. These chips improve wake word detection, conversation recognition, and support advanced AI models and vision transformers. Notably, the AZ3 Pro devices incorporate Omnisense, a sensor platform that uses cameras, audio, ultrasound, Wi-Fi radar, and other inputs to enable Alexa to respond contextually to events in the home, such as recognizing when a person enters a room or alerting users to an open garage door. The Echo Dot Max ($99.99) offers significantly improved sound with nearly three times the bass, while the Echo Studio ($219.99) boasts a smaller spherical design, spatial audio, Dolby Atmos support, and an upgraded light ring. Both can
IoTsmart-homeAlexaAI-assistantAmazon-Echoedge-computingsmart-devicesRing cameras can now recognize faces and help to find lost pets
Amazon’s Ring announced several new AI-powered features and products aimed at enhancing home security and convenience. The headline feature, “Familiar Faces,” uses artificial intelligence to recognize friends and family members, allowing users to receive alerts only for unfamiliar visitors and reduce unnecessary notifications. This feature integrates with the new Alexa+ Greetings system, which acts as a smart doorbell assistant by providing personalized greetings and managing visitor interactions. Additionally, Ring introduced “Search Party,” an AI-driven tool to help find lost pets by connecting Ring users in the same neighborhood to report sightings voluntarily. Search Party will initially support dogs starting in November, with plans to expand to cats and other pets. These new capabilities will be available on Ring’s upcoming Retinal 2K and Retinal 4K product lines, which feature “Retinal Vision” technology designed to optimize video quality continuously using AI. The Retinal 2K devices include the Indoor Cam Plus ($59.99) and Wired Doorbell Plus ($179.99), while the
IoTsmart-homeAIfacial-recognitionsmart-securitypet-trackingAmazon-RingAlexa+ comes to new Fire TV devices with AI-powered conversations
At Amazon’s fall hardware event, the company unveiled the integration of its upgraded AI assistant, Alexa+, into new Fire TV devices. Alexa+ enhances user interaction by enabling more complex and natural language queries, such as personalized movie or show recommendations based on previous viewing habits or favorite actors. It also provides real-time information during live sports events, including scores, player stats, and highlights, and allows users to find specific scenes in movies or shows through voice commands. Initially, this scene-finding feature supports thousands of Prime Video titles, with plans to expand to other platforms. Alongside the Alexa+ upgrade, Amazon introduced a new lineup of Fire TV hardware, including the Fire TV 2-Series, 4-Series, Omni QLED TVs, and the Fire TV Stick 4K Select. These devices feature improvements such as the Omnisense auto-adjusting brightness technology, Dialogue Boost for clearer audio, and faster performance with new quad-core processors. The flagship Fire TV Omni QLED Series boasts 60%
IoTsmart-homeAlexaAI-assistantFire-TVvoice-controlsmart-devicesOura CEO talks potential IPO and ‘nonnegotiable’ data privacy
Oura Health CEO Tom Hale addressed the company's growth and potential plans for an initial public offering (IPO) amid reports valuing the health-tracking ring maker at nearly $11 billion. While Hale did not confirm any immediate IPO plans, he acknowledged that Oura has reached significant milestones in size, growth, and scale that make going public a viable option. He emphasized that the company will announce any such plans when the timing is appropriate. Oura is on track to generate $1 billion in revenue in 2025, doubling its revenue from the previous year. Hale also discussed data privacy concerns, particularly in relation to government data-sharing initiatives. He clarified that Oura aims to empower customers to share their data only when beneficial, rejecting any notion that data is shared indiscriminately with entities like the Trump administration. He stressed that protecting user data privacy and security is "nonnegotiable," especially given the potential risks if data were misused. Additionally, Hale shared a personal note on his own
IoTwearable-technologyhealth-trackingdata-privacysmart-devicesdigital-healthconsumer-electronicsPhotos: This acorn-shaped trailer inflates into full-size camping pod
Urbanoid has introduced the Booba, a compact, lightweight travel trailer weighing just 530 lbs (240 kg), designed for easy towing by small cars, including electric microcars. Its acorn-shaped clamshell design unfolds and inflates into a spacious tent within minutes, combining the portability of a tent with the comfort and convenience of a trailer. The interior features a semi-circular lounge sofa and swiveling table that convert into a double bed measuring approximately 73 x 54 inches, accommodating couples or small groups comfortably. The Booba’s distinctive automotive-inspired design includes a sculpted rear end with full-width lighting and a ribbed clamshell top resembling a hardshell luggage rack. Functionality is enhanced by practical features such as a hidden outdoor shower integrated into an exhaust-like structure. Urbanoid will offer two versions at launch: the Mezzo base model (€10,840/$12,600) with essential camping features, and the Pro version (€13,360) that adds an
energyIoTportable-powercamping-technologyinflatable-trailerelectric-pumpEcoflow-power-stationsIs the Apple Watch SE 3 a good deal?
Apple recently released the Apple Watch Series 11, Apple Watch SE 3, and Apple Watch Ultra 3, targeting different market segments. The Ultra 3, priced at $799, is aimed at high-end users and athletes, while most consumers will likely choose between the Apple Watch SE 3 ($249) and Series 11 ($399). Despite its lower price, the SE 3 offers much of the same software as the Series 11 and includes significant upgrades over its predecessor, the SE 2. Notable improvements in the SE 3 include the new S10 chip, an always-on display, fast charging, enhanced crack resistance, new health features such as a wrist-temperature sensor for advanced sleep tracking and retrospective ovulation insights, making it a strong value proposition, especially for first-time buyers. Both the Series 11 and SE 3 share many features, including the S10 chip, always-on Retina display, heart health notifications, wrist gestures, emergency SOS, fall and crash detection
IoTwearable-technologysmartwatcheshealth-monitoringApple-Watchsleep-trackingwearable-sensorsToyota Woven City Officially Launches as a Test Course for the Future of Mobility - CleanTechnica
Toyota Motor Corporation and Woven by Toyota, Inc. have officially launched Woven City, a real-world test course for future mobility located in Susono City, Shizuoka Prefecture, Japan. Initially unveiled at CES 2020, Woven City is designed as a living laboratory where innovation in mobility and related technologies can be developed and tested. The project centers around two key participant groups: Inventors and Weavers. Inventors include enterprises, startups, entrepreneurs, and research institutions collaborating to create new products and services through a concept called Kakezan, meaning “multiplication,” which emphasizes innovation through the convergence of diverse ideas and capabilities. Among the 20 Inventors is singer-songwriter Naoto Inti Raymi, who contributes a creative dimension by producing the city’s anthem and audio logo. The Weavers are the residents and visitors who live in and experience Woven City firsthand, providing essential feedback to shape ongoing innovations. Since September 2025, Toyota Group employees and their families have begun
robotIoTsmart-citymobilityinnovationToyotaurban-technologyQuantum internet closer: New router transmits data with 99% fidelity
Researchers at Tohoku University have developed a breakthrough photonic quantum router capable of transmitting quantum information with over 99% fidelity and extremely low signal loss (0.06 dB or about 1.3%). This device is compatible with existing telecommunication networks and operates at nanosecond speeds, addressing a major hurdle in building scalable quantum communication systems. The router employs a novel parallelogram-shaped interferometer design that preserves photon polarization while reducing the number of optical components, thereby minimizing signal loss and enhancing stability. In a pioneering demonstration, the router successfully directed entangled photon pairs while maintaining an interference visibility of approximately 97%, confirming its ability to handle complex quantum states crucial for applications like distributed quantum computing and secure quantum communication. This development marks a significant step toward realizing a practical quantum internet, which relies on transmitting quantum data encoded in photons without loss or corruption. The new router combines essential features—low loss, high speed, noise-free operation, and telecom compatibility—making it a foundational component for
IoTquantum-internetphotonic-routerquantum-communicationtelecommunication-networksquantum-computingsecure-communicationDoorstep raises $8M seed to help find missing food deliveries
Doorstep, a startup founded by Shashwat Murarka and Sheel Patel, has raised $8 million in a seed funding round led by Canaan Partners to address the challenge of missing food deliveries during the "last mile" of the supply chain. The company’s technology integrates with existing delivery platforms like Uber Eats and DoorDash, using phone sensors to track drivers inside buildings—such as when they enter, take elevators, and reach the correct doorstep—where standard GPS fails. This real-time, verifiable data helps automate dispute resolution and validate deliveries, reducing customer frustration and improving proof-of-delivery accuracy without compromising user or driver privacy. The funding will enable Doorstep to transition from pilot to full production and expand its engineering and product teams. Murarka emphasized that unlike hardware-based competitors (e.g., building sensors or lockers), Doorstep’s software solution is more scalable and cost-effective. Currently active across all US states, the company aims not only to reduce fraud and refund disputes but also to rebuild
IoTdelivery-trackingGPS-technologysupply-chainsensor-technologylast-mile-logisticsfood-deliveryTuneIn partners with FEMA to give drivers real-time emergency alerts
TuneIn, an audio streaming service, has partnered with the Federal Emergency Management Agency (FEMA) to deliver real-time emergency alerts directly to drivers via the Integrated Public Alert and Warning System (IPAWS). This integration allows drivers in affected areas to receive verified local, state, tribal, and federal emergency notifications, including warnings about extreme weather and natural disasters. Alerts are prioritized by severity, with minor threats triggering brief notifications and critical emergencies interrupting broadcasts with both audio and on-screen alerts. The service is available in vehicles from several manufacturers, such as Rivian, Lucid, Tesla, Sony Honda Mobility, Jaguar, Land Rover, Mercedes, and Volvo. The partnership comes at a challenging time for FEMA, which has experienced significant staff reductions, with nearly 2,500 employees leaving between January and June 2025, including senior executives. This has raised concerns about FEMA’s capacity to effectively manage and disseminate accurate information through new channels like TuneIn. Despite these challenges, Homeland Security Secretary Kristi
IoTemergency-alertsconnected-vehiclesreal-time-notificationsautomotive-technologypublic-safetyFEMA-integrationTesla Working Hard To Get Cybertrucks Off Lots - CleanTechnica
The article from CleanTechnica highlights Tesla's ongoing efforts to clear inventory of its Cybertruck model, which is currently experiencing declining sales and accumulating on dealership lots. Tesla has been aggressively promoting the Cybertruck by offering multiple incentives, including one year of free Supercharging, a Luxe Package featuring Full Self-Driving (Supervised), Premium Connectivity, and Premium Service. Additionally, Tesla has pushed limited-time offers such as 0% APR financing through September 2025 to encourage quicker purchases. Despite these efforts, Cybertruck sales have steadily decreased over the past four quarters, dropping from 16,692 units in Q3 2024 to just 4,306 in Q2 2025. The article suggests that the Cybertruck has become a significant disappointment for Tesla, raising concerns about its impact on the company's finances. While some Tesla enthusiasts remain loyal to the vehicle, the broader market response has been underwhelming, leading to speculation about whether Tesla might pivot to producing a more conventional pickup truck,
robotenergyelectric-vehiclesautonomous-drivingTeslaIoTsmart-transportationBuilding the New Backbone of Space at TechCrunch Disrupt 2025
The article highlights the upcoming TechCrunch Disrupt 2025 event, scheduled for October 27–29 at San Francisco’s Moscone West, with a special focus on the evolving space economy. Unlike traditional views centered on rockets and satellites, the event emphasizes the critical role of infrastructure, autonomy, and innovative models for building and defending off-Earth assets. The Space Stage at the conference will feature leading experts discussing how next-generation technologies are shaping a more sustainable and scalable space economy. Key speakers include Even Rogers, co-founder and CEO of True Anomaly, who brings extensive national security and defense expertise, and Max Haot, CEO of Vast and founder of Launcher, known for advancing commercial space ventures like artificial gravity space stations. Their panel will explore the operational realities of space innovation, including government-commercial partnerships and venture-backed orbital platforms, offering insights into the strategies driving the next wave of growth in the space sector. The event promises to gather over 10,000 founders, investors, and operators, providing
robotIoTenergyspace-technologyaerospaceorbital-platformsautonomous-systemsGoogle’s Gemini AI is coming to your TV
Google is expanding its AI assistant, Gemini, to over 300 million active Android TV OS-powered devices, starting with the TCL QM9K series. This integration aims to enhance the TV viewing experience by helping users find shows or movies, settle on content that suits multiple viewers’ interests, catch up on missed episodes, and provide reviews to aid viewing decisions. Beyond TV-related queries, Gemini will support a wide range of functions similar to those available on smartphones, such as homework help, vacation planning, and skill learning. Google emphasizes that the introduction of Gemini does not replace existing Google Assistant capabilities; traditional voice commands will still function as before. The rollout will continue throughout the year to additional devices, including the Google TV Streamer, Walmart onn 4K Pro, and various 2025 models from Hisense and TCL, with more features planned for future updates. This move represents a significant step in integrating advanced AI assistance directly into the TV platform to offer a more interactive and versatile user experience.
IoTAIGoogle-TVsmart-devicesartificial-intelligenceAndroid-TVvoice-assistantOura ring maker raising $875M Series E, bringing valuation to $11B, report says
Oura Health Oy, the maker of the Oura health and fitness ring, is raising $875 million in a Series E financing round that values the company at approximately $10.9 billion, nearly doubling its previous $5 billion valuation. The funding round is expected to close by the end of September 2025 and could potentially exceed $900 million. Since June 2024, Oura has increased its total ring sales from 2.5 million to 5.5 million units, reflecting significant growth. The company projects revenue to surpass $1 billion in 2025, doubling its 2024 revenue of $500 million, with forecasts for 2026 sales to exceed $1.5 billion. Oura plans to use the new capital to scale production, expand internationally, and invest in product development. Bloomberg highlights that recent growth has been driven by female consumers, retail store sales, purchases via health savings accounts, and international market expansion.
IoTwearable-technologyhealth-techsmart-ringfitness-trackingSeries-E-fundingproduct-developmentElon Musk Is Out to Rule Space. Can Anyone Stop Him?
The article highlights Elon Musk’s dominant role in the modern space industry through his company SpaceX, which has achieved an unprecedented launch cadence—95 launches in a single year, more than the rest of the world combined. SpaceX’s Falcon 9 rockets deploy Starlink satellites that provide global internet coverage, a capability that has become strategically crucial, as evidenced by its impact on communications during the Russia-Ukraine conflict. Additionally, SpaceX’s Dragon spacecraft currently serves as America’s sole means of transporting astronauts to the International Space Station, underscoring Musk’s critical position in both commercial and governmental space operations. Looking ahead, Musk stands to further consolidate power as the U.S. government pursues the weaponization of space in response to perceived threats from Russia and China. The Pentagon is investing heavily in satellite-based defense systems, including orbiting interceptors and communication networks, areas where SpaceX’s launch and satellite expertise are indispensable. Although Musk’s companies may not manufacture the weapons themselves, their infrastructure and technology will
IoTsatellite-communicationSpaceXStarlinkspace-technologyaerospacedefense-technologySwedish firm operates Level 4 self-driving electric truck in Europe
Swedish company Einride has successfully operated a fully autonomous Level 4 electric heavy-duty truck on public roads in Belgium, specifically at the Port of Antwerp-Bruges. This safety-validated demonstration was conducted under Belgian regulatory approval, marking a significant milestone for autonomous freight technology in Europe. The Port of Antwerp-Bruges, known as one of the world’s most complex logistics hubs, serves as a testing ground for innovative and sustainable mobility solutions, with Einride’s deployment highlighting how autonomous systems can improve goods flow efficiency and reduce emissions. Einride operates one of the largest fleets of heavy-duty electric trucks globally, serving customers across Europe, North America, and the Middle East. Leveraging years of accumulated operational data, the company is uniquely positioned to scale autonomous technology, aided by its purpose-built cabless vehicles that require fewer remote operators per truck, enabling more cost-effective logistics. Einride’s CTO Henrik Green emphasized the collaboration between public and private sectors in advancing autonomous freight, aligning with the European Commission’s
robotautonomous-vehicleselectric-trucksenergy-efficiencysustainable-logisticsIoTtransportation-technologyBidirectional Charging, AI, & Semiconductors — Volkswagen's IAA Announcements - CleanTechnica
At the IAA Mobility 2025 auto show in Munich, Volkswagen made several significant announcements emphasizing innovation in bidirectional charging, artificial intelligence, and semiconductor procurement. Central to Volkswagen's strategy is a new procurement model developed in partnership with Rivian and Volkswagen Group Technologies, covering over 50 semiconductor categories including microcontrollers and power transistors. This initiative aims to streamline semiconductor sourcing, reduce costs, and ensure supply chain resilience, reflecting Volkswagen’s ambition to become a global leader in automotive technology. The company also hosted the 4th Semiconductor Summit, bringing together key industry players to strengthen collaboration between automotive and semiconductor sectors. Volkswagen subsidiary Elli introduced a pilot project for bidirectional charging in private homes, featuring a legally compliant 11 kW wallbox that connects electric vehicles with home solar systems through a modular software platform. This technology can potentially reduce charging costs by up to 75% and supports energy independence. Elli is recruiting participants in Germany for this pilot and plans to integrate EV battery storage into a virtual power
energybidirectional-chargingsemiconductorselectric-vehiclesautomotive-technologyAIIoTMeta CTO explains why the smart glasses demos failed at Meta Connect — and it wasn’t the Wi-Fi
At Meta Connect, multiple demos of Meta’s new smart glasses—including an upgraded Ray-Ban Meta model and other variants—failed during live presentations, leading to visible technical difficulties. Initially attributed to Wi-Fi issues, Meta CTO Andrew Bosworth later clarified that the problems were due to resource management errors and a software bug. Specifically, when a cooking demo triggered the “Live AI” feature, it inadvertently activated the feature on every pair of Ray-Ban Meta glasses in the building, overwhelming Meta’s development server and effectively causing a self-inflicted distributed denial-of-service (DDoS) scenario. This overload was not anticipated during rehearsals, which involved fewer devices. The failed WhatsApp video call demo was caused by a previously unseen “race condition” bug, where the glasses’ display went to sleep just as the call arrived, preventing the incoming call notification from appearing. Bosworth emphasized that this bug was rare, has since been fixed, and does not reflect the product’s overall reliability. Despite the glitches
IoTsmart-glassesMetaAIwireless-communicationwearable-technologynetwork-issuesMeet the latest VC judges joining Startup Battlefield 200 at TechCrunch Disrupt 2025
The Startup Battlefield 200 pitch competition at TechCrunch Disrupt 2025, scheduled for October 27–29 in San Francisco, will feature 20 founders competing for a $100,000 equity-free prize and the Disrupt Cup. A panel of experienced judges, including investors and industry leaders, will evaluate the startups. TechCrunch recently announced the third group of five judges joining the roster, with more to be revealed soon. Early registration offers significant savings before rates increase after September 26. The newly announced judges bring diverse expertise across venture capital, technology, and startup growth. Jon Chu of Khosla Ventures has a strong background in machine learning and enterprise software, having held key roles at Palantir, Docker, Opendoor, and Facebook. Eryk Dobrushkin from Index Ventures focuses on AI, infrastructure, and robotics, with prior experience at Databricks and Boston Consulting Group. Cathy Friedman of GV brings nearly four decades of experience in finance, technology, and healthcare investing
robotIoTenergymaterialsstartupventure-capitaltechnology-innovationMeta Ray-Ban Display and everything else unveiled at Meta Connect 2025
At Meta Connect 2025, Mark Zuckerberg unveiled several new AI-powered wearable devices, including the second-generation Ray-Ban Meta smart glasses, a wristband controller called the Meta Neural Band, and other AI-enhanced hardware aimed at athletes and general consumers. Meta highlighted its leadership in the AI wearables space, emphasizing improvements such as doubled battery life (up to eight hours) and ultra HD 3K video recording on the new Ray-Ban Meta glasses. New features like "conversation focus," which amplifies the voice of a person you’re talking to via open-ear speakers, were also introduced, though this feature is not yet available to the public. Despite the impressive technology showcased, the keynote was marked by a notable demo failure when the AI assistant on the Ray-Ban Meta glasses struggled to provide a coherent cooking recipe, leading to an awkward moment attributed humorously to Wi-Fi issues. This incident underscored the challenges still facing AI integration in real-world scenarios. Additionally, the Live AI feature
IoTsmart-glasseswearable-technologyAI-wearablesMeta-Connect-2025Meta-Neural-BandAI-integrationHere’s the tech powering ICE’s deportation crackdown
The article details the technology tools employed by U.S. Immigration and Customs Enforcement (ICE) to support its intensified deportation efforts under President Donald Trump’s administration. Since taking office, Trump’s administration has overseen approximately 350,000 deportations, with ICE responsible for around 200,000. To enhance its enforcement capabilities, ICE has contracted with several tech companies, notably Clearview AI and Paragon Solutions. Clearview AI provides facial recognition technology by scraping vast internet photo databases, enabling ICE’s Homeland Security Investigations (HSI) to identify victims and offenders in various cases, including child exploitation and assaults on officers. ICE’s contracts with Clearview AI have totaled several million dollars over recent years. Additionally, ICE signed a $2 million contract with Israeli spyware maker Paragon Solutions in September 2024, intended to provide a comprehensive spyware system including licenses, hardware, and training. However, the Biden administration initially issued a stop work order to review the contract’s compliance with executive orders on commercial
IoTsurveillance-technologyfacial-recognitionspywarelaw-enforcement-technologydigital-securitygovernment-contractsMark Zuckerberg has begun his quest to kill the smartphone
Meta CEO Mark Zuckerberg has unveiled the Meta Ray-Ban Display, a new generation of smart glasses designed to reduce smartphone dependence and restore social presence lost to phone use. The glasses integrate with a novel Meta Neural Band wristband that uses surface electromyography (sEMG) to detect hand and brain signals, enabling users to compose text messages silently by mimicking writing gestures. Zuckerberg demonstrated texting speeds of about 30 words per minute, which is competitive with average smartphone typing speeds, marking a significant advancement over previous voice or gesture-based input methods. This innovation represents Meta’s strategic effort to capture hardware market share currently dominated by Apple and Google, reducing reliance on their app store revenues. Despite Meta Reality Labs’ history of costly projects and mixed results, the Ray-Ban Display and Neural Band showcase promising technology that could redefine user interaction by minimizing screen time and promoting more natural, discreet communication. However, it remains uncertain whether consumers will adopt this new interface over traditional smartphones, making this a high-stakes bet
IoTsmart-glasseswearable-technologyMeta-Reality-Labsgesture-controlneural-interfaceaugmented-realityAnti-Trump Protesters Take Aim at ‘Naive’ US-UK AI Deal
Thousands of protesters gathered in central London to oppose President Donald Trump’s second state visit to the UK, with many expressing broader concerns about the UK government’s recent AI deal with the US. The demonstrators included environmental activists who criticized the deal’s lack of transparency, particularly regarding the involvement of tech companies and the environmental impact of expanding data centers. Central to the deal is the British startup Nscale, which plans to build more data centers expected to generate over $68 billion in revenue in six years, despite concerns about their high energy and water consumption and local opposition. Critics, including Nick Dearden of Global Justice Now and the Stop Trump Coalition, argue that the deal has been presented as beneficial without sufficient public scrutiny. They worry that the UK government may have conceded regulatory controls, such as digital services taxes and antitrust measures, to US tech giants, potentially strengthening monopolies rather than fostering sovereign British AI development or job creation. Protesters fear that the deal primarily serves the interests of large US corporations rather
IoTAIdata-centersenergy-consumptionsupercomputingtechnology-policyenvironmental-impactMeta unveils its new Oakley Meta Vanguard smart glasses for athletes
Meta has introduced the Oakley Meta Vanguard smart glasses, designed specifically for athletes such as runners and cyclists. Priced at $499 and launching on October 21, these glasses feature a large unified front lens with a 12-megapixel, 122-degree wide-angle camera capable of capturing video in up to 3K resolution. They include a programmable button for custom AI prompts via the Meta AI app, and all controls are positioned underneath the frames to accommodate helmet use comfortably. The glasses offer up to nine hours of battery life, six hours of continuous music playback, and come with a charging case providing an additional 36 hours of charge, with fast charging to 50% in 20 minutes. The Oakley Meta Vanguard glasses boast the most powerful open-ear speakers Meta has integrated into smart glasses, being six decibels louder than previous models, and a five-microphone array optimized to reduce wind noise during calls and voice commands. They have an IP67 rating for dust and water resistance
IoTsmart-glasseswearable-technologyMetaAI-integrationsports-technologybattery-lifeMeta unveils new smart glasses with a display and wristband controller
Meta has introduced a new pair of Ray-Ban branded smart glasses called Ray-Ban Meta Display, featuring a built-in display on the right lens for apps, alerts, and directions. The glasses are controlled via a wristband called the Meta Neural Band, which detects subtle hand gestures using electromyography (EMG) to interpret signals between the brain and hand. The Neural Band offers 18 hours of battery life and is water resistant. Priced at $800, the Ray-Ban Meta Display will be available for purchase in a few weeks, marking Meta’s latest consumer smart glasses offering aimed at enabling users to perform tasks typically done on smartphones. The Ray-Ban Meta Display builds on the success of Meta’s original Ray-Ban Meta smart glasses and includes an onboard AI assistant, cameras, speakers, and microphones. Users can access Meta apps such as Instagram, WhatsApp, and Facebook, as well as view directions and live translations through the glasses’ display. While this product offers a simpler display
IoTsmart-glasseswearable-technologyMetaaugmented-realityAI-assistantgesture-controlMeta Connect 2025: What to expect and how to watch
Meta Connect 2025, Meta’s flagship annual conference, will begin Wednesday evening with a keynote by CEO Mark Zuckerberg at the company’s Menlo Park headquarters, also available via free livestream. The event is expected to spotlight Meta’s new AI-powered smart glasses developed in partnership with Ray-Ban and Oakley. Leaks suggest the unveiling of “Hypernova” glasses featuring a heads-up display, cameras, microphones, and an AI assistant controlled by a wristband using hand gestures. Oakley’s new AI smart glasses, designed for athletes with a large unified lens and a single centered camera, are also anticipated. While Meta’s VR Quest headset lineup may not see major updates this year, the company is likely to touch on its Metaverse ambitions, though a significant new Metaverse product is expected closer to the end of 2026. This year’s Connect is particularly significant as it marks Meta’s first since launching its ambitious AI research division, MSL, headed by former Scale AI CEO Alexandr Wang
IoTsmart-glassesAI-wearablesMeta-Connect-2025augmented-realitywearable-technologyAI-assistantAndrew Yang took inspiration from Mark Cuban for his budget cell carrier Noble Mobile
Former presidential candidate Andrew Yang has launched Noble Mobile, a budget wireless service provider operating as a mobile virtual network operator (MVNO) using T-Mobile’s infrastructure. Noble Mobile offers a $50 monthly plan with unlimited talk, text, and 5G data, but with a unique twist: customers who use less than 20 GB of data in a month receive “Noble Cash” rewards, redeemable for goods or cash at roughly $1 per unused GB below the threshold. This model incentivizes reduced data usage, aligning with Yang’s goal of encouraging people to spend less time on their phones. Noble Mobile aims to provide a more affordable alternative to traditional carriers, whose average monthly bills are around $83, by leveraging wholesale network access to keep costs low. Yang drew inspiration from entrepreneur Mark Cuban’s Cost Plus Drugs model, which sells generic medications at a modest markup without relying on pharmacy benefit managers, thereby reducing prices for consumers while maintaining profitability. Similarly, Yang sees Noble Mobile as a “Cost Plus
IoTmobile-networks5Gwireless-serviceMVNOdata-usagetelecommunicationsData-driven maintenance is changing factory economics
The article highlights how data-driven predictive maintenance is revolutionizing factory economics by significantly reducing unplanned downtime, which can cost factories millions of dollars annually. Traditional reactive “break-and-fix” approaches are being replaced by smart strategies that leverage IoT sensors and AI to detect equipment faults weeks before failures occur. Studies from the US Department of Energy and industry surveys show that mature predictive maintenance programs can yield a 10× return on investment and reduce downtime by 35–45 percent. Additionally, companies adopting these technologies report substantial cost savings, fewer breakdowns, and extended equipment life, with Deloitte and IBM data supporting reductions of up to 70 percent in breakdowns and 25–30 percent in maintenance costs. The article explains the anatomy of a smart factory’s sensor system, where multiple IoT sensors continuously monitor parameters such as vibration, temperature, and fluid levels. These sensors feed data into edge computing nodes and cloud platforms, where AI algorithms analyze deviations from normal operating baselines to identify early signs of wear
IoTpredictive-maintenancesmart-factoryAIindustrial-sensorsedge-computingenergy-efficiencyCalm launches standalone iOS app for sleep support
Calm has launched a new standalone iOS app called Calm Sleep, aimed at providing personalized support to help users improve their sleep quality. The app begins with a short onboarding questionnaire to create a tailored sleep plan that includes recommended content and daily tasks focused on improving digital hygiene, exercise, stress reduction, and the sleep environment. A unique “sleep readiness” bar visually tracks users’ progress throughout the day, encouraging better habits. Additionally, Calm Sleep integrates with wearables via Apple HealthKit to help users act on their sleep data. At launch, Calm Sleep offers new exclusive Sleep Stories from notable personalities like radio host Delilah and actor Andrew Scott, alongside a vast existing library of over 300 hours of sleep content and 500 Sleep Stories. New content will be exclusive to Calm Sleep for four weeks before becoming available on the main Calm app. Calm, which pioneered Sleep Stories a decade ago, has seen these stories played over 1 billion times, underscoring its leadership in the sleep content space. The
IoTwearable-technologysleep-trackinghealth-appsmobile-healthpersonalized-sleep-supportApple-HealthKitNokia deploys world’s first commercial 5G rail network in Germany
Nokia and Deutsche Bahn (DB) have launched the world’s first commercial 5G rail network operating on the 1900 MHz (n101) band with a 5G Standalone (SA) core. This deployment, located on DB’s digital railway test field in Germany’s Ore Mountains, integrates Nokia AirScale radios and an optimized 5G SA core featuring failover, self-healing, and real-time monitoring to ensure high availability. The network supports Europe’s FP2-MORANE-2 tests of the Future Railway Mobile Communication System (FRMCS), which is set to replace the legacy GSM-R system, enabling faster, safer, and more efficient railway communications. The collaboration builds on previous 5G trials and aims to standardize private mobile networks as a foundation for future pilots and broader rollouts. FRMCS leverages 5G technology to prioritize safety messages, reduce delays by providing real-time problem visibility, and enable closer train spacing without compromising safety. It also
IoT5Gsmart-transportationrailway-communicationFRMCSautomated-train-operationsdigital-infrastructureEngineer turns disposable vape pen into a working web server
Romanian engineer Bogdan Ionescu, known as BogdanTheGeek, repurposed a disposable vape pen into a functioning web server. By dissecting a vape containing a PUYA C642F15 chip (actually a PY32F002B with a 24 MHz Arm Cortex M0+ processor, 24KB flash, and 3KB RAM), he leveraged its modest hardware to run a basic web server. Using the Serial Line Internet Protocol (SLIP) and uIP 0.9 code, he enabled TCP/IP communication, initially facing slow response times and packet loss. After optimizing his code with a ring buffer and other tweaks, he reduced ping times to 20ms and page loads to about 160ms, hosting a webpage copied from his blog within the limited 20KB flash storage. Ionescu’s VapeServer project not only demonstrates technical ingenuity but also highlights the sustainability potential of reusing disposable vape electronics, which are often discarded despite containing functional microcontrollers,
IoTembedded-systemsmicrocontrollerssustainabilityelectronic-recyclingweb-serverlow-power-devicesOndas Holdings brings in $217M from underwritten offering - The Robot Report
Ondas Holdings Inc., a provider of autonomous aerial and ground systems, recently closed an underwritten offering of 46 million common shares, raising approximately $217 million net of expenses. The company plans to use the proceeds to fuel corporate development and strategic growth initiatives, including acquisitions, joint ventures, and investments. This follows a prior $163 million public offering and the acquisition of a majority stake in Israeli electro-optics firm S.P.O. Smart Precision Optics Ltd. Ondas operates through two main units: Ondas Autonomous Systems (OAS), which develops commercial drones and ground robots under brands like Airobotics and American Robotics, and Ondas Networks, which offers FullMAX software-defined radio connectivity for industrial applications. OAS markets advanced autonomous systems such as the Optimus System, capable of fully autonomous aerial data capture with self-swapping batteries and payloads for continuous operation in complex environments. It also offers the Iron Drone System, a GPS-independent counter-drone solution designed to protect assets with minimal
robotdronesautonomous-systemsIoTnetworking-technologyenergyindustrial-applicationsUS submarines' mission-critical system to get upgrade with new contract
British company SERCO has secured a $97 million contract to continue supporting and upgrading the U.S. Navy’s Submarine High Data Rate (SubHDR) antenna systems for the next decade. These mission-critical systems enable U.S. submarines to maintain high-capacity, secure communications—including wide-band data, voice, imagery, and video conferencing—while submerged. SERCO, which has supported the SubHDR program for over 20 years, will conduct most of the maintenance, repair, and upgrade work at its Ludlow, Massachusetts facility, with additional support in Newport, Rhode Island. The SubHDR system operates in extremely high frequency (EHF) and super high frequency (SHF) bands, allowing submarines to connect via mast-mounted antennas to military satellite networks such as Milstar, the Global Broadcast Service, and the Defense Satellite Communication System. This capability ensures underwater forces remain integrated into coordinated fleet and joint task force operations. Originally developed with contributions from Raytheon, the SubHDR system has
IoTmilitary-communicationsubmarine-technologysatellite-communicationhigh-frequency-antennasdefense-technologysecure-communicationsWearable devices could monitor pregnancy-related health changes
A recent study published in Lancet eBioMedicine highlights the potential of wearable devices, such as Apple Watches and fitness trackers, to monitor pregnancy-related health changes by tracking physiological patterns, particularly heart rate. Researchers from Scripps Research analyzed data from 5,600 participants, including detailed health information from 108 women spanning three months before pregnancy to six months postpartum. They found that heart rate patterns closely aligned with fluctuations in key pregnancy hormones like estrogen, progesterone, and hCG, which are critical indicators of pregnancy progression. For example, heart rate typically dropped between weeks five to nine, then steadily increased until shortly before delivery, and stabilized around six months postpartum. This research suggests that wearables could play a transformative role in prenatal care, especially for women living in "maternal care deserts"—areas with limited access to obstetric services. Early detection of abnormal heart rate patterns may help identify adverse pregnancy outcomes such as miscarriage, preeclampsia, or gestational diabetes. While the findings
IoTwearable-deviceshealth-monitoringpregnancy-trackingsmartwatchesprenatal-carephysiological-sensors10-watt laser sends 1 Gbps from plane to satellite in world-first test
General Atomics (GA-EMS) and Kepler Communications have achieved the world’s first high-speed laser communication link between an aircraft and a satellite, transmitting data at rates up to 1 gigabit per second over a distance of nearly 3,400 miles. The test involved a 10-watt Optical Communication Terminal (OCT) mounted on a De Havilland Canada DHC-6 Twin Otter plane communicating with a Kepler satellite in low Earth orbit, compatible with the U.S. Space Development Agency’s (SDA) Tranche 0 architecture. This milestone validates a critical component of the Pentagon’s proliferated space network, demonstrating secure, high-throughput data transfer capabilities between airborne platforms and orbiting satellites. The system’s success highlights the challenges and advancements in free-space optical communications, which require precise pointing, acquisition, tracking, and lock mechanisms to maintain stable links from moving platforms to satellites. General Atomics’ OCT, housed in a Laser Airborne Communication Turret (
IoTsatellite-communicationlaser-communicationoptical-communicationaerospace-technologysecure-data-transmissionspace-networkJetson Air Introduces Smart Heat Pump That Features Lower Installation Costs - CleanTechnica
Jetson Air has introduced a new line of smart heat pumps designed to significantly reduce installation costs—by about 50% compared to traditional contractors—while offering advanced technological features. These heat pumps include an airflow monitoring system that alerts users when filters need changing, real-time performance notifications, continuous energy usage monitoring, over-the-air software updates, indoor air quality sensors, and remote system performance tracking via an app. The units integrate seamlessly with existing ductwork, enabling cleaner installations and reliable operation in cold climates down to -22°F (-30°C). This combination of cost savings and smart technology aims to make heat pumps more accessible and efficient for homeowners. The company emphasizes that their approach is software-driven, contrasting with traditional heat pump manufacturers who focus primarily on hardware. Jetson Air’s continuous software updates and smart optimization enhance comfort, efficiency, and system reliability over time. Stephen Lake, Jetson’s co-founder and CEO, brings experience from his previous wearable tech company acquired by Google, applying consumer electronics and smart home
energysmart-heat-pumpIoTenergy-efficiencyHVAC-technologyremote-monitoringover-the-air-updatesWhy SpaceX made a $17B bet on the direct-to-cell market
SpaceX has made a significant strategic move in the satellite-to-phone market by acquiring a large portion of wireless spectrum from EchoStar for $17 billion, split evenly between cash and SpaceX stock. This acquisition centers on securing valuable spectrum—a limited range of radio frequencies essential for wireless communication. The deal follows the FCC’s 2024 approval of the Supplemental Coverage from Space (SCS) framework, which allows satellites to extend terrestrial carrier networks using existing phone spectrum. Unlike previous arrangements where satellite operators had to partner with terrestrial carriers, SpaceX now holds the spectrum license directly, positioning itself to more aggressively expand its Starlink Direct-to-Cell service, which it began offering to T-Mobile users as a premium add-on. While SpaceX focuses on building rockets and satellites rather than cell phones, CEO Elon Musk has hinted at entering the phone market through his other venture, X, potentially challenging established players like Apple, which currently partners with Globalstar for satellite-enabled iPhone services. SpaceX’s spectrum acquisition may
IoTsatellite-communicationwireless-spectrumDirect-to-CellStarlinktelecommunicationsSpaceXiPhone Air is Apple’s thinnest device ever at 5.6mm with titanium
Apple has unveiled the iPhone Air, its thinnest smartphone ever, measuring just 5.6mm in thickness. This new model features a titanium frame wrapped in Ceramic Shield material, which Apple claims is three times more scratch-resistant than previous versions, combining a slim profile with enhanced durability. The device sports a 6.5-inch ProMotion display with up to 120Hz refresh rate, 3,000 nits peak brightness, always-on functionality, and an anti-reflective coating to reduce glare. Despite its ultra-thin design, the iPhone Air offers up to 40 hours of video playback, achieved through a reimagined internal layout and exclusive use of eSIMs to save space. Powered by Apple’s new A19 Pro chipset—the fastest smartphone processor on the market—the iPhone Air delivers pro-grade performance with a six-core CPU, upgraded GPU, and advanced connectivity options including Wi-Fi 7, Bluetooth 6, Thread, and improved 5G via the
materialsenergyIoTsmartphone-technologytitanium-framebattery-managementwireless-connectivityApple unveils Apple Watch Series 11, Watch Ultra 3, and Watch SE 3
Apple has introduced three new Apple Watch models: the Apple Watch Series 11, Apple Watch Ultra 3, and Apple Watch SE 3. The Series 11 features a new hypertension alert system that analyzes blood vessel responses over 30-day periods to detect chronic high blood pressure, aiming to notify over a million undiagnosed users in its first year. It also introduces a Sleep Score that evaluates sleep quality based on multiple factors, 5G connectivity for improved coverage and battery efficiency, and offers up to 24 hours of battery life. The Series 11 is available in Jet Black, Silver, Rose Gold, and Space Gray, starting at $399. The Apple Watch Ultra 3 boasts the largest Apple Watch display with a wide-angle OLED screen and introduces satellite connectivity for emergency communications and location sharing in areas without cellular or Wi-Fi coverage. It also supports 5G and hypertension notifications like the Series 11. The Ultra 3 comes in Black and Natural Titanium and starts at $799.
IoTwearable-technologyApple-Watch5G-connectivityhealth-monitoringsatellite-communicationbattery-lifeSmart ring maker Oura’s CEO addresses recent backlash, says future is a ‘cloud of wearables’
Oura CEO Tom Hale addressed recent backlash stemming from misinformation that the company shares user data with the U.S. government. Hale firmly denied these claims, clarifying that Oura’s health data—collected through its smart rings, including metrics like heart rate, sleep, and body temperature—is never shared or sold without explicit user consent. He explained that while Oura participates in a Department of Defense (DoD) program, the enterprise solution operates in a separate, secure environment inaccessible to the government. Hale also dispelled rumors about a significant partnership with Palantir, stating that Oura’s relationship is limited to a small commercial contract related to a DoD certification standard (Impact Level 5) and does not involve data sharing or system integration. Hale emphasized the company’s commitment to user privacy and security, noting that Oura’s terms of service explicitly oppose using user data for surveillance or prosecution. Access to user data is tightly controlled and only permitted with user authorization for specific purposes, such as
IoTwearable-technologysmart-ringdata-privacyhealth-trackingcloud-computingcybersecurityReOrbit lands record funding to take on Musk’s Starlink from Europe
ReOrbit, a Helsinki-based European space tech startup founded in 2019, has secured a record-breaking Series A funding round of approximately US $53 million. The company aims to provide nations with sovereign control over their satellite communications as an affordable alternative to Elon Musk’s Starlink. Unlike Starlink, which serves private users and enterprises, ReOrbit emphasizes full ownership and sovereignty for its clients by sourcing hardware from trusted suppliers and controlling it through its proprietary software platform. This platform, comparable to an operating system like iOS, supports both geostationary and low earth orbit satellites, addressing the growing need for secure space infrastructure critical to national defense and security. ReOrbit has already signed a major contract worth hundreds of millions of euros with one country and multiple memoranda of understanding with others, demonstrating strong market traction. Although the startup did not require external funding due to these contracts, it pursued the Series A round to accelerate growth, targeting €1 billion in order books within four years. The funding round was
IoTsatellite-technologyspace-techtelecommunicationscybersecuritydefense-technologysoftware-platformsSpace Dots raises $1.5M seed round to provide insights on orbital threats
Space DOTS, founded by Bianca Cefalo in 2022, has developed SKY-I, a software platform designed to help space technology manufacturers and operators detect, interpret, and attribute both natural and human-originated threats in orbit. Drawing on her extensive aerospace experience, including roles at Airbus Defence and Space, Cefalo launched the company out of frustration with corporate bureaucracy and resistance to innovation in the space industry. She highlights that nearly 15% of spacecraft anomalies stem from manufacturers’ misunderstandings of the complex space environment, which varies significantly across different orbital regimes. Space DOTS addresses this by generating proprietary in-orbit environmental data combined with external sources to provide real-time threat intelligence, enhancing spacecraft resilience in contested space. The company recently closed a $1.5 million seed funding round led by Female Founders Fund, bringing its total funding to $3.2 million. Other investors include Sie Ventures, Feel Ventures, and General Electric Company. Cefalo described the fundraising process as challenging but successful through a combination
IoTspace-technologysatelliteorbital-threatsspace-dataaerospacereal-time-monitoringSpaceX strikes $17B deal to buy EchoStar’s spectrum for Starlink’s direct-to-phone service
SpaceX has reached a $17 billion agreement to acquire EchoStar’s AWS-4 and H-block spectrum licenses, paying $8.5 billion in cash and $8.5 billion in SpaceX stock. This acquisition is a strategic move to advance SpaceX’s “Direct to Cell” satellite constellation, enabling broadband-speed internet access directly to mobile phones worldwide. The deal also includes $2 billion in cash interest payments on EchoStar’s debt. By owning this spectrum, SpaceX aims to reduce its reliance on traditional network providers and plans to implement optimized 5G protocols in its direct-to-phone Starlink service once its next generation of satellites is operational. The transaction also benefits EchoStar’s Boost Mobile customers, granting them access to Starlink’s direct-to-phone service. EchoStar pursued the sale amid an FCC investigation into its spectrum usage, with reports indicating that former President Trump personally encouraged EchoStar CEO Charlie Ergen to sell the licenses. EchoStar believes that this sale, combined with a recent spectrum
IoTsatellite-internet5GStarlinkspectrum-licensesmobile-connectivitySpaceXUS Army's attack helicopters to get fast-operating communications
The U.S. Army is set to enhance its rotary-wing aircraft communications with the integration of BAE Systems’ AN/ARC-231A Multi-mode Aviation Radio Set (MARS), a next-generation, software-defined radio system. MARS has completed initial installation and testing, proving operational readiness for select attack helicopters. This advanced system offers multi-band, multi-mission capabilities with Type 1 cryptographic modernization, enabling secure and fast communications critical for mission success. Its software-based architecture allows for flexible upgrades and mission-specific modifications through software-only updates, addressing evolving battlefield communication needs efficiently. MARS serves as a drop-in replacement for the legacy ARC-231 radios currently used by U.S. and allied forces, emphasizing configurability and interoperability for joint operations. It supports international air traffic control communications and complies with U.S. and NATO standards. Manufactured in Fort Wayne, Indiana, with engineering support from Florida, the system is part of a $460 million, five-year contract awarded by the U.S. Army
IoTsoftware-defined-radiomilitary-communicationssecure-communication-systemsairborne-communicationradio-technologydefense-technologyJetBlue will use Amazon’s Project Kuiper satellites for free in-flight internet
JetBlue has announced it will use Amazon’s Project Kuiper satellites to provide free in-flight internet, marking the first airline partnership for Amazon’s satellite internet service. The Kuiper terminals installed on JetBlue’s planes will offer download speeds up to 1 Gbps, significantly faster than SpaceX’s Starlink service currently maxing out at 250 Mbps. While Amazon plans a smaller satellite constellation of 3,226 satellites compared to SpaceX’s 8,000+, this move positions JetBlue uniquely in the in-flight connectivity market, diverging from the trend of airlines partnering with Starlink. Amazon began launching Kuiper satellites in April 2025 and has also integrated its satellite internet technology with Airbus planes, signaling major commercial advancements for the project. Despite earlier production challenges, Amazon remains on track to meet the FCC’s mid-2026 deadline to deploy half of its planned satellite network. This partnership with JetBlue represents a significant milestone for Project Kuiper as it moves closer to operational status and expands
IoTsatellite-internetAmazon-Project-Kuiperin-flight-connectivityaerospace-technologylow-Earth-orbit-satellitesbroadband-communicationEntering an AI-powered Vineyard
The article "Entering an AI-powered Vineyard" highlights the transformative impact of artificial intelligence on modern farming, particularly in vineyard management. Traditionally, farmers relied heavily on intuition and limited data to assess crop health and farmland conditions. However, the integration of AI technologies in this experimental vineyard enables precise data collection and analysis, allowing for more informed decision-making and optimized crop management. By leveraging AI, farmers can monitor various factors such as soil quality, weather patterns, and plant health in real-time, reducing guesswork and improving yield quality. This approach represents a significant shift towards data-driven agriculture, promising increased efficiency, sustainability, and potentially revolutionizing how farms are managed in the future. The article underscores the potential of AI to enhance agricultural productivity and resource management.
IoTagriculture-technologysmart-farmingAIdata-analyticsprecision-agriculturevineyard-managementGoogle brings Material 3 Expressive to Pixel 6 and newer devices, along with other features
Google has introduced several new features to enhance the Android ecosystem and Pixel devices, starting with the rollout of Material 3 Expressive to Pixel 6 and newer models, as well as the Pixel Tablet. This update allows users to personalize their devices with Live effects that animate lock screen wallpapers and create customized calling cards for contacts. Additionally, Pixel Buds Pro 2 will soon receive Adaptive Audio, which adjusts sound based on the environment and enables hands-free call acceptance through head gestures. Pixel Watch users can now seamlessly transition navigation from their phone to their smartwatch for walking or biking directions. The update also brings AI-powered writing tools to Gboard, enabling users to revise tone, correct spelling, and grammar directly on their device to maintain privacy. Android phones now support pairing two LE Audio Bluetooth headphones for simultaneous audio sharing, with the option to create QR codes for group listening, facilitating experiences like silent discos. Google has revamped the Quick Share feature for easier content transfer, including live progress indicators and instant file previews. Lastly
IoTAndroidPixel-devicesAI-toolsBluetooth-audio-sharingWearable-technologySmartwatch-navigationVenezuela’s president thinks American spies can’t hack Huawei phones
Venezuelan President Nicolás Maduro recently showcased a Huawei foldable smartphone gifted by China’s President Xi Jinping, claiming it to be “the best phone in the world” and asserting that American intelligence agencies cannot hack it. However, cybersecurity experts and evidence suggest otherwise. A U.S.-based vulnerability researcher noted that Huawei’s devices, running on its proprietary HarmonyOS and hardware, may actually be easier to hack due to the relative newness and immaturity of its code compared to established platforms like iOS and Android. Huawei devices, including the Mate X6 model, require regular security updates, and the company has acknowledged vulnerabilities and malware infections on its products. Historically, U.S. government agencies have targeted Huawei for espionage. In 2014, the NSA reportedly hacked Huawei’s servers and implanted backdoors, gaining access to the company’s internal communications and product information. Documents revealed that the NSA aimed to exploit Huawei products to infiltrate networks worldwide. Given this history, it is highly likely that
IoTcybersecurityHuaweismartphonesmobile-operating-systemshackingespionageStable earnings emerge as fresh opportunities for BTC owners
The article highlights the launch of PlanMining’s innovative cloud mining application, which offers Bitcoin holders worldwide a new, accessible way to mine Bitcoin without the need for expensive hardware or technical expertise. By simply using a smartphone and internet connection, users can participate in Bitcoin mining and earn real-time returns. The platform leverages AI-powered intelligent computing power scheduling and operates on 100% green energy data centers, ensuring an efficient, secure, and environmentally friendly mining experience. PlanMining’s app features a user-friendly interface, flexible contract options, and automatic daily settlement and withdrawal, promoting ease of use and continuous Bitcoin appreciation. To provide stable and reliable income, PlanMining denominates all mining contracts in USD, reducing exposure to cryptocurrency price volatility. The AI-driven system dynamically adjusts computing power allocation to maintain mining efficiency and mitigate revenue fluctuations. Users can select contracts based on their risk preferences and monitor returns in real time, with the option to withdraw or reinvest earnings flexibly. The platform emphasizes security through bank-level encryption,
IoTenergyAI-computingcloud-mininggreen-energydigital-assetscryptocurrency-miningForget smartwatches, scientists teach WiFi to monitor heartbeats
Researchers at the University of California, Santa Cruz have developed Pulse-Fi, a novel system that uses ordinary WiFi signals to monitor heart rate with clinical accuracy, eliminating the need for wearables or specialized medical devices. By leveraging inexpensive hardware like ESP32 chips and Raspberry Pi boards, Pulse-Fi applies machine learning algorithms to detect subtle variations in WiFi signals caused by heartbeats, filtering out noise from movement or environmental factors. Tested on 118 participants, the system achieved heart rate measurements with an error margin of just half a beat per minute after five seconds of processing, maintaining accuracy across different postures and activities. Pulse-Fi represents a significant advancement in non-intrusive health monitoring, potentially transforming everyday WiFi routers into health trackers capable of continuous heart rate monitoring. The technology works by analyzing how radio frequency waves are absorbed and scattered by the human body, with machine learning models trained on data collected alongside standard oximeters to recognize heartbeat-induced signal fluctuations. The system also demonstrated reliable performance up to three meters away
IoTWiFihealth-monitoringPulse-Fimachine-learningwearable-alternativeswireless-technologyWeeds Of Protectionism: U.S. Bans On Connected-Car Tech & Their Global Consequences - CleanTechnica
The United States has announced a ban on connected vehicle technology originating from China and Russia, starting with software restrictions in the 2027 model year and extending to hardware by 2030. This regulation, issued by the Department of Commerce, targets connectivity systems and software enabling advanced driver assistance at SAE Level 3 and above, including cellular, Wi-Fi, satellite, and Bluetooth modules operating above 450 MHz. The ban excludes sensing technologies like LiDAR, radar, and cameras, as well as low-risk functions such as AM/FM radio and keyless entry systems using ultrawideband or frequencies below 450 MHz. The enforcement will be stringent, involving annual compliance declarations from automakers, detailed supplier records, import screening, and potential civil and criminal penalties reaching up to $1 million per violation. The regulation disproportionately impacts electric vehicles (EVs), which rely heavily on connected platforms for over-the-air updates, remote diagnostics, and advanced driver assistance, unlike many internal combustion engine (ICE) vehicles that typically
IoTconnected-vehiclesautomotive-technologyvehicle-connectivitydriver-assistance-systemsnational-securitysoftware-regulationAcoustic AI helps cars hear sirens, horns, and improve driver safety
The article discusses a pioneering development in autonomous vehicle technology called "The Hearing Car," which integrates acoustic AI and microphones to enable cars to "hear" their surroundings. Unlike traditional optical systems reliant on cameras and radar, this acoustic sensing technology allows vehicles to detect critical sounds such as emergency sirens, horns, and pedestrian noises even before they are visible. This capability enhances safety by providing early warnings, especially in scenarios where line of sight is obstructed, such as around corners or in crowded urban environments. The system is robustly designed to function under various weather conditions and at highway speeds, with important sounds transmitted directly to the driver through the headrest to prompt faster reactions. Beyond external sound detection, the technology also supports interactive features inside the vehicle. Drivers can use voice commands secured by speaker verification, and the system monitors driver health and attention through non-contact sensors measuring heart rate, breathing, and brain activity, as well as voice analysis for stress detection. Additionally, the YourSound system personalizes in-car audio
IoTautonomous-vehiclesacoustic-AIdriver-safetysensorsvoice-recognitionautomotive-technologyRevolutionizing Manufacturing with Smart Factories - The Robot Report
The article discusses the transformative impact of smart factories on the manufacturing industry, highlighting the transition from Industry 4.0 to the emerging Industry 5.0 paradigm. Industry 4.0 integrates digital innovation, automation, and data intelligence to optimize production, increase efficiency, reduce waste, and address labor shortages. Industry 5.0 builds on this by incorporating human-centered values to improve worker experience and generate broader societal benefits. Central to this evolution are advanced connector solutions provided by companies like Heilind Electronics and Hirose Electric, which enable seamless automation, data management, and system integration in modern manufacturing environments. The eBook “Empowering Smart Factories” by Hirose Electric, available through Heilind Electronics, emphasizes the critical role of innovative connectors such as the FunctionMAX and ix Industrial series. These connectors support high-speed data transmission, reliable power delivery, and compact design, meeting the rigorous demands of Industry 4.0 applications including robotics, drones, and industrial sensors. Additionally, the article underscores
robotIoTsmart-manufacturingautomationIndustry-4.0connector-solutionssustainabilityChina unveils 6G chip hitting mobile internet speeds of 100 Gbps
Chinese researchers from Peking University and City University of Hong Kong have developed the world’s first all-frequency 6G chip, capable of delivering mobile internet speeds exceeding 100 gigabits per second. This compact chip, measuring just 11mm by 1.7mm, integrates the entire wireless spectrum from 0.5 GHz to 115 GHz—traditionally requiring nine separate radio systems—allowing seamless switching between low-frequency bands for wide coverage and high-frequency bands for ultra-fast data transmission. The innovation leverages photonic-electronic fusion technology, converting wireless signals into optical ones for efficient processing, resulting in stable communication quality and rapid frequency tuning within 180 microseconds. The chip’s ability to dynamically navigate frequencies ensures uninterrupted communication by automatically switching to clear channels when interference occurs, enhancing reliability in diverse environments. It supports multipurpose programmability and dynamic frequency adjustment, making it ideal for crowded settings with many connected devices. Moreover, the device lays the hardware foundation for AI-native networks that can
IoT6G-technologywireless-communicationphotonicsmobile-internetAI-native-networksbroadband-chipThe Reservoir launches AgTech innovation hub in Salinas, CA - The Robot Report
The Reservoir has officially launched its first agtech innovation hub, Reservoir Farms, in Salinas, California, marking a significant step in advancing agricultural technology through collaboration. Positioned as California’s first on-farm startup incubator, Reservoir Farms offers early-stage agtech companies access to a cutting-edge R&D facility, prototyping resources, secure build and storage spaces, and, critically, an on-site working farm for real-world product testing and data collection. The inaugural cohort includes startups specializing in AI-powered farm equipment, agrobotics, data management, and soil treatment, all united by a vision to accelerate technology from concept to commercialization through close partnerships with growers and engineers. The initiative, led by CEO Danny Bernstein and supported by industry and educational partners such as Western Growers Association, UC ANR, Hartnell College, and Merced College, aims to bridge the gap between research labs and practical agricultural application. A recent strategic partnership with John Deere enhances this ecosystem by providing startups access to Deere’s technology, expertise
robotagriculture-technologyagtechAIroboticsIoTinnovation-hubEngineers transmit quantum data on everyday internet fiber cables
Engineers at the University of Pennsylvania have demonstrated that quantum signals can be transmitted over commercial fiber-optic internet cables alongside classical data using the same internet protocol (IP) that powers today’s web. Their innovation centers on a silicon “Q-chip” that pairs a measurable classical light signal with fragile quantum particles, allowing the classical signal to guide routing without disturbing the quantum information. This approach enables quantum and classical data to be packaged together and routed through existing internet infrastructure, achieving over 97% signal fidelity in tests conducted on Verizon’s live fiber network. The Q-chip’s design addresses a major challenge in scaling quantum networks: quantum particles collapse when measured, making traditional data routing methods unusable. By sending a classical “header” signal ahead of the quantum data, the system can perform routing and error correction without directly measuring the quantum states. The chip’s silicon-based fabrication allows for mass production and integration into current networks, though distance limitations remain since quantum signals cannot yet be amplified without loss. The researchers liken
IoTquantum-computingfiber-optic-communicationquantum-internetphotonicssilicon-chipnetwork-technology‘Steel Dome’ air defense to counter drone swarms, missiles in Turkey
Turkey has launched its ambitious “Steel Dome” integrated air defense system, delivering 47 vehicles worth $460 million to the Turkish Armed Forces. Developed primarily by domestic defense firms including Aselsan, Roketsan, TÜBİTAK SAGE, and MKE, the system combines air defense, radar, and electronic warfare capabilities to create a multi-layered national shield against a wide range of aerial threats, from drone swarms to ballistic missiles. President Recep Tayyip Erdoğan described Steel Dome as Turkey’s “security umbrella” in the skies, emphasizing its role in enhancing national security and deterring adversaries. The Steel Dome operates as a “system of systems,” integrating real-time data from multiple sensors and sources, refined by artificial intelligence, to provide commanders with a unified Recognized Air Picture (RAP) across the country. It is designed to protect critical regions such as Ankara, the Bosphorus and Dardanelles straits, and strategic assets like the Akkuyu nuclear power plant.
robotIoTenergymaterialsair-defenseradar-systemselectronic-warfareartificial-intelligencemilitary-technologySmart packaging with printed indicators could replace costly sensors
Researchers at the University of Vaasa have developed a novel approach to smart packaging by using functional printing inks that change color in response to environmental factors like temperature and humidity. This method offers a low-cost, recyclable alternative to traditional electronic sensors, which are often expensive and complicate recycling processes. Doctoral researcher Jari Isohanni’s work combines these color-changing inks with artificial intelligence (AI), specifically convolutional neural networks, to detect subtle and rapid color changes with near human-eye accuracy. This advancement overcomes limitations of existing machine vision methods that struggle to recognize small, fast changes in ink color, often detecting them too late to prevent spoilage or damage. Isohanni’s research demonstrates that while simple computational methods suffice for recognizing large color differences, AI-based convolutional neural networks excel in scenarios involving subtle and quick changes. The practical implications are significant: printed indicators can be directly applied to packaging at minimal extra cost, enhancing real-time monitoring of product conditions across various industries. Potential applications include tracking food freshness
IoTsmart-packagingprinted-indicatorsfunctional-inksartificial-intelligencemachine-visionsustainable-sensorsMIT Kitchen Cosmo scans ingredients and prints out AI recipes
MIT’s Kitchen Cosmo is an innovative AI-powered kitchen device developed by Ayah Mahmoud and C Jacob Payne as part of MIT’s Interaction Intelligence course. Unlike conventional smart kitchen appliances that emphasize automation and efficiency, Kitchen Cosmo fosters collaboration, creativity, and play by generating personalized recipes based on scanned ingredients, user-set constraints, and emotional inputs. The device uses a webcam to visually scan available ingredients and combines this data with tactile inputs—such as dials and switches representing time, mood, and dietary preferences—to produce context-specific recipes. These recipes are then printed on thermal paper, reinforcing a screenless, physical interaction that encourages mindful and embodied cooking experiences. Inspired by the retrofuturistic 1969 Honeywell Kitchen Computer, Kitchen Cosmo critiques the history of prescriptive smart devices by offering an improvisational and human-centered alternative. Its bold red cylindrical design doubles as a recipe archive, blending mid-century aesthetics with modern generative AI powered by GPT-4o. A unique feature is the “
IoTartificial-intelligencesmart-kitchenAI-recipeshuman-machine-interactionsensor-technologykitchen-automationFBI says China’s Salt Typhoon hacked at least 200 US companies
The FBI has confirmed that a Chinese-backed hacking campaign known as Salt Typhoon has compromised at least 200 American companies, marking a significant escalation in Chinese cyber espionage efforts. FBI Assistant Director Brett Leatherman revealed that the campaign not only targeted U.S. businesses but also involved spying on senior American politicians and officials by accessing call records. This allowed hackers to map communication networks and identify who was under U.S. surveillance through legal orders. The severity of the threat led some officials to take extraordinary measures to protect their communications. Salt Typhoon primarily targets company routers to siphon sensitive network traffic, posing an ongoing threat according to the FBI. The agency, in coordination with nearly two dozen international partners, has provided technical guidance to help organizations detect and mitigate these intrusions. Although specific victim companies were not named by Leatherman, some have since been publicly identified. This campaign underscores the persistent and global nature of Chinese cyber espionage activities against U.S. interests.
IoTcybersecurityhackingnetwork-securityrouterscyber-espionagedata-breachChipolo, an AirTag rival, debuts rechargeable trackers with a six-month battery life
Chipolo, a competitor to Apple’s AirTag, has introduced new rechargeable tracking devices: an updated LOOP tracker and a slim CARD designed to fit in wallets. Unlike AirTags that use replaceable CR2032 batteries, Chipolo’s devices feature rechargeable batteries lasting about six months per charge. The LOOP charges via USB-C, while the CARD supports Qi wireless charging. Both devices are made with at least 50% post-consumer recycled plastic, appealing to eco-conscious consumers aiming to reduce e-waste. The new trackers offer an extended Bluetooth range of 400 feet (120 meters) and are compatible with Apple’s Find My network and Android’s Find Hub. They emit loud rings—up to 125 dB for the LOOP and 110 dB for the CARD—and include features like out-of-range alerts, customizable ringtones, and a ring-and-blink mode for locating items in the dark. Both devices are waterproof and dust-tight with an IP67 rating, meaning they can withstand immersion in
IoTBluetooth-trackingrechargeable-batteriessustainable-materialswireless-chargingsmart-devicesitem-trackersMalaysia’s SkyeChip unveils the country’s first edge AI processor
Malaysia has introduced its first domestically developed edge AI processor, the MARS1000, created by the local chip design firm SkyeChip. The announcement was made at an industry event, marking a significant milestone in Malaysia’s growing involvement in artificial intelligence technology. This development aligns with the country's broader strategic push to enhance AI capabilities, supported by the establishment of a dedicated agency in late 2024 focused on accelerating AI adoption, creating regulatory frameworks, and addressing AI ethics. In addition to technological advancements, Malaysia is also tightening controls on AI chip exports. Following rumors that the U.S. government considered restricting AI chip exports to Malaysia and Thailand to curb smuggling to China, Malaysia’s Ministry of Investment, Trade and Industry implemented a new regulation on July 14. This rule mandates that individuals and companies notify the Malaysian government at least 30 days before exporting or transshipping U.S.-made AI chips, reflecting the country’s increasing regulatory oversight in the AI sector.
IoTedge-AIAI-processorchip-designMalaysia-technologysemiconductorartificial-intelligenceSecurity researcher maps hundreds of TeslaMate servers spilling Tesla vehicle data
Security researcher Seyfullah Kiliç from SwordSec discovered over 1,300 publicly exposed TeslaMate servers, hobbyist dashboards used by Tesla owners to log detailed vehicle data such as location history, battery health, charging sessions, and speed. These servers, likely made public unintentionally and lacking password protection, allowed anyone on the internet to access sensitive Tesla vehicle information. Kiliç scanned and mapped these exposed dashboards, highlighting the significant privacy risks, including revealing owners’ movements, charging habits, and even vacation times. This issue is not new but appears to have worsened since 2022, when a similar exposure was reported. TeslaMate’s founder previously implemented a bug fix to prevent unauthorized access, but users remain responsible for securing their servers. Kiliç emphasized the importance of enabling authentication and firewall protections to prevent data leaks and urged TeslaMate users to secure their publicly accessible dashboards. The research aims to raise awareness within the Tesla owner and open-source communities about the risks of inadvertently exposing sensitive vehicle
IoTTeslavehicle-datacybersecuritydata-privacyopen-sourcesmart-vehiclesXPENG Launches Global OTA 5.8.0 Update: Delivering Refined Experiences for Diverse User Demands - CleanTechnica
XPENG Motors has launched its global over-the-air (OTA) update XOS 5.8.0 starting August 25, 2025, marking its third major software upgrade of the year. This update enhances XPENG’s intelligent driving and smart cabin technologies with a focus on user feedback and localized needs. Building on prior releases that improved safety, personalization, and driving assistance, XOS 5.8.0 introduces significant advancements such as the Human-Machine Co-Pilot feature, which allows Lane Centering Control (LCC) to remain active while the driver steers, resulting in smoother and more natural driving assistance. Adaptive Cruise Control (ACC) is also improved for better cornering speeds and deceleration comfort. The update includes new user-centric features like Pet Mode, designed to maintain a safe and comfortable environment for pets left briefly unattended in the vehicle by automatically controlling windows, doors, and climate with remote monitoring via the XPENG app. Additionally, the OTA introduces hands-free in-car
IoTelectric-vehiclesover-the-air-updatesmart-cabin-technologyintelligent-drivingadaptive-cruise-controlhuman-machine-interfaceChina unveils world's first zero-carbon tower with 24,000 sensors
China has inaugurated the world’s first ultra zero-carbon office tower in Qingdao, standing 383.8 feet tall and designed to operate entirely on green energy. Unlike conventional buildings that use rooftop solar panels, this tower features photovoltaic glass curtain walls on three facades, generating 25% of its daily electricity and reducing carbon emissions by nearly 500 tons annually. The building consumes about 6,000 kilowatt-hours of electricity and incorporates retired electric vehicle (EV) batteries for energy storage, using 14 second-life EV batteries to store surplus energy or off-peak grid power. This approach supports both renewable energy use and the circular economy by repurposing EV batteries at scale. The tower is equipped with nearly 24,000 micro-sensors that automate lighting, air conditioning, and elevators, leading to a 20-30% reduction in investment costs, a 30% increase in operational efficiency, and a 30% decrease in energy consumption. It also features the world’s first fully automated
energyIoTsmart-buildingrenewable-energyEV-batteriesdigital-sensorszero-carbon-buildingThis app lets you mine crypto right from your phone
The article introduces IOTA Miner, a mobile cloud-mining app that allows users to mine cryptocurrencies like Bitcoin (BTC), Litecoin (LTC), and Dogecoin (DOGE) directly from their smartphones without the need for specialized hardware or technical expertise. Founded in 2018 and based in the UK, IOTA Miner has over 9 million users worldwide and operates in 190 countries. The platform offers a cloud-based mining experience, renting computing power from energy-efficient data centers powered by renewable solar and wind energy, eliminating traditional mining challenges such as hardware setup, heat management, and high electricity costs. Key benefits of IOTA Miner include a $15 instant welcome bonus, zero hidden fees or maintenance costs, decentralized infrastructure for reliability, AI-optimized coin selection to maximize earnings, and a referral program with rewards up to $80,000. Users simply sign up, select a mining contract tailored to their investment goals, and watch their earnings accumulate automatically with daily payouts. The service emphasizes sustainability by harnessing
IoTenergycloud-miningrenewable-energycryptocurrencymobile-appblockchainChina data link could offer faster coordination during hypersonic attacks
China has developed a cutting-edge military communications network specifically designed to meet the extreme demands of hypersonic warfare, where vehicles travel at speeds exceeding Mach 5. Created by the China Electronics Technology Group Corporation (CETC), this system achieves time synchronization accuracy within five nanoseconds—100 times more precise than NATO’s Link 16 network. It enables secure, real-time coordination among hypersonic vehicles, ground command posts, radar arrays, naval fleets, and satellite intelligence, addressing critical challenges posed by ultra-high speeds, rapidly changing trajectories, and the need for instantaneous battlefield decisions. This advancement marks a significant leap in military communications technology and creates a fully networked strike ecosystem, allowing multiple platforms to operate in seamless coordination. Traditional synchronization methods, such as round-trip time (RTT) algorithms used in existing tactical data links, are inadequate for hypersonic speeds due to asymmetric transmission paths and rapid relative motion between platforms. To overcome these limitations, China’s new system employs an innovative inertial navigation data
IoTmilitary-communicationshypersonic-technologyreal-time-coordinationdata-linknetwork-synchronizationdefense-technologyYC-backed Oway raises $4M to build a decentralized ‘Uber for freight’
Oway, a San Francisco-based startup founded in 2023 and backed by Y Combinator and General Catalyst, has raised $4 million in seed funding to develop a decentralized freight platform akin to “Uber for freight.” The company aims to tackle inefficiencies in the U.S. trucking industry, where many trucks run with significant empty trailer space, representing a multi-billion dollar opportunity. Oway uses a combination of machine learning and automation to match cargo with available trailer space on long-haul routes, significantly reducing shipping costs. For example, Oway claims it can cut the cost of moving a sub-2,000-pound pallet from Los Angeles to Dallas from about $220 to as low as $60. Central to Oway’s approach are electronic logging devices (ELDs), government-mandated devices installed on trucks to monitor driving hours and locations in real-time. These devices enable Oway to identify trucks with empty space on routes already planned, allowing shippers to place cargo more efficiently and cheaply
IoTlogistics-technologyelectronic-logging-devicesmachine-learningfreight-automationtransportation-efficiencysupply-chain-optimizationX-37B: US space plane launches on 8th mysterious military mission
The U.S. Space Force’s X-37B spaceplane was launched into low Earth orbit on its eighth secretive Orbital Test Vehicle (OTV) mission, designated USSF-36, by a SpaceX Falcon 9 rocket from NASA’s Kennedy Space Center. The launch occurred at 11:50 pm EDT, with the Falcon 9 first stage successfully landing nearby at Cape Canaveral. The X-37B, a 29-foot-long reusable spaceplane resembling a mini space shuttle, is designed to conduct classified sensor and technology experiments in orbit. Its current payload includes advanced technologies such as laser communications and a cutting-edge quantum inertial sensor, which enhances navigation capabilities in GPS-denied environments and holds promise for future long-distance space travel, including cis-lunar missions. During the OTV-8 mission, the X-37B will test laser communications and integrate with proliferated commercial satellite networks in low Earth orbit, potentially including SpaceX’s Starlink constellation. These demonstrations aim
IoTsatellite-communicationlaser-communicationsquantum-sensorsspace-technologymilitary-technologynavigation-systemsMicrochipped moon jellyfish may reveal secrets of the deep ocean
Engineers at the University of Colorado, Boulder, have developed microchipped "cyborg" moon jellyfish equipped with microelectronic devices that stimulate their swimming muscles, allowing researchers to steer them toward remote and inaccessible ocean regions. These biohybrid jellyfish, which are among the most energy-efficient animals and have existed for over 500 million years, could serve as living sensors to collect critical environmental data such as temperature and pH. This technology offers a novel way to study deep and difficult-to-reach ocean areas, which are increasingly important to monitor due to climate change impacts like warming and acidification. The research team, led by Xu, emphasizes ethical considerations in working with these invertebrates, which lack brains and nociceptors but can exhibit stress responses. The jellies have been thriving in lab conditions, with ongoing efforts to improve steering capabilities and use sustainable methods like biodegradable particles to study their swimming dynamics. Beyond oceanographic data collection, the project aims to inspire the design of
robotIoTenergyunderwater-roboticsbiohybrid-robotsenvironmental-monitoringclimate-change-sensorsSpace is open for business with Even Rogers and Max Haot at TechCrunch Disrupt 2025
The article highlights the upcoming TechCrunch Disrupt 2025 event, scheduled for October 27–29 at San Francisco’s Moscone West, with a special focus on the evolving space economy. The Space Stage panel will feature Even Rogers, CEO of True Anomaly, and Max Haot, founder of Launcher (acquired by Vast), who will discuss the shift from traditional space activities like rockets and satellites to new priorities such as infrastructure, autonomy, and innovative models for building and defending off-Earth assets. Rogers brings expertise from his background in national security and space systems strategy, while Haot contributes a commercial perspective as a serial entrepreneur involved in aerospace ventures, including efforts to develop artificial gravity space stations. The session aims to explore the operational future of space, emphasizing government-commercial partnerships and venture-backed orbital platforms that are driving the next wave of growth in the space sector. It promises a candid conversation on how emerging technologies and business models are transforming space from a theoretical concept into a practical, scalable economy.
robotIoTenergyspace-technologyaerospaceorbital-assetsspace-economyGoogle launches its own ‘MagSafe’ with PixelSnap
Google has introduced PixelSnap, its own magnetic accessory system similar to Apple’s MagSafe, designed for the newly launched Pixel 10 series. PixelSnap enables users to attach various magnetic accessories such as wireless chargers, stands, grips, and cases directly to their Pixel 10 phones. Google is also releasing official PixelSnap cases and compatible accessories, including a Ring Stand that attaches like a puck and can be used as a phone stand. All new Pixel devices support the Qi2 wireless charging standard, with the Pixel 10 Pro XL offering 25W wireless charging and the Pixel 10, 10 Pro, and 10 Fold supporting 15W charging. Google is launching a PixelSnap charger priced at $39.99 and an optional stand for using the phone while charging or displaying widgets. PixelSnap cases start at $49.99, and the Ring Stand is priced at $29.99. The Pixel 10 series is compatible not only with PixelSnap accessories but also with certain MagSafe accessories
IoTwireless-chargingMagSafePixelSnapmobile-accessoriesQi2-standardGoogle-PixelGoogle announces new AI-powered personal health and fitness coach for Fitbit
Google has announced a new AI-powered personal health coach for Fitbit, developed using its Gemini AI technology. This coach functions as a combined fitness trainer, sleep coach, and wellness advisor, integrating real-time data from Fitbit and Pixel Watches, as well as compatible devices like smart weight scales and glucose monitors. Set to preview in October as part of Fitbit Premium, the coach creates personalized fitness routines based on user goals, preferences, and available equipment, dynamically adjusting workout plans in response to factors such as sleep quality and injuries. The AI coach also offers advanced sleep analysis, providing insights to improve sleep quality and personalized recommendations on optimal sleep duration tailored to daily activity levels. Users can interact with the coach to receive science-backed advice on health questions, such as balancing sleep and exercise or selecting effective workouts for weight loss. This feature will be embedded in a redesigned Fitbit app that emphasizes coaching and AI, featuring enhanced data visualization, improved syncing, and dark mode. Additionally, Google has enlisted NBA star Stephen Curry as a performance advisor
IoTwearable-technologyAI-coachfitness-trackerhealth-monitoringsmart-devicespersonalized-fitnessGoogle debuts Pixel Watch 4 with domed display, emergency Satellite Communication
Google has unveiled the Pixel Watch 4, featuring a domed Actua 360 display with a 10% larger active area, 16% smaller bezels, and a 50% brighter 3,000-nit screen. Available in 41mm and 45mm sizes, the watch starts at $349 for Wi-Fi and $449 for LTE on the smaller model, with the larger version priced at $399 (Wi-Fi) and $499 (LTE). Notably, the LTE models support standalone emergency satellite communication, enabling users to contact emergency services even when off the grid, powered by the Qualcomm Snapdragon W5 Gen 2 Wearable Platform. The watch also introduces a wrist-raise gesture to access Google Assistant (Gemini) without voice commands or button presses, alongside AI-enhanced features like Smart Replies. Health and fitness tracking have been significantly improved, with 18% better accuracy in sleep cycle classification, a new skin temperature sensor, and dual-frequency GPS for precise route
IoTwearable-technologysatellite-communicationAI-health-coachfitness-trackingGPSbattery-lifeHarvard dropouts to launch ‘always on’ AI smart glasses that listen and record every conversation
Two former Harvard dropouts, AnhPhu Nguyen and Caine Ardayfio, are launching Halo X, a pair of AI-powered smart glasses that continuously listen to, record, and transcribe every conversation the wearer has. The glasses then display relevant information in real time, such as definitions or answers to complex questions, effectively enhancing the wearer’s intelligence and memory. The startup has raised $1 million in funding led by Pillar VC and plans to offer the glasses for pre-order at $249. Positioned as a potential competitor to Meta’s smart glasses, Halo X aims to provide more advanced functionality without the privacy restrictions Meta has imposed due to its poor reputation on user privacy. However, the glasses raise significant privacy concerns because, unlike Meta’s glasses which have indicator lights to alert others when recording, Halo X is designed to be discreet with no external indicators, effectively enabling covert recording. Privacy advocates warn that normalizing always-on recording devices threatens the expectation of privacy in public and private conversations, especially given that
IoTsmart-glassesAIwearable-technologyprivacy-concernsvoice-recognitionaugmented-realityLife360 adds a new no-show notification to its app
Life360 has introduced a new "no-show" notification feature in its location tracking app, designed to alert users when a friend or family member does not arrive at a specified location by a set time. This addition aims to reduce the need for constant location checking and frequent “where are you?” messages, particularly easing parental concerns during the busy back-to-school season. Users can activate the feature by selecting a person’s profile within their circle, setting a location and time for the alert, and optionally making it recurring on chosen days. The alert includes a grace period before notifying the user. The company highlights that this feature promotes trust within families by providing peace of mind without intrusive tracking, allowing parents or family members to step in only if someone fails to reach their destination as expected. While the primary use case focuses on parents monitoring children, any family member can set alerts for others as long as location sharing is enabled, which can be turned off at any time. The no-show notification is available to all U.S
IoTlocation-trackingmobile-appnotificationsfamily-safetygeofencingsmart-alertsFEMA Now Requires Disaster Victims to Have an Email Address
FEMA has implemented a new policy requiring disaster survivors to provide an email address when registering for federal aid, marking a shift from the previous optional status of email in the application process. This change, effective August 12, aims to facilitate a transition to digital payment methods and improve communication with survivors by enabling timely updates and access to application status online. FEMA’s internal documents highlight that over 80% of survivors already apply online, and the agency views email as the most effective way to keep applicants informed. However, this policy has raised concerns among FEMA staff and advocates, as it risks excluding vulnerable populations with limited or no internet access. According to 2022 data from the National Telecommunications and Information Administration (NTIA), about one in five American households lack internet access, with higher rates among low-income and minority communities—groups disproportionately affected by disasters. FEMA workers in Missouri and Tennessee reported difficulties assisting survivors without email addresses, sometimes having to direct them to create new email accounts, which may be challenging for those
IoTdigital-communicationdisaster-managementfederal-aidinternet-accessdigital-paymentsemergency-servicesEight Sleep raises $100M to expand it AI-powered sleep tech
Eight Sleep, a New York-based startup founded in 2014, has raised $100 million in a new funding round led by investors including HSG, Valor Equity Partners, Founders Fund, Y Combinator, and notable athletes such as Ferrari F1 driver Charles Leclerc and McLaren CEO Zak Brown. This brings Eight Sleep’s total funding to approximately $260 million. The company specializes in AI-powered sleep technology, offering smart mattresses like its flagship product, the Pod, which tracks sleep stages, heart rate, breathing, and movement, and automatically adjusts temperature, elevation, and firmness to enhance sleep quality. Eight Sleep has generated over $500 million in Pod sales since 2019 and has collected data from more than one billion hours of sleep. The startup is expanding beyond its Pod mattress with Sleep Agent, an AI system that creates thousands of digital twins per user to predict and optimize sleep recovery proactively, moving from reactive tracking to personalized intervention. Eight Sleep’s Autopilot technology continuously adapts
IoTsmart-mattressAI-sleep-technologyhealth-monitoringwearable-technologysleep-data-analyticspersonalized-healthcareUltra-fast Airy beams keep network flowing past walls and obstacles
Researchers at Princeton University have developed a novel wireless communication system that uses ultra-fast Airy beams—curved transmission paths—to navigate around indoor obstacles and maintain uninterrupted high-speed data flow. This innovation addresses a key limitation of sub-terahertz frequency signals, which, while capable of extremely high data rates needed for applications like virtual reality and autonomous vehicles, are easily blocked by walls, furniture, or people. By combining physics-based beam shaping with machine learning, the team trained a neural network to select and adapt the optimal Airy beam in real time, allowing signals to bend around obstacles rather than relying on reflection. To enable this adaptive capability, the researchers created a simulator that models countless indoor scenarios, allowing the neural network to learn effective beam configurations without exhaustive physical testing. This approach leverages physical principles to efficiently train the system, which then rapidly adjusts to dynamic environments, maintaining strong connections even in cluttered spaces. Experimental tests mimicking real-world indoor conditions demonstrated the system’s potential, marking a significant step toward
IoTwireless-communicationneural-networkssub-terahertzAiry-beamsmachine-learningindoor-networkingShape Changing Antenna Secures Signal
MIT researchers have developed a novel flexible antenna that can maintain a strong signal connection by altering its shape. This innovation addresses the common problem of signal loss caused by movement or changes in the environment, which typically affect traditional rigid antennas. The shape-changing capability allows the antenna to adapt dynamically, ensuring consistent connectivity. The new antenna design leverages advanced materials and engineering techniques to enable flexibility without compromising performance. This technology has potential applications in various fields, including wearable devices, mobile communications, and Internet of Things (IoT) systems, where maintaining reliable signal strength is crucial despite physical deformation or movement. The research highlights a significant step forward in antenna technology by combining adaptability with robust signal transmission.
IoTflexible-antennasignal-strengthwireless-communicationMIT-researchshape-changing-technologysmart-devicesMIT creates shape-changing antenna that survives 10,000 bends
MIT researchers have developed a novel shape-changing “meta-antenna” made from auxetic metamaterials—engineered materials whose properties derive from their geometric structure rather than composition. Unlike traditional rigid metal antennas, this flexible antenna can alter its resonance frequency by physically deforming its shape through bending, stretching, or compressing. This adaptability allows one antenna to support multiple wireless protocols, making it suitable for applications such as wearable device energy transfer, augmented reality motion tracking, and wireless communication. The antenna is constructed by sandwiching a laser-cut dielectric rubber layer between conductive layers, with a flexible acrylic coating to enhance durability, enabling it to withstand over 10,000 compressions. Beyond communication, the meta-antenna’s frequency shifts can serve as a novel sensing mechanism to detect physical environmental changes. For instance, prototypes demonstrated the ability to monitor breathing by sensing chest expansion or to adjust smart curtains and headphones based on deformation-induced frequency changes. A smart headphone prototype showed a 2.6% resonance frequency shift
IoTmetamaterialsflexible-antennawireless-communicationwearable-technologyenergy-transferreconfigurable-antennaUltrahuman acquires viO HealthTech to launch enhanced cycle and ovulation tracking
Ultrahuman has acquired smart ring maker viO HealthTech to enhance its cycle and ovulation tracking capabilities. Leveraging viO’s temperature-sensing algorithm, originally developed for its OvuSense fertility monitors over 15 years and trained on a dataset of more than 260,000 cycles, Ultrahuman is launching a new premium plug-in called “Cycle and Ovulation Pro” for its Ultrahuman Ring AIR. This plug-in offers users accurate cycle tracking, fertility planning support with ovulation confirmation, and the ability to detect irregular patterns such as early or late ovulation. Additionally, users can log moods and symptoms to identify long-term wellness trends, providing a more personalized and adaptive experience compared to traditional menstrual tracking platforms that often assume regular 28-day cycles. Ultrahuman emphasizes that its new offering is designed to support users with diverse cycle patterns, including those affected by conditions like PCOS, endometriosis, or thyroid disorders, who typically find existing platforms less accurate or helpful
IoTwearable-technologyhealth-trackingsmart-ringfertility-monitoringsensor-technologywomen's-healthThe Nvidia Deal Shows How Chinese-Made EVs Could Come To The US - CleanTechnica
The article discusses the strategic competition between the United States and China in the electric vehicle (EV) market, highlighting how Chinese-made EVs could potentially enter the US market despite current restrictions. It frames the rivalry not as a traditional military conflict but as a technological and economic contest for global supremacy, with EVs playing a central role. Chinese automakers have gained a significant lead, partly due to substantial government support and strategic initiatives, such as appointing Wan Gang in 2007 to spearhead EV development with massive subsidies and favorable regulations. A major barrier to Chinese EVs entering the US market is the concern over national security. US officials, including President Biden and Commerce Secretary Gina Raimondo, have expressed fears that Chinese-made connected vehicles could be used for surveillance or even remotely controlled to cause harm, leading to bans on such imports. These concerns stem from the sophisticated digital sensors and software in EVs, which could potentially transmit sensitive data to the Chinese government. Despite early quality issues with Chinese vehicles, the
energyelectric-vehiclesIoTconnected-carssurveillance-technologyautomotive-industryChina-US-competitionBuzzy AI startup Multiverse creates two of the smallest high-performing models ever
Multiverse Computing, a leading European AI startup based in Spain, has developed two of the smallest yet high-performing AI models, humorously named after animal brain sizes: SuperFly and ChickBrain. These models are designed to be embedded in Internet of Things (IoT) devices and run locally on smartphones, tablets, and PCs without requiring an internet connection. SuperFly, inspired by a fly’s brain, is a compressed version of Hugging Face’s SmolLM2 135 model with 94 million parameters, optimized for limited data and voice-command applications in home appliances. ChickBrain, with 3.2 billion parameters, is a compressed version of Meta’s Llama 3.1 8B model and offers advanced reasoning capabilities, outperforming the original in several benchmarks such as MMLU-Pro, Math 500, GSM8K, and GPQA Diamond. The key technology behind these models is Multiverse’s proprietary quantum-inspired compression algorithm called CompactifAI, which significantly reduces model
IoTAI-modelsmodel-compressionedge-computingembedded-AIquantum-inspired-algorithmssmart-devicesKorea unveils world’s first wireless OLED contact lens for eye tests
Korean researchers at the Korea Advanced Institute of Science & Technology (KAIST) have developed the world’s first wireless OLED contact lens designed for on-the-go electroretinography (ERG), a diagnostic test that measures the electrical response of retinal cells. This ultrathin (12.5 μm) organic light-emitting diode (OLED) is integrated into a flexible contact lens, enabling retinal function testing without the need for traditional bulky equipment like the Ganzfeld device, which requires patients to sit still in dark rooms. The lens operates wirelessly via a power antenna and control chip at a 433 MHz resonant frequency, allowing stable communication and control through a smartphone-linked sleep mask. Unlike conventional inorganic LEDs, which are rigid and emit light from a single point, the OLED contact lens provides a diffusive, gentle light source that avoids heat damage and produces clear ERG signals at low luminance levels (126 nits). Animal tests confirmed the device’s safety, showing it maintains eye surface temperature below
IoTwearable-technologyOLEDwireless-power-transfermedical-devicessmart-contact-lensretinal-diagnosticsApple’s blood oxygen monitoring returns to its latest Apple Watches
Apple has reintroduced its Blood Oxygen monitoring feature on select Apple Watch models—Series 8, Series 10, and Apple Watch Ultra—through a redesigned approach that complies with a U.S. International Trade Commission (ITC) import ban. Instead of measuring blood oxygen levels directly on the watch, the updated feature calculates the data on the paired iPhone, with results accessible via the Respiratory section of the Health app. This change follows a recent U.S. Customs ruling allowing Apple to import watches with this modified functionality, but it only applies to devices sold after the ITC ban took effect in early 2024. Existing models and units sold outside the U.S. remain unaffected. The ITC ban originated from a legal dispute with medical device maker Masimo, which accused Apple of infringing on its pulse oximetry patents after failed collaboration talks. In 2023, Masimo won the import ban at the ITC, forcing Apple to remove the original blood oxygen feature. Apple has
IoTwearable-technologyhealth-monitoringApple-Watchblood-oxygen-sensormedical-devicessoftware-updateUS: 'Microwave brain' chip for ultrafast, wireless computing unveiled
Cornell University researchers have developed a novel low-power microchip dubbed the ‘microwave brain,’ which functions as a microwave neural network capable of ultrafast, wireless computing. Unlike traditional digital chips that process data sequentially, this chip uses analog microwave signals at tens of gigahertz frequencies, enabling it to handle complex tasks such as radio signal decoding, radar target tracking, and digital data processing in real time while consuming only about 200 milliwatts of power. Its design leverages programmable frequency distortions and special waveguides to detect patterns and learn from data, bypassing many conventional digital signal processing steps. The chip demonstrated high accuracy—88 percent or more—in classifying wireless signal types, matching digital neural networks but with significantly lower power and space requirements. Its probabilistic computing approach maintains accuracy across both simple and complex tasks without the increased circuitry or error correction typical in digital systems. Due to its sensitivity to microwave signals, the chip is well-suited for hardware applications like detecting anomalies in
IoTwireless-communicationmicrowave-neural-networklow-power-microchipedge-computingsignal-processingsilicon-microchipAI chip shipments from US had secret location trackers: Report
A recent report reveals that some AI chip shipments from the United States to other countries were covertly equipped with location tracking devices. These trackers were reportedly placed in shipments deemed at high risk of illegal diversion to China, aiming to enforce US export restrictions on advanced AI chips. The devices were typically hidden within server packaging from manufacturers like Dell and Super Micro, which include chips from Nvidia and AMD. While the exact parties responsible for installing the trackers and the precise points along the shipping routes remain unclear, US agencies such as the Department of Commerce’s Bureau of Industry and Security, Homeland Security Investigations, and the FBI are suspected to be involved. This tactic aligns with longstanding US law enforcement practices to monitor shipments and prevent unauthorized technology transfers to restricted countries. The use of these trackers comes amid ongoing US efforts to limit China’s access to cutting-edge AI technology, which is crucial for innovations in electric vehicles, semiconductors, and aerospace. Since 2022, the US has restricted sales of advanced chips from Nvidia and
IoTAI-chipsexport-controlssemiconductor-trackingsupply-chain-securityadvanced-technologylocation-trackersPebble’s smartwatch is back: Pebble Time 2 specs revealed
Pebble’s original creator, Eric Migicovsky, has unveiled the final design and specifications for the Pebble Time 2 smartwatch, marking the company’s return to the market under the Pebble brand after regaining the trademark. Previously referred to as Core 2 Duo and Core Time 2, the new watches will now be called Pebble 2 Duo and Pebble Time 2. The Time 2 features an updated industrial design and will debut in four colors, with buyers having input on the final choices. Key new features include a multicolor RGB LED backlight, a second microphone for potential noise cancellation, a compass sensor, and a screw-mounted stainless steel back cover, maintaining the premium feel of the Pebble Time Steel. The Pebble Time 2 retains many previously announced specifications, such as a 1.5-inch 64-color e-paper touchscreen, a quick-release 22mm strap, flat hardened glass lens, and an estimated 30-day battery life. It also includes
IoTsmartwatchwearable-technologyBluetoothsensorse-paper-displaybattery-lifeWorld’s fastest supercomputer boosts US tsunami warning systems
US scientists at Lawrence Livermore National Laboratory (LLNL) have developed a real-time tsunami forecasting system powered by El Capitan, the world’s fastest supercomputer with a peak performance of 2.79 quintillion calculations per second. Utilizing over 43,500 AMD Instinct MI300A Accelerated Processing Units, the system solves complex acoustic-gravity wave propagation problems to create a detailed "digital twin" model of tsunami behavior. This model integrates real-time seafloor pressure sensor data with advanced physics-based simulations to infer earthquake-induced seafloor motion and predict tsunami wave propagation with quantified uncertainties, enabling rapid forecasts during actual events. The breakthrough hinges on solving a billion-parameter Bayesian inverse problem with unprecedented speed—less than 0.2 seconds—achieving a 10-billion-fold speedup compared to previous methods. This was made possible by leveraging El Capitan’s exascale computing power in an offline precomputation step, allowing subsequent rapid predictions on smaller GPU clusters. The system
energyIoTsupercomputingtsunami-warning-systemsdigital-twinsensor-datareal-time-forecastingBYD Develops Tablet In-House For New Fang Cheng Bao Tai 7 - CleanTechnica
Chinese electric vehicle manufacturer BYD has further expanded its vertical integration by developing a custom in-house tablet for its upcoming Fang Cheng Bao Tai 7 model, set to launch later this year. While specific details about the tablet remain scarce, it is known that the device will integrate with the vehicle’s system and support multi-screen collaboration, enhancing in-car connectivity. This move aligns with growing consumer demand in China for advanced in-vehicle information systems and connectivity features. BYD’s development of its own tablet is part of a broader trend among Chinese EV makers to improve the digital experience for drivers, similar to Nio’s earlier attempts with its Nio Phone smartphones, although Nio has since paused that project due to financial constraints. BYD’s background as a major battery producer and a leading contract manufacturer for prominent electronics brands like Huawei and Xiaomi positions it well to create such integrated hardware. This step underscores BYD’s deep vertical integration, raising the question of which vehicle components it does not produce internally.
IoTelectric-vehiclesconnectivityvertical-integrationbattery-technologyconsumer-electronicsBYDSecret lighting codes could make spotting deepfake videos easier
Cornell researchers have developed a novel light-based watermarking technique to combat the growing threat of deepfake videos, which have become increasingly convincing due to advances in generative AI. Unlike traditional digital watermarks that require cooperation from cameras or AI models, this method embeds nearly invisible codes directly into the lighting environment during video recording. By subtly varying the brightness of light sources—such as computer screens or lamps equipped with small computer chips—the system creates a hidden signature that is imperceptible to the human eye but can later be used to verify video authenticity. This “noise-coded” lighting approach leverages natural light fluctuations, making the embedded codes difficult to detect or remove without knowledge of the secret pattern. Each light source carries a unique code, enabling forensic analysts to identify manipulated or missing footage by comparing the original lighting pattern with recovered “code videos,” which reveal inconsistencies in altered sections. The technique supports multiple simultaneous codes within a scene, increasing the difficulty for adversaries who would need to replicate all codes consistently to
IoTlighting-technologydeepfake-detectionvideo-watermarkingcomputer-visionAI-securitydigital-forensicsRemote Battery Monitoring Is Becoming Essential for Energy Storage — Here’s How leagend SOLUTIONS Is Addressing the Challenge - CleanTechnica
The article highlights the growing importance of remote battery monitoring in the energy storage sector, driven by the increasing reliance on battery systems for daily operations and emergency backup across various industries. leagend SOLUTIONS offers a remote battery monitoring system that delivers real-time data on key battery parameters such as voltage, internal resistance, current, and temperature. This capability enables early fault detection, predictive maintenance, and performance optimization, which collectively enhance safety, operational continuity, and reduce maintenance costs. The shift from manual inspections to advanced, cloud-based monitoring systems is crucial for improving grid resilience and maximizing returns on energy storage investments. leagend’s solution supports multiple communication methods (4G, WiFi, Bluetooth, wired) to transmit data to remote platforms, allowing users to monitor battery health, predict battery life accurately, and receive fault warnings. This proactive approach helps prevent unexpected downtime and safety hazards like over-discharging and overheating, which can cause fires or explosions. The system reportedly reduces operating and maintenance costs by over 30
energybattery-monitoringenergy-storageremote-monitoringpredictive-maintenanceIoTpower-managementiPhone 17, the ‘thinnest iPhone ever,’ and everything else we’re expecting out of Apple’s hardware event
Apple is expected to hold its annual hardware event on September 9, unveiling the iPhone 17 lineup alongside updates to the Apple Watch and AirPods. The iPhone 17 series is rumored to feature notable changes, including a slightly larger screen (an increase of 0.2 inches from the iPhone 16), a higher refresh rate display (upgrading from 60Hz), and a 24-megapixel front camera. New colors like purple and green may be introduced. The iPhone 17 Pro could see a redesigned rear camera layout with a rectangular bar spanning the device’s width and a shift from a titanium to an aluminum frame, potentially reducing cost and weight. The Pro Max model is expected to have fewer upgrades but a thicker body to accommodate a larger battery. Pricing estimates suggest the base iPhone 17 around $800, the Pro at $1,050, and the Pro Max at $1,250. Additionally, Apple may launch the ultra-thin iPhone Air
materialsenergyIoTsmartphonesApplebattery-technologywearable-technologySecurity flaws in a carmaker’s web portal let one hacker remotely unlock cars from anywhere
A security researcher, Eaton Zveare from Harness, discovered critical security flaws in a major carmaker’s online dealership portal that exposed private customer information and vehicle data. The vulnerabilities allowed the creation of an unauthorized “national admin” account, granting full access to the centralized portal used by over 1,000 dealers across the U.S. This access enabled a hacker to view sensitive personal and financial data, track vehicles, and enroll customers in features that remotely control car functions, such as unlocking doors via a mobile app. The flaws stemmed from buggy code loaded in users’ browsers on the login page, which Zveare exploited to bypass authentication entirely. Zveare demonstrated how the portal’s national consumer lookup tool could identify vehicle owners using minimal information, such as a vehicle identification number seen in public or just a customer’s name. He also showed that transferring vehicle control to a different mobile account required only a simple attestation, making unauthorized takeovers feasible. Although he did not test driving the vehicles,
IoTcybersecurityconnected-carsremote-vehicle-accessautomotive-securityhackingvehicle-telematicsPrivate Companies Are Now Gathering Weather Data for NOAA
The article discusses how private companies are increasingly providing weather data to the National Oceanic and Atmospheric Administration (NOAA) amid staffing shortages and budget cuts at the National Weather Service (NWS). For example, WindBorne Systems, a startup deploying advanced weather balloons, began supplying atmospheric data from western Alaska after the NWS suspended balloon launches there due to personnel cuts. Backed by venture capital, WindBorne is expanding its balloon launch sites across the U.S. to help fill critical data gaps that are essential for weather forecasting and climate monitoring. Other startups like Sofar Ocean, Tomorrow.io, Black Swift Technologies, and Saildrone are also contributing data through NOAA’s Mesonet Program, leveraging innovative technologies and AI models. While collaboration between NOAA and private firms is not new, former NOAA officials express concern that the current administration’s push for privatization may lead to the agency relying too heavily on private data services at the expense of maintaining its own core observational infrastructure. They emphasize that NOAA must retain control
IoTweather-monitoringdata-collectionatmospheric-sensorsNOAA-collaborationprivate-sector-innovationenvironmental-technologyAeroFarms® Raises Equity to Fund Pre-Construction Activities for Second Farm; Refinances Debt to Support Ongoing Operations in Danville, Virginia - CleanTechnica
AeroFarms, a leading U.S. indoor vertical farming company specializing in microgreens, has raised equity funding from existing investors—including Grosvenor Food & AgTech, Ingka Investments, Cibus Capital, and ACEG—to support pre-construction activities for a second farm and ongoing operations at its Danville, Virginia facility. The company aims to expand its sustainable, profitable vertical farming model that uses patented aeroponics technology, robotics, AI, and 100% renewable energy to produce nutritious greens year-round while using significantly less land and water than traditional farming. AeroFarms currently commands over 70% of the U.S. retail microgreens market. In addition to equity financing, AeroFarms refinanced its debt with an asset-based loan from Siguler Guff, which fully paid off the previous Horizon Technology Finance facility and provided additional capital for operations. The new loan offers more favorable terms, including a lower interest rate, interest-only payments, and provisions for equipment financing. Siguler
energymaterialsroboticsIoTvertical-farmingsustainable-agriculturerenewable-energyNew wearable blood pressure patch offers hospital-grade accuracy
Researchers at Seoul National University have developed a stretchable, skin-mounted electronic patch that offers hospital-grade, real-time blood pressure monitoring. Unlike traditional bulky cuff-based devices that provide only intermittent readings and can be uncomfortable or inaccurate, this patch continuously tracks blood pressure by measuring the time delay between the heart’s electrical signals and the mechanical pulse in arteries. The device uses a highly sensitive, flexible sensor made from liquid metal circuits shaped via laser sintering, enabling precise, durable, and elastic performance that withstands extensive stretching without loss of accuracy. In tests, the patch demonstrated superior accuracy compared to standard cuffs, effectively capturing rapid blood pressure changes during activities like exercise. The technology promises to transform hypertension management by allowing continuous monitoring anytime and anywhere, benefiting patients, athletes, and healthcare providers. The researchers are further enhancing the patch with wireless communication and AI analysis to improve usability and accessibility. This innovation, published in Advanced Materials, exemplifies a shift toward smart healthcare, empowering individuals to manage their health proactively outside clinical settings.
wearable-technologyIoThealth-monitoringflexible-sensorsliquid-metallaser-sinteringcontinuous-blood-pressure-trackingTiny but mighty: This AI mini-model outsmarted Microsoft on Meta’s GAIA benchmark
Coral Protocol, a London-based AI company, has achieved a significant milestone by developing a multi-agent AI "mini-model" system that outperformed Microsoft’s agent platform by approximately 34% on Meta’s GAIA benchmark. GAIA is a challenging test suite comprising nearly 450 complex real-world tasks requiring reasoning, web browsing, data analysis, and tool use. While human participants typically answer about 92% of GAIA questions correctly, advanced large models like GPT-4 manage only around 15%. Coral’s mini-model scored the highest among small-scale AI systems, surpassing Microsoft-backed Magnetic-UI, which scored about 30%. Coral’s approach diverges from the traditional AI scaling method of building massive models with billions of parameters. Instead, it employs horizontal scaling by orchestrating many specialized, lightweight mini-models that collaborate in real time, each excelling at specific tasks such as natural language understanding or coding. This collective intelligence framework enables faster, more cost-effective, and potentially more secure
IoTartificial-intelligenceAI-assistantsmulti-agent-systemsAI-mini-modelshorizontal-scalingCoral-ProtocolHubble Network plans massive satellite upgrade to create global Bluetooth layer
Seattle-based startup Hubble Network is set to significantly upgrade its satellite-powered Bluetooth network with the launch of two new MuSat XL satellites in 2027. These advanced satellites will feature a powerful phased-array receiver capable of detecting Bluetooth Low Energy (BLE) signals at 30 times lower power than current technology, potentially extending battery life for tracking tags and sensors on Earth. The initial pair of MuSat XL satellites will provide a 12-hour global revisit time, forming the backbone of Hubble’s BLE Finding Network aimed at enterprises in logistics, infrastructure, and defense sectors. Hubble’s approach allows customers to connect devices to the network simply by integrating firmware with existing Bluetooth chipsets, eliminating the need for specialized hardware and enabling global asset tracking, including in remote areas. Hubble currently operates seven satellites and aims to expand to 60 by 2028, with plans to upgrade its entire constellation to the larger, more powerful MuSat XL platform. The partnership with Muon Space, the manufacturer of MuSat
IoTsatellite-technologyBluetooth-Low-Energyasset-trackingwireless-communicationspace-based-networkenergy-efficiencySmart dust is turning the world into a giant sensor
The article discusses the emergence of smart dust—networks of sub-millimeter wireless sensors known as microelectromechanical systems (MEMS)—as a transformative technology in scaling the Internet of Things (IoT). Coined in 1997 by UC Berkeley professor Kristofer Pister, smart dust consists of tiny motes smaller than a grain of salt that autonomously sense environmental factors like temperature, humidity, light, sound, and chemicals. These devices can compute, communicate via radio frequency transceivers, and operate without external power by harvesting energy from ambient sources such as light, vibrations, or electromagnetic fields. Their miniature size and ability to be deployed in vast numbers enable extensive, scalable sensing networks that make environments—from cities to bodies and machines—self-aware and deeply connected. Smart dust works similarly to conventional IoT devices but at a microscopic scale, with each mote containing built-in circuits for sensing and data processing. They collaborate to collect and transmit data to central hubs, often protected by polymer coatings
IoTsmart-dustMEMSwireless-sensorsmicroelectromechanical-systemsnanoscale-technologyambient-energy-harvestingFirst impressions of Alexa+, Amazon’s upgraded, AI-powered digital assistant
The article provides a first-person account of testing Amazon’s upgraded digital assistant, Alexa+, which integrates generative AI to enhance its capabilities beyond traditional smart home controls. The author, a former heavy user of Alexa devices, explores whether Alexa+ can maintain its relevance in an era dominated by advanced AI chatbots like ChatGPT. Alexa+ launched in early 2025 and uses multiple AI models, including those from Anthropic, to deliver more intelligent, context-aware responses. It can access and process personal information such as schedules, preferences, and files, and even summarize video footage from Ring cameras. Amazon aims for Alexa+ to perform agentic tasks like booking reservations, ordering rides, and managing shopping lists with delivery, moving toward a more autonomous AI assistant in the home. In the initial phase of testing, the author set up Alexa+ on a new Echo Spot device, noting improvements in the setup process, such as QR code scanning and automatic Wi-Fi connection. The upgrade to Alexa+ was free and reversible
IoTsmart-homeAlexaAI-assistantAmazon-Echogenerative-AIvoice-control28 More Starlink Satellites Join Megaconstellation
SpaceX has launched its 96th Falcon 9 rocket of the year, carrying 28 additional Starlink satellites into orbit. These new satellites will expand the Starlink megaconstellation, which now totals around 8,000 satellites. This ongoing deployment aims to enhance global broadband internet coverage by increasing the network's capacity and reach. The continuous addition of Starlink satellites underscores SpaceX's aggressive pace in building one of the largest satellite constellations in history. This expansion is critical for improving internet access in underserved and remote areas worldwide, supporting SpaceX's goal of providing high-speed, low-latency connectivity on a global scale.
IoTsatellite-technologyStarlinkSpaceXmegaconstellationcommunication-networksbroadband-internetJeh Aerospace nets $11M to scale the commercial aircraft supply chain in India
Jeh Aerospace, an Indian startup founded by former Tata Group executives Vishal Sanghavi and Venkatesh Mudragalla, has raised $11 million in Series A funding to address production bottlenecks in the global commercial aircraft supply chain. The company focuses on scaling the manufacturing of precision metallic components for aero engines and aerostructures, supplying U.S.-based Tier 1 suppliers who serve major aircraft manufacturers like Airbus and Boeing. Headquartered in Atlanta to better serve its U.S. customers, Jeh Aerospace operates a 60,000-square-foot precision manufacturing facility in Hyderabad, India, where it leverages software-defined manufacturing, robotics, and IoT to reduce product lead times from the industry standard of 15 weeks to just 15 days. The startup’s approach aims to bring predictability and dynamic scheduling to aerospace component production, helping alleviate the current supply chain constraints amid a surge in global air traffic demand and a record commercial aircraft backlog nearing 15,700 units. Jeh Aerospace deliberately targets
robotIoTaerospace-manufacturingprecision-machinerysupply-chainindustrial-automationaircraft-componentsVontier’s Driivz Partners with ezVOLTz to Support Reliable EV Charging for Government & Commercial Entities - CleanTechnica
Vontier’s Driivz has partnered with ezVOLTz, a managed service provider specializing in EV charging infrastructure for government and commercial clients, to enhance the reliability and efficiency of EV charging services. ezVOLTz offers a comprehensive Charging-as-a-Service (CaaS) solution that includes hardware-agnostic charger installation and its ezCONNECT Management Software for data optimization, billing, and transaction processing. Integrating Driivz’s EV Charging Management platform will enable ezVOLTz to provide seamless charging experiences by maximizing uptime through 24/7 network health monitoring and real-time issue resolution via Driivz’s Alert Management System. The platform’s auto-detection and self-healing algorithms can remotely fix up to 80% of charger problems, reducing the need for on-site maintenance. The partnership also supports ezVOLTz’s scalability by facilitating the addition of new chargers and delivering detailed analytics on usage patterns to optimize network expansion and charger placement. Additionally, Driivz
energyelectric-vehiclesEV-chargingenergy-managementsmart-chargingIoTclean-energyKleiner Perkins is having a very good week
Kleiner Perkins, a prominent venture capital firm, has experienced a notably successful week driven by two significant tech IPOs. Figma, a design software company, went public on Thursday with shares initially priced at $33 but quickly surged to close Day 1 at $115. Kleiner Perkins sold approximately 2.76 million shares at the IPO price, generating around $91 million in returns, while retaining a substantial stake of over 52 million shares valued at more than $6 billion. This remaining stake alone is worth roughly three times the size of Kleiner Perkins’ last mega fund, underscoring the firm's substantial gains from this investment. Mamoon Hamid, a Kleiner partner and Figma board member, oversaw this investment. In addition to Figma, Kleiner Perkins benefited from the IPO of Ambiq, a smaller chip maker for wearable devices, which raised $96 million by selling 4 million shares. Kleiner holds about 2.08 million shares of Ambiq
IoTwearable-deviceschip-makerventure-capitaltech-IPOfleet-trackingAmbiqNew $5 wound sensor tracks healing without removing dressings
Researchers at RMIT University in Australia have developed a $5 Bluetooth-enabled wearable wound sensor that monitors healing without the need to remove dressings. The device continuously tracks key biomarkers such as temperature, pH, and inflammation—critical indicators of infection and wound healing progress—reducing the risk of bacterial contamination associated with frequent dressing changes. Early lab tests demonstrate that the sensor conforms well to curved body surfaces, making it practical for real-world use. The team is now preparing to collaborate with industry partners to advance the technology into clinical trials. A notable feature of this innovation is its reusability and sustainability, as it is made from biocompatible materials designed for durability, contrasting with many disposable smart bandages that generate medical waste. The sensor integrates seamlessly into existing medical manufacturing processes and could be produced at a cost below $5 per unit when scaled, potentially making it accessible for both developed and developing healthcare systems. This technology builds on RMIT’s patented high-resistivity silicon-based sensor platform capable of
IoTwearable-technologywound-sensorBluetooth-sensormedical-devicessmart-bandagehealthcare-technologySex toy maker Lovense threatens legal action after fixing security flaws that exposed users’ data
Lovense, a manufacturer of internet-connected sex toys, recently addressed security vulnerabilities that exposed users’ private email addresses and allowed remote account takeovers. The company confirmed that these bugs have been fully resolved and now requires users to update their apps to regain full functionality. However, Lovense CEO Dan Liu is reportedly considering legal action in response to what he described as erroneous reports about the security flaws, though it remains unclear whether this refers to media coverage or the security researcher’s disclosure. The security issues were initially revealed by a researcher known as BobDaHacker, who disclosed the vulnerabilities after Lovense indicated it would take 14 months to fully fix them instead of implementing a quicker, one-month fix that would have required notifying users. Despite Lovense’s claim that there is no evidence of data compromise or misuse, TechCrunch independently verified the email exposure bug, raising questions about the company’s assessment. Lovense has not clarified what technical evidence it has to support its claim of no data compromise. The situation highlights
IoTcybersecurityconnected-devicesdata-privacysoftware-vulnerabilitiesuser-securitylegal-issuesNeuralink brain chip trials launch in Britain for paralyzed patients
Neuralink, Elon Musk’s brain-implant company, has initiated its first European clinical trial in the UK, aiming to test its brain-computer interface (BCI) technology on seven patients with severe paralysis caused by spinal cord injuries or neurological conditions like ALS. The trial, conducted in partnership with University College London Hospitals NHS Foundation Trust and Newcastle upon Tyne Hospitals, involves implanting Neuralink’s N1 chip under the skull to enable patients to control digital devices such as smartphones and tablets using only their thoughts. This marks the UK as the first European country to host such a study and builds on Neuralink’s earlier human trials in the US, where five paralyzed patients have already used the chip to operate devices mentally. Neuralink’s N1 chip is a small device, about the size of a 10-pence coin, equipped with 128 ultra-thin threads that connect approximately 1,000 electrodes to the brain to read electrical activity and translate it into digital commands. The company
robotIoTbrain-computer-interfaceNeuralinkmedical-technologyassistive-technologyneurotechnologyHandwave lends a hand to retailers with its European alternative to Amazon’s palm payments
Handwave, a Latvian fintech startup, is developing a European alternative to Amazon’s palm payment system, focusing specifically on retail. Unlike Amazon, which deploys its palm scanning technology primarily in its own stores and a limited number of third-party locations, Handwave aims to partner broadly with retailers by offering its own hardware and software for palm vein pattern recognition and user presence verification. This biometric payment method promises faster, cheaper, and more convenient checkouts without the need for cards, apps, fingerprints, or facial scans, and can also support age verification and loyalty programs. The company plans to charge merchants transaction fees comparable to or lower than standard payment methods. Handwave’s founders, with backgrounds at the global payment provider Worldline, are building an open ecosystem by collaborating with major financial institutions, particularly in Europe. The startup recently signed an agreement with Visa to accelerate deployment across countries and is preparing for market pilots in retail stores. Starting in the European Union, known for its strict regulatory environment, is seen as
IoTbiometric-authenticationcontactless-paymentsretail-technologypalm-scanningfintechhardware-developmentAmazon CEO wants to put ads in your Alexa+ conversations
Amazon CEO Andy Jassy envisions integrating advertising into conversations with Alexa+, the company’s advanced AI-powered digital assistant. Currently available to millions of users, Alexa+ enhances natural, multi-turn interactions and is offered free to Prime subscribers, with an additional $20 monthly subscription tier. Jassy indicated that future subscription models might include an ad-free option, while advertising could serve as a tool to help users discover products and generate revenue. This approach marks a significant shift from Amazon’s limited existing Alexa ads, which have so far been confined to occasional visual or audio spots on devices like the Echo Show. Amazon’s push into AI and advertising comes amid substantial investment in AI infrastructure, including a 90% year-over-year increase in capital expenditures to $31.4 billion in Q2 2025, aimed at developing proprietary AI chips and data centers. While AWS revenue grew 18%, Amazon seeks new revenue streams to support these costs. However, challenges remain: Alexa+’s rollout has faced mixed reviews,
IoTsmart-assistantsAlexaAI-advertisingAmazonvoice-technologyAI-chipsA new microphone watches vibrations and turns them into sound
Researchers at the Beijing Institute of Technology have developed a novel, low-cost visual microphone that captures sound by detecting tiny vibrations on everyday objects using light rather than traditional acoustic methods. This system employs single-pixel imaging—a simpler and cheaper technique compared to previous optical microphones that required expensive high-speed cameras or lasers. By shining light on surfaces such as paper, leaves, or plastic cups and measuring changes in reflected light intensity caused by sound-induced vibrations, the device reconstructs speech and other audio through advanced algorithms. This approach works under natural lighting conditions and does not depend on specific reflective properties of the surfaces. The innovation offers significant advantages in affordability and versatility, potentially enabling integration into smartphones, drones, or surveillance tools. It can detect sound through barriers like glass, making it useful in scenarios where conventional microphones fail, such as search and rescue operations or remote monitoring. However, the technology also raises ethical concerns due to its potential for covert eavesdropping without physical microphones. The researchers emphasize their intent to advance sensing technology
IoToptical-microphonesound-detectionsingle-pixel-imaginglight-based-sensingsurveillance-technologyacoustic-imagingZuckerberg says people without AI glasses will be at a disadvantage in the future
Meta CEO Mark Zuckerberg expressed a strong belief that AI-enabled glasses will become the primary interface for interacting with artificial intelligence in the future. Speaking during Meta’s second quarter earnings call, he argued that people without such AI glasses will face significant cognitive disadvantages compared to those who have them. Zuckerberg highlighted that glasses are an ideal form factor because they can allow AI to see and hear what the user experiences throughout the day and provide real-time interaction. Adding displays—whether wide holographic fields or smaller screens—will further enhance their utility. Meta has been actively developing smart glasses, such as the Ray-Ban Meta models, which have proven unexpectedly popular and generate revenue through a partnership with EssilorLuxottica. Despite Reality Labs, Meta’s division focused on these devices, operating at a financial loss, Zuckerberg views this investment as crucial for the future of AI and consumer computing. He envisions AI glasses as a key tool to blend physical and digital realities, advancing the Metaverse vision. However, the article notes that
IoTsmart-glassesAI-wearablesaugmented-realityMeta-Reality-Labsconsumer-AI-devicesAI-interactionSkechers is making kids’ shoes with a hidden AirTag compartment
Skechers has launched a new line of children's sneakers featuring a hidden compartment in the heel designed to hold an Apple AirTag, allowing parents to discreetly track their child's location via the shoe. This product, announced in July, is not an official collaboration with Apple and does not include the AirTag itself. The technology behind AirTags relies on nearby Apple devices to relay location information rather than built-in GPS, making it less effective for tracking fast-moving individuals but still useful for keeping tabs on belongings or children. While these shoes cater specifically to kids, raising potential benefits such as monitoring children or adults with conditions like dementia, the broader use of AirTags for tracking has raised privacy concerns. Instances of AirTags being used maliciously for stalking have prompted Apple to implement safety measures. The Skechers product exemplifies the growing normalization of surveillance technology in everyday items, which, despite good intentions, could lead to ethical and privacy challenges if similar tracking devices are used on adults without their consent.
IoTwearable-technologylocation-trackingApple-AirTagsmart-shoeschild-safetypersonal-tracking-devicesChina: 'World’s first' robot dog–patrolled wind farm runs human-free
China has launched what is believed to be the world’s first fully autonomous wind farm, the 70-megawatt Ningxia Tongli Third Wind Farm, which has operated without any onsite human workers since September 2024. The facility, built by China Three Gorges and equipped with Goldwind turbines, uses an integrated system of four-legged inspection robots called X30 “robot dogs” from DEEP Robotics, drones, and over 5,000 sensors to monitor turbine conditions in real time. These robots can operate in extreme temperatures (–20 °C to 55 °C), climb stairs, and navigate in darkness, enabling continuous inspection and fault detection without human intervention. Data collected is streamed to a remote control center, though the robots can function autonomously if communication is lost. This innovation follows China’s broader push toward fully automated “dark” factories and infrastructure, aiming to reduce maintenance costs and improve safety in challenging environments. DEEP Robotics showcased the X30’s capabilities at the 202
robotIoTenergyrenewable-energywind-farmautonomous-robotssmart-sensorsJack Dorsey’s Bluetooth messaging app Bitchat now on App Store
Jack Dorsey developed Bitchat, a Bluetooth-based messaging app, coding its foundation over a weekend in early July. The app enables users to send messages within approximately 100 meters via Bluetooth mesh networks, functioning without cellular or Wi-Fi connectivity. Bitchat features a minimalistic user experience with no login system; users immediately access a messaging interface where they can view nearby users' messages and set or change their display names. While the concept of Bluetooth messaging apps is not new—having practical use in environments like music festivals or disaster zones—Bitchat has drawn attention due to Dorsey’s involvement. Despite being promoted as a secure and private platform, security experts have raised concerns about Bitchat’s vulnerability to impersonation attacks. Researcher Alex Radocea highlighted fundamental flaws in the app’s cryptographic protocol that could compromise its security. Dorsey acknowledged these issues, admitting the software may contain vulnerabilities. Additionally, while Bitchat is officially available on the iOS App Store
IoTBluetoothMesh-NetworkingMobile-AppsWireless-CommunicationSecure-MessagingConnectivitySex toy maker Lovense caught leaking users’ email addresses and exposing accounts to takeovers
Security researcher BobDaHacker revealed that sex toy maker Lovense has not fully resolved two critical security vulnerabilities that expose users’ private email addresses and allow account takeovers. Lovense, which has over 20 million users and is known for integrating ChatGPT into its products, was found leaking users’ email addresses through its app’s network traffic. By intercepting and modifying network requests, an attacker could link any Lovense username to its registered email address, posing significant privacy risks—especially for cam models who publicly share usernames but want to keep their emails private. TechCrunch verified this vulnerability, and BobDaHacker demonstrated that automating the process could reveal emails in under a second. The second flaw is even more severe, enabling attackers to take over any Lovense account using just the exposed email address. This vulnerability allows creation of authentication tokens without passwords, granting full remote control of the account. Given that many users rely on Lovense devices for work, such as cam models, this flaw represents a
IoTcybersecurityinternet-connected-devicesdata-privacyvulnerabilityaccount-takeoverbug-bountyThis founder left Silicon Valley to challenge U.S. defense supremacy from Athens, and investors are paying attention
Dimitrious Kottas, formerly of Apple’s Special Projects Group, left Silicon Valley in 2021 to found Delian, a Greek defense startup focused on autonomous systems and surveillance technology. Starting with solar-powered surveillance towers monitoring Greek borders and detecting wildfires, Delian has expanded its product line to include advanced autonomous aerial and sea drones, notably a patented low-cost, deployable “suicide vessel” designed to operate undetected on the seabed. Kottas leverages his expertise in perception technology—gained from academic research and work on autonomous systems at Apple—to drive innovation in defense autonomy, which he believes will be central to future weapon systems. Delian’s approach is pragmatic and disruptive, aiming to penetrate Europe’s fragmented defense market by offering scalable, cost-effective solutions. The company recently secured $14 million in funding from investors including Air Street Capital and Marathon Venture Capital, bringing its total funding to $22 million. Despite technological progress and operational success in Greece, Delian faces
robotenergyIoTautonomous-systemssurveillance-technologydefense-technologydronesAeva strikes lidar chip-making deal with LG subsidiary
Aeva Technologies, a U.S.-based maker of advanced 4D LiDAR sensing systems, has entered a manufacturing partnership with LG Innotek, the components and materials subsidiary of South Korea’s LG. Under the agreement, LG Innotek will manufacture and supply Aeva’s Atlas Ultra 4D LiDAR sensors primarily for the automotive sector, targeting some of the top 10 global passenger vehicle OEMs. LG Innotek will also invest up to $50 million in Aeva, acquiring about a 6% equity stake. The partnership aims to eventually expand the use of Aeva’s technology into consumer electronics, robotics, and industrial automation. Aeva’s 4D LiDAR technology differs from conventional systems by using Frequency Modulated Continuous Wave (FMCW) technology to measure both distance and velocity for every pixel in real time, providing richer data akin to moving from black-and-white to color imaging. The company has miniaturized the entire LiDAR system, including optics,
robotIoTlidarautomotive-technologysilicon-photonicsindustrial-automationsmart-infrastructureIntel is spinning off its Network and Edge group
Intel is continuing its business restructuring by planning to spin off its Network and Edge group, which develops chips for the telecommunications industry. The new entity will operate as a standalone business, with Intel remaining an anchor investor while also seeking additional outside capital. This move follows Intel's earlier decision to spin off its RealSense stereoscopic imaging technology business, which secured $50 million in venture funding and became independent during former CEO Pat Gelsinger’s tenure. The Network and Edge group had been a significant part of Intel’s operations, though specific financial details and the timeline for the spinout have not been fully disclosed. Intel’s strategy appears to focus on streamlining its core business and allowing specialized units to grow independently with targeted investment. Further details about the spinout’s plans and schedule are pending as Intel has yet to provide comprehensive information.
IoTedge-computingtelecom-chipsnetwork-technologyIntel-spin-offsemiconductor-industryventure-fundingStarlink suffers rare global blackout, Elon Musk promises fix
Starlink, Elon Musk’s satellite internet service, experienced a rare global outage on July 24, 2025, disrupting connectivity for thousands of users across multiple continents including North America, Europe, and Africa. The outage began around 3:24 pm ET, with reports peaking at over 58,000 users affected according to Downdetector. Starlink acknowledged the issue on social media, stating they were actively working on a solution and promising updates. Musk personally apologized for the disruption on X (formerly Twitter), assuring that the root cause would be addressed to prevent future occurrences. The company’s website also went temporarily offline during the outage, compounding user frustration. The blackout coincided with Musk’s recent announcement about Starlink’s expanding “Direct to Cell” service, which enables smartphones to connect directly to satellites, though no direct link between the update and the outage has been confirmed. The disruption had significant impacts, particularly in remote regions such as Canada’s North, where Starlink supports critical
IoTsatellite-internetStarlinknetwork-outageElon-MuskconnectivitytelecommunicationsPhotos: Meta's new wristband translates hand movements to digital commands
Meta researchers have developed a novel wristband called sEMG-RD (surface electromyography research device) that translates hand gestures into digital commands by interpreting electrical motor nerve signals from muscle movements at the wrist. The device uses 16 gold-plated dry electrodes arranged around the wrist to capture muscle contraction signals at a high sampling rate, enabling real-time gesture recognition without the need for skin preparation or conductive gels. Its modular design accommodates different wrist sizes and muscle configurations, while separating the heavier processing components into a separate capsule to enhance user comfort. The sEMG-RD supports a wide range of computer interactions beyond simple cursor control, including finger pinches, thumb swipes, thumb taps, and handwriting-like text entry at speeds of about 20.9 words per minute. By employing deep learning models trained on data from many users, the system can decode gestures generically without requiring personalized calibration, facilitating broad usability. The device is designed for ease of use, supporting both left- and right-handed users
IoTwearable-technologyelectromyographyBluetooth-deviceshuman-computer-interactiongesture-recognitionassistive-technologyNew Wi-Fi fingerprint system re-identifies people without devices
Italian researchers from La Sapienza University of Rome have developed a novel Wi-Fi fingerprinting system called WhoFi that can re-identify individuals based solely on how their bodies distort Wi-Fi signals, without requiring any carried devices like phones or wearables. By analyzing changes in Wi-Fi signal waveforms—specifically Channel State Information (CSI), which captures amplitude and phase alterations caused by a person’s physical presence—the system creates unique biometric identifiers. Using a transformer-based deep neural network, WhoFi achieved up to 95.5% accuracy in matching individuals across different Wi-Fi-covered spaces, significantly improving on previous methods such as the 75% accurate EyeFi system introduced in 2020. This approach offers a new dimension to surveillance and tracking, as Wi-Fi signals can penetrate walls and operate independently of lighting conditions, unlike cameras. While it may appear more privacy-conscious since it does not capture images, WhoFi raises concerns about passive tracking without consent. The technology builds on advances like the IEEE 802.
IoTWi-Fibiometric-identificationsignal-processingdeep-learningsurveillance-technologyChannel-State-InformationMeta researchers are developing a gesture-controlled wristband that can interact with a computer
Meta researchers at Meta Reality Labs are developing a gesture-controlled wristband that enables users to interact with computers through hand gestures, such as moving a cursor, opening applications, and writing messages in the air. The device detects electrical signals generated by muscle activity (sEMG signals) to interpret a user's intended movements, even before they physically execute them. This technology aims to offer a less invasive and more accessible computer interface, particularly benefiting individuals with motor disabilities. The wristband is designed to assist people with spinal cord injuries who may have limited or no hand mobility but still exhibit some muscle activity. Unlike more invasive alternatives, such as Elon Musk’s neural implants, Meta’s device operates without surgical intervention and functions at a higher frequency than EEG-based systems. The researchers plan to test the wristband with users who have paralysis to validate its effectiveness in enabling computer control through subtle muscle signals.
IoTwearable-technologygesture-controlassistive-deviceshuman-computer-interactionmuscle-signal-detectionMeta-Reality-LabsKia PV5 Tech Day: Technology for Limitless Mobility - CleanTechnica
The Kia PV5, unveiled at Kia’s Tech Day in July 2025, represents the company’s first dedicated Platform Beyond Vehicle (PBV) and marks a strategic move toward flexible, sustainable mobility solutions. Built on Hyundai Motor Group’s new Electric-Global Modular Platform for Service (E-GMP.S), the PV5 employs a modular architecture that optimizes space, safety, and adaptability. Its Flexible Body System enables up to 16 different variants through a building-block approach, tailored specifically for business use with connected software, expandable accessories, and a professional conversion strategy. This platform aims to support scalable lineup expansion and is shaped by extensive customer input to maximize practicality and seamless conversions. Kia’s development process for the PV5 was notably customer-led, involving direct collaboration with over 120 global business clients from various sectors such as logistics, delivery, and utilities. This engagement influenced key design features like the removal of the front passenger seat to increase cargo space, stain-resistant materials, and a walk-through option
robotIoTenergyelectric-vehiclesmodular-platformsustainable-mobilityconnected-softwareAmazon acquires Bee, the AI wearable that records everything you say
Amazon has acquired Bee, an AI wearables startup known for its affordable, Fitbit-like bracelet and Apple Watch app that continuously records ambient audio to assist users with reminders and to-do lists. Bee’s device, priced at $49.99 plus a $19 monthly subscription, aims to create a “cloud phone” experience by mirroring users’ phone notifications and accounts, enabling seamless personal assistance. The company emphasizes providing a personal, ambient intelligence that acts as a trusted companion, helping users reflect and remember without feeling intrusive. While AI-enabled wearables have struggled to gain traction, Bee’s lower price point may attract more consumers willing to experiment with such technology. However, these devices raise significant privacy and security concerns due to their constant recording capabilities. Bee states that users can delete their data anytime, and audio recordings are not stored or used for AI training, though the app retains learned user data to function effectively. The company also plans to enhance privacy by developing on-device AI processing. It remains uncertain how Amazon will
IoTwearable-technologyAIprivacyAmazon-acquisitionambient-intelligencevoice-recognitionNew FX Super One van comes with grille-sized digital display
Faraday Future has unveiled the FX Super One, a premium electric multi-purpose vehicle (MPV) designed to redefine luxury mobility in the EV segment. Revealed at the company’s California headquarters, the FX Super One is the first product under Faraday’s new sub-brand, Faraday X. The vehicle features a Cadillac Escalade-sized body with dual-motor all-wheel drive and advanced AI technology derived from the flagship FF 91. Its most distinctive feature is the F.A.C.E. (Front AI Communication Ecosystem), a digital grille that can smile, speak, and display animations using AI recognition tools, though it only activates when the vehicle is parked. With over 10,000 early deposits and pricing expected to start near $70,000, Faraday Future aims to transform the MPV category by blending comfort, technology, and style. The FX Super One’s interior emphasizes passenger comfort and versatility, particularly in its optional four-seat GOAT edition, which offers fully reclining zero-gravity captain
IoTAIelectric-vehicledigital-displaysmart-grilleautomotive-technologyenergy-efficient-transportAnduril alums raise $24M Series A to bring military logistics out of the Excel spreadsheet era
Rune, a startup founded by former Anduril and military veterans, has raised $24 million in a Series A funding round to modernize military logistics through AI-enabled software. Co-founder David Tuttle highlighted that current U.S. military logistics rely heavily on outdated manual processes like Excel spreadsheets and whiteboards, which are insufficient for the scale and pace of modern warfare. Rune’s flagship product, TyrOS, aims to transform these processes into intelligent, predictive supply networks that optimize resources and support distributed operations, even in disconnected environments such as remote battlefields. TyrOS leverages deep learning models to forecast supply and demand for personnel, equipment, and other resources by analyzing hundreds of environmental and logistical variables. It also incorporates threat-informed routing and integrates generative AI for real-time "course of action" generation, helping commanders make informed decisions quickly. Despite advances in large language models, TyrOS maintains traditional mathematical optimization for precise logistical tasks like aircraft load planning. Its edge-first, cloud-capable but not cloud
IoTmilitary-logisticsAIdeep-learningsupply-chain-optimizationdefense-technologypredictive-analyticsTesla Diner opens in LA with robots serving Cyberburgers, popcorn
Tesla has opened its first-ever retro-futuristic Diner and Drive-In in Los Angeles at 7001 West Santa Monica Boulevard, transforming a historic Route 66 site into a 9,300-square-foot stainless steel hub that combines 1950s diner nostalgia with cutting-edge electric vehicle (EV) technology. The two-story, flying saucer-shaped building features neon-lit décor, roller-skating carhop servers, a rooftop bar with views of Hollywood, and two large LED movie screens that create a modern drive-in experience by syncing audio to Tesla car stereos. The diner operates 24/7, catering to both late-night visitors and early commuters. A key highlight of the location is its 75 V4 Supercharger stalls, among the largest Tesla charging hubs, supporting fast charging speeds up to 250 kW for most Tesla models and up to 325 kW for the Cybertruck. While all EVs can charge here, Tesla owners enjoy perks like ordering food through their car’s
robotsTeslaelectric-vehiclessuperchargersautomationIoTenergy-technologyUK’s war brain tech cuts strike decision time from hours to minutes
The UK Army has introduced ASGARD (Autonomous Strike Guidance and Reconnaissance Device), a cutting-edge digital targeting system designed to drastically reduce strike decision times from hours to minutes and enhance battlefield lethality by tenfold. Developed in response to operational lessons from the Ukraine conflict, ASGARD integrates artificial intelligence, sensor fusion, and secure digital networks to create a real-time battlefield web. This system enables commanders to detect, decide, and engage targets rapidly across dispersed forces, effectively doubling the lethality of British troops. ASGARD has already undergone successful field tests with NATO forces in Estonia and is a key component of the UK’s broader Strategic Defence Review aimed at modernizing combat capabilities by 2027. ASGARD’s rapid development—from contract signing in January 2025 to a working prototype deployed within four months—demonstrates a shift toward faster procurement and modular, digital-first military technology acquisition. The system connects sensors, shooters, and decision-makers across land, sea, air, and
IoTmilitary-technologyartificial-intelligencesensor-fusiondigital-networksautonomous-systemsbattlefield-technologyGrab Prototypes Autonomous Shuttle with Employees in Singapore - CleanTechnica
Grab, the Southeast Asian superapp, is launching a pilot program in Singapore to test an autonomous electric shuttle bus for transporting its employees between the One-North headquarters and the nearby One-North MRT station. Developed in partnership with South Korean autonomous vehicle technology firm Autonomous A2Z (A2Z), the shuttle is equipped with A2Z’s autonomous software and hardware, alongside Grab’s IoT devices. The pilot, which begins operations with a trained safety driver onboard at all times, aims to evaluate the safety and feasibility of autonomous public transport in Singapore, while also exploring new job opportunities in the sector. This marks A2Z’s first deployment of autonomous technology in Singapore, with collaboration from the Land Transport Authority and local safety drivers to adapt the shuttle to Singapore’s transport environment. The shuttle has undergone over 100 hours of training on a fixed 3.9-kilometer route, collecting data on road infrastructure, traffic signals, and obstacles, and programming responses to real-world scenarios such as stopping
robotautonomous-vehiclesIoTelectric-shuttletransportation-technologysensorspublic-transport-innovationAmazon’s Kuiper satellites to get boost from rival SpaceX
Amazon’s Project Kuiper, aiming to establish a major satellite internet constellation with over 3,200 satellites, is receiving launch support from its chief competitor, SpaceX. On July 16, 2025, SpaceX’s Falcon 9 rocket will carry 24 Kuiper satellites into orbit, increasing the total Kuiper satellites in space to 78. This collaboration follows a December 2023 agreement after Amazon initially excluded SpaceX from its first round of launch contracts, despite the Falcon 9’s reputation for reliability. Amazon faces a regulatory deadline to deploy at least half of Kuiper’s initial constellation by July 2026, putting pressure on its launch schedule. Besides SpaceX, other launch providers include United Launch Alliance (ULA), which has already launched the first two Kuiper batches, and Blue Origin, Amazon founder Jeff Bezos’ other company, which plans to use its New Glenn rocket but has yet to demonstrate full operational capability. The partnership with SpaceX highlights the competitive yet interdependent nature
IoTsatellite-internetProject-KuiperSpaceXFalcon-9low-Earth-orbitsatellite-constellationLucid Motors will roll out hands-free highway driving this month
Lucid Motors is launching a software update on July 30, 2025, that will enable hands-free highway driving on its Air sedans, marking a significant advancement in the company’s advanced driver assistance system. This update places Lucid among a select group of automakers in the U.S. offering hands-free driving capabilities, alongside Ford’s BlueCruise, General Motors’ Super Cruise, and Mercedes-Benz’s Drive Pilot. The feature requires the $2,500 “Dream Drive Pro” package, which includes a comprehensive sensor suite with lidar, radar, cameras, and ultrasonics, and will initially be available only on compatible divided highways. Drivers must remain attentive and ready to take control, with monitoring via an in-cabin camera positioned above the steering column. The hands-free system rollout currently targets Air sedans, with plans to extend the update to the new Gravity SUV later in 2025, although only a handful of Gravity units have been delivered so far. Lucid has delivered approximately
IoTautonomous-vehiclesadvanced-driver-assistance-systemssensorslidarradarhands-free-drivingRivian taps Google to bring custom maps into its EVs and app
Rivian has partnered with Google to integrate a customized version of Google Maps into its electric vehicles (EVs) and mobile app, replacing its previous Mapbox-based navigation system. This collaboration, developed over 18 months, is distinct from Google's typical automotive offerings like Android Auto or Android Automotive OS. Instead, Rivian’s version of Google Maps incorporates its own user interface, trip planner, and EV-specific features such as charger locations, range estimates, and charging stop selections powered by A Better Routeplanner. The integration also includes Google Maps functionalities like estimated time of arrival, traffic updates, place information, satellite imagery, and tappable points of interest. The update aims to address customer feedback that criticized Rivian’s earlier navigation system by delivering a more seamless and EV-tailored experience. Rivian’s charging score, which rates charging sites based on real plug-in data, is also integrated into the new maps. The software update began rolling out to Rivian vehicles and the mobile app simultaneously, with the app
IoTelectric-vehiclessoftware-integrationnavigation-systemsGoogle-Mapstrip-planningEV-chargingWWII destroyer Teruzuki found after 80 years beneath Pacific waters
The Imperial Japanese Navy destroyer Teruzuki, lost for over 80 years, has been discovered off Guadalcanal in the Solomon Islands at a depth of more than 800 meters in Iron Bottom Sound. The Akizuki-class destroyer, commissioned in 1942 and designed to protect aircraft carriers from aerial attacks, was sunk during intense naval battles in late 1942 while escorting supply ships. The wreck was located by scientists aboard the Ocean Exploration Trust’s Exploration Vessel Nautilus using remotely operated vehicles guided by sonar data from the University of New Hampshire’s uncrewed surface vessel DriX. This marks the first confirmed underwater sighting of Teruzuki, whose plans and images were previously unknown due to wartime secrecy. The discovery revealed critical details about the ship’s sinking, including a severed 19-meter-long stern segment found over 200 meters from the main hull, which disproves earlier theories that depth charges caused the ship’s destruction. Instead, sonar data confirmed that American
robotIoTunderwater-explorationremotely-operated-vehiclessonar-technologymaritime-archaeologyocean-technologyElon Musk’s SpaceX might invest $2 billion in Musk’s xAI
Elon Musk’s aerospace company SpaceX is reportedly planning to invest $2 billion in Musk’s artificial intelligence startup, xAI. This investment is expected to be part of a larger $5 billion equity raise, supplemented by an additional $5 billion in debt, anticipated to close by the end of June. This would mark SpaceX’s first investment in xAI and represent one of its largest investments in an external company. The Wall Street Journal reports that SpaceX already utilizes xAI’s chatbot, Grok, to enhance customer service for its Starlink internet service, with intentions to expand collaboration between the two companies. This move aligns with Musk’s history of leveraging synergies among his various ventures, as seen earlier this year with integrations involving Twitter (now X). The article also briefly mentions some controversial chatbot behavior but does not provide further details.
IoTAISpaceXxAIStarlinkchatbotinvestmentChina’s futuristic scooter drives itself and changes into multi-forms
Omoway, a smart mobility startup founded by former XPeng executives, unveiled its self-driving “multi-form” scooter, the Omo X, in Jakarta, marking a significant advancement in autonomous personal transport. Scheduled for launch in early 2026 with an estimated price of around $3,800, the Omo X aims to revolutionize urban commuting by combining practical performance with customizable design. It features three riding modes—Scooter, Street (with added storage), and GT (cruiser style with enhanced storage and comfort)—catering to various urban travel needs. The Omo X’s futuristic design, described as an "interstellar battleship," includes sharp angles, a distinctive "Saberlight" headlight, a floating seat cushion, and a wide rear wheel with a unique swingarm structure. Its smart connectivity is powered by Omoway’s Halo architecture, which offers smartphone and cloud integration, keyless unlocking, sharing, and automotive-grade data security with over-the-air updates.
robotautonomous-vehiclesmart-mobilityIoTelectric-scooterAIconnected-vehicleThe Aventon Aventure M Is A Smart Mid‑Drive Fat Tire E‑Bike With Auto‑Shift - CleanTechnica
The Aventon Aventure M is a new mid-drive fat tire e-bike designed to combine rugged off-road capability with advanced technology for an enhanced riding experience. It features a powerful A100 750W motor delivering up to 100Nm of torque, paired with an 80 mm suspension fork and 4.0-inch fat tires to handle diverse terrains such as dirt, sand, snow, and urban environments. The bike’s intelligent systems include electronic E-Shift with AutoShift for seamless gear changes based on speed and cadence, and an Auto Mode pedal assist that adjusts motor support automatically according to terrain grade. It ships as a Class 1 e-bike but can be upgraded to Class 2 with an optional throttle. In terms of connectivity and security, the Aventure M incorporates Aventon Control Unit (ACU) technology with GPS, geofencing, remote shutdown, vibration alerts, and a complimentary one-year 4G plan. Anti-theft features include a rear wheel lock and an optional starter
IoTelectric-bikesmart-technologyGPS-trackingenergy-efficiencybattery-technologyover-the-air-updatesIndia’s richest man wants to turn every TV into a PC
Jio Platforms, the digital division of Reliance Industries led by India’s richest man Mukesh Ambani, has introduced JioPC, a cloud-based virtual desktop service aimed at transforming millions of TVs in India into PCs. Accessible via Jio’s set-top box—available free with home broadband or for purchase at ₹5,499 ($64)—the service is currently in free trial and requires users to connect a keyboard and mouse to their TV. While JioPC supports open-source LibreOffice pre-installed and allows Microsoft Office apps through a browser, it currently lacks support for external peripherals like cameras and printers. The initiative targets the large gap in PC ownership in India, where only 15% of households own a PC despite 70% having a TV. Industry experts see potential in JioPC to expand Reliance’s user base, which already exceeds 488 million, especially by reaching rural and low-income segments. However, challenges remain in educating consumers about using a PC on a TV and addressing
IoTcloud-computingvirtual-desktopset-top-boxdigital-servicesbroadbandJio-PlatformsYC-backed Apolink by 19-year-old bags $4.3M to build 24/7 connectivity for LEO satellites
Apolink, a Y Combinator-backed space-tech startup founded by 19-year-old Indian-origin entrepreneur Onkar Singh Batra, has raised $4.3 million in an oversubscribed seed round at a $45 million valuation. The Palo Alto-based company aims to build a real-time, 24/7 connectivity network for low Earth orbit (LEO) satellites, addressing the persistent issue of communication dead zones when satellites lose line-of-sight with ground stations. Unlike existing solutions that rely on relay satellites or ground station networks with partial coverage, Apolink plans to deploy a constellation of 32 satellites equipped with lasers and radios to provide near-continuous connectivity with up to 99% uptime and low latency, initially 10–15 seconds, improving to 2–3 seconds over time. Batra’s approach is notable for its hybrid radio-frequency and optical architecture that is hardware-independent, enabling compatibility with satellites lacking specialized user terminals—a key limitation in current inter-satellite link
IoTsatellite-communicationLEO-satellitesspace-technologyconnectivityhybrid-RF-optical-architecturenetwork-interoperabilitySamsung is exploring new wearable form factors such as earrings and necklaces
Samsung is expanding its wearable technology lineup beyond its traditional smartwatches to include innovative form factors such as glasses, earrings, rings, and necklaces. Won-joon Choi, COO of Samsung’s mobile experience division, emphasized the company’s vision of creating wearables that users don’t need to carry separately but can simply wear, enabling communication and functionality without relying on smartphones. Earlier developments this year included Samsung’s work on advanced microdisplays for augmented reality (AR) glasses, signaling a push into more immersive and diverse wearable devices. This strategic exploration aims to broaden the ways users interact with technology, moving toward seamless, always-on wearable experiences integrated into everyday accessories.
IoTwearable-technologySamsungsmart-devicesAR-glassescommunication-technologymicrodisplayBelkin ends support for most Wemo devices and its Wemo app
Belkin announced it will end technical support for most of its Wemo smart home devices and discontinue the Wemo app as of January 31, 2026. This decision affects a broad range of products, including smart plugs, light switches, bulbs, baby monitors, kitchen appliances, heaters, air purifiers, and motion sensors. After this date, features relying on cloud connectivity—such as remote access and voice integrations—will cease to function, and Belkin will no longer provide technical support, firmware updates, or troubleshooting. However, devices still under warranty at the end-of-life date and those configured for Apple’s HomeKit will continue to operate without Wemo’s cloud services. Belkin explained the move as a strategic shift to focus resources on other parts of its business amid evolving technology, acknowledging the inconvenience this will cause customers. This trend of discontinuing support for older smart home products is becoming common in the industry, with companies like Google similarly phasing out older Nest devices to encourage upgrades.
IoTsmart-homeBelkinWemodevice-supportcloud-connectivitysmart-devicesGrok is coming to Tesla vehicles ‘next week,’ says Elon Musk
Elon Musk announced that Grok, the AI chatbot developed by his company xAI, will be integrated into Tesla vehicles as early as next week. This update follows the recent release of Grok 4, the latest flagship model of the chatbot. Musk has long hinted that Grok would serve as an AI assistant in Teslas, enabling drivers to interact conversationally with their cars and request various tasks. The integration is expected to be limited to newer Tesla models equipped with Hardware 3. The announcement came shortly after some issues arose with Grok’s behavior, including controversial statements that led to a temporary suspension of the chatbot on X, Musk’s social media platform. Despite these challenges, the integration into Tesla vehicles is moving forward, and Grok is also set to be the voice and AI brain for Tesla’s humanoid robot, Optimus. Insights from a hacker exploring Tesla’s firmware revealed multiple conversational modes for Grok, such as argumentative, conspiracy, and therapist, indicating a versatile AI experience for
robotIoTartificial-intelligenceTeslaautonomous-vehiclesAI-assistanthumanoid-robotLGND wants to make ChatGPT for the Earth
LGND is a startup aiming to revolutionize how geospatial data about Earth is analyzed by creating advanced vector embeddings that summarize complex geographic information. Traditional methods of interpreting satellite data—such as manually examining images to answer questions like the number and changes of fire breaks in a state—are costly and time-consuming. LGND’s technology compresses spatial data into concise embeddings that capture essential features, enabling much faster and more efficient analysis. This approach can significantly improve the efficiency of professionals working with geographic data, potentially making their work 10 to 100 times more efficient rather than replacing them. The company recently raised $9 million in a seed funding round led by Javelin Venture Partners, with participation from several other investors and notable angels, including John Hanke and Karim Atiyeh. LGND offers an enterprise application and an API that allow users to query spatial data in innovative ways. For example, their embeddings can help answer complex, multi-factor questions—such as finding a rental property near snorkeling spots with
IoTgeospatial-dataAIsatellite-dataenvironmental-monitoringdata-embeddingswildfire-managementJack Dorsey says his ‘secure’ new Bitchat app has not been tested for security
Block CEO and Twitter co-founder Jack Dorsey recently launched Bitchat, a decentralized messaging app that uses Bluetooth and end-to-end encryption, aiming to provide secure communication in environments where internet access is restricted or monitored. Dorsey emphasized that Bitchat’s design prioritizes security, but he has openly admitted that the app has not undergone any external security reviews or testing. A disclaimer was added to Bitchat’s GitHub page warning users not to rely on the app’s security or use it for production until it has been properly vetted. Security researchers quickly identified significant vulnerabilities in Bitchat. Notably, Alex Rodocea discovered a critical flaw in the app’s identity authentication system, allowing attackers to impersonate contacts by intercepting digital identity keys, undermining the app’s core security feature of verifying trusted contacts (“Favorites”). Additionally, another potential buffer overflow vulnerability was reported, which could lead to data compromises. Rodocea cautioned that users should not trust Bitchat’s security
IoTBluetoothsecure-messagingdecentralized-append-to-end-encryptioncybersecuritydigital-identityChina’s new ‘ghost’ radar may let military operate in total silence
Chinese researchers from the Aerospace Information Research Institute have developed a novel "telepathy" radar system that enables military communication without emitting detectable electromagnetic signals. Unlike traditional radio communications, which broadcast signals that can be intercepted, jammed, or targeted by missile attacks, this new method uses a "smart surface" composed of programmable metamaterial tiles. These tiles modulate and scatter radar echoes from synthetic aperture radar (SAR) satellites, encoding data directly into the reflected signals without generating additional emissions. This approach allows combat units to communicate covertly, effectively rendering them "invisible" in electronic warfare scenarios. The system, detailed in the Journal of Radars, operates by switching the metamaterial tiles between two phase states to encode messages, blending the communication seamlessly into the natural electromagnetic background. While still in the laboratory testing phase, this technology promises to significantly reduce detection risks and enhance communication security on the battlefield. If validated in real-world conditions, it could provide Chinese military assets—such as tanks, aircraft, and naval vessels
IoTradar-technologymetamaterialsmilitary-communicationelectromagnetic-stealthsynthetic-aperture-radarsecure-communicationSamsung brings back the Classic version for the Watch8 series
Samsung unveiled the Galaxy Watch8 series at its Unpacked event in July 2025, introducing both the standard Watch8 and the return of the Classic version featuring a rotating bezel. Both models have been redesigned to resemble the Galaxy Watch Ultra, with a squarish case around a circular bezel. The Watch8 boasts a brighter display with peak brightness of 3,000 nits, up from 2,000 nits on the previous generation, enhancing usability in bright conditions. Internally, it retains the Exynos W1000 chip and BioActive Sensor, capable of monitoring heart rate, EKG, and body composition. The new watches incorporate health and fitness features introduced recently by Samsung, such as Bedtime Guidance, Vascular Load monitoring, Running Coach, and an Antioxidant index that measures carotenoid levels. These features rely on complex health data calculations to provide scores and lifestyle suggestions, though their practical usefulness may vary. Both models run One UI 8 Watch based on Wear OS
IoTsmartwatcheswearable-technologySamsung-Galaxy-Watchhealth-monitoringExynos-W1000Wear-OSConspiracy Theories About the Texas Floods Lead to Death Threats
The article details how conspiracy theories surrounding the recent devastating floods in Texas have incited dangerous actions and threats. Michael Meyer, founder of the anti-government extremist group Veterans on Patrol, claimed on Telegram that the floods were caused by a "weather weapon" targeting Texas, leading to escalated efforts to "eliminate this military treason." Shortly after, an unidentified man damaged the NextGen Live Radar system operated by News 9 in Oklahoma City, disrupting weather monitoring capabilities. Meyer indicated this attack was part of "Operation Lone Wolf," encouraging others to target weather radar and satellite systems to undermine mainstream media, which he accused of lying to the public. These events occur amid a widespread disinformation campaign involving extremist figures, right-wing influencers, and some GOP lawmakers who promoted the debunked theory that the Texas floods were artificially induced through directed energy weapons or cloud seeding, rather than by natural heavy rainfall. This misinformation has led to over 100 confirmed deaths from the flooding, threats against individuals and companies like cloud
energyIoTradar-systemsweather-technologydirected-energy-weaponscloud-seedingNOAAAirbus equips A400M for drones, fire missions, and warzone jamming
Airbus is significantly upgrading its A400M tactical airlifter to enhance its versatility for modern military and crisis missions. The aircraft is being equipped with advanced broadband satellite communication systems to serve as a flying battlefield data hub, enabling large data transfers and real-time video feeds to mission commanders. This upgrade supports integration with the European Future Combat Air System (FCAS), allowing the A400M to act as a node in a shared Combat Cloud network. Additionally, the A400M is being tested as a drone mothership capable of carrying and deploying up to 50 small or 12 large drones, facilitating coordinated manned-unmanned operations well ahead of FCAS’s 2040 launch. Beyond communication and drone command roles, Airbus is enhancing the A400M’s electronic warfare capabilities. Twenty-three German A400Ms will receive Directional Infrared Countermeasures (DIRCM) to defend against infrared-guided missiles, and the aircraft is being explored as a stand-off jammer platform, leveraging its size
robotdrone-technologyelectronic-warfareIoTmilitary-communicationaerospace-technologyunmanned-systemsNew portable device sniffs fentanyl from air faster than trained dogs
A new portable device called VaporID, developed by the Department of Energy’s Pacific Northwest National Laboratory (PNNL) and commercialized by BaySpec, can detect fentanyl vapors in ambient air at concentrations as low as six parts per trillion—significantly faster and more sensitive than current methods such as swab tests or trained detection dogs. The microwave oven–sized sensor uses non-contact sampling and a miniature mass spectrometer to analyze air instantly, identifying fentanyl, its analogs, and other narcotics like methamphetamine, MDMA, cocaine, and ketamine. A bench-top lab version demonstrated even greater sensitivity, detecting fentanyl at ten parts per quadrillion by employing an atmospheric flow tube that prolongs interaction between drug molecules and charged ions. This technology addresses the challenge of detecting substances with low vapor pressure in complex environments filled with competing vapors. By filtering out background noise and tagging target molecules with ions before mass spectrometry, VaporID achieves rapid and precise identification. Field trials at
IoTsensor-technologyportable-detection-devicemass-spectrometryhomeland-securitynarcotics-detectionchemical-sensorsJack Dorsey working on Bluetooth messaging app, Bitchat
Jack Dorsey, CEO of Block and co-founder of Twitter, has developed a new Bluetooth-based messaging app called Bitchat. The app enables users to send messages via Bluetooth mesh networks without relying on Wi-Fi or cellular service. Unlike typical Bluetooth messaging apps that have a range of about 100 meters, Bitchat reportedly extends this range up to 300 meters (984 feet) by relaying messages through peer devices. This makes it particularly useful in environments with limited connectivity, such as crowded music festivals. Bitchat’s creation aligns with Dorsey’s ongoing interest in decentralized technology, exemplified by his advocacy for Bitcoin and his founding role in the Bluesky project, although he is no longer involved with Bluesky. The app was opened to beta testers through Apple’s TestFlight platform but quickly reached its 10,000-user limit. The article notes a similarity to Bridgefy, another Bluetooth messaging app partly funded by Twitter co-founder Biz Stone, highlighting a trend among Twitter’s founders
IoTBluetoothMesh-NetworkingMessaging-AppDecentralized-TechnologyWireless-CommunicationMobile-ApplicationsSecretly developed Needlefish set to advance autonomous sea defense
Ocean Infinity has officially launched the Needlefish, a high-speed autonomous Uncrewed Surface Vessel (USV), marking its entry into autonomous maritime patrol technology. Revealed at an event in Kuwait alongside the Kuwaiti Coast Guard (KCG), the Needlefish is a 46-foot catamaran jet boat capable of speeds up to 40 knots, equipped with specialized maritime surveillance sensors. Kuwait has purchased two vessels and twin remote control stations as part of a significant upgrade to its national security, integrating the Needlefish into a new maritime surveillance system covering 11,000 square kilometers of territorial waters. These vessels will be operated from newly established onshore Command Centers. The Needlefish is not a standalone system but a critical component of a comprehensive maritime surveillance network developed by SRT Marine Systems. It is fully integrated within the SRT C5iSR maritime surveillance system, which provides a broad security overview by leveraging Ocean Infinity’s advanced robotics, software, and marine intelligence technology. Ocean Infinity’s extensive experience operating
robotautonomous-vesselsmaritime-surveillanceunmanned-surface-vesselsmarine-roboticsIoTdefense-technologyThe EU Proposes New Rules to Govern the European Space Race
The European Commission has proposed new legislation, dubbed the EU Space Act, to address the fragmented and nationally varied space regulations within the eurozone. With an estimated 11,000 satellites currently orbiting Earth and projections of at least 50,000 more launches in the next decade, the Commission aims to streamline regulatory procedures, protect assets in orbit, and foster a level playing field for European companies. The regulation focuses on three pillars: safety—by improving tracking of space debris and ensuring satellite disposal; resilience—by mandating risk assessments and cybersecurity standards for space operators; and sustainability—by establishing standards to manage resources, emissions, and waste from space activities. Recognizing the significant costs compliance may impose on the industry, the Commission plans support measures to assist particularly startups and SMEs, including enhanced technical capabilities, access to testing facilities, and help with authorization processes. The broader strategy to boost Europe’s space economy includes over 40 actions to strengthen the bloc’s global market participation, autonomy, and technological edge.
IoTsatellite-technologyspace-regulationcybersecurityspace-debris-managementsustainabilityEuropean-space-economyPinwheel introduces a smartwatch for kids that includes an AI chatbot
Pinwheel has launched a new smartwatch designed specifically for children aged 7 to 14, offering a safe alternative to typical smart devices by restricting access to social media and the internet. Priced at $160 with a $15 monthly subscription, the watch features parental controls, GPS tracking, a camera, voice-to-text messaging, mini-games, and notably, an AI chatbot named PinwheelGPT. This AI assistant is intended to provide kids with a safe way to ask questions about everyday topics, social interactions, and homework, while avoiding inappropriate content by encouraging children to speak with trusted adults instead. Parents have full oversight of all chatbot interactions, including deleted messages, and can disable the AI feature if desired. The smartwatch also supports calls and texts via voice commands or keyboard, video calls, and includes apps like an alarm, calendar, calculator, and games. Parental controls are managed through a “Caregiver” app, allowing parents to create approved contact lists, block unwanted numbers, and set schedules to limit
IoTsmartwatchesAI-chatbotchild-safetywearable-technologyparental-controlsGPS-trackingWorld’s first GPS-only satellite docking mission launched into orbit
The UND ROADS mission, a collaboration between AVS US, Cornell University, and the University of North Dakota, has successfully launched two small satellites aboard a SpaceX Falcon 9 rocket to attempt the world’s first fully autonomous docking between small spacecraft using only GPS signals. Building on Cornell’s earlier PAN project, which introduced affordable GPS-based satellite rendezvous concepts, the mission employs two CubeSats equipped with magnetic docking interfaces and differential GPS navigation. Unlike traditional docking systems that rely on expensive sensors and cameras, ROADS uses satellite navigation and inter-satellite communication exclusively, aiming to reduce the cost and complexity of future orbital servicing, inspection, and assembly. AVS US, marking its first full spacecraft development effort in the US as prime contractor, developed the satellites in under two years by combining Cornell’s foundational concept with its own spaceflight and servicing expertise. The spacecraft are now in low Earth orbit undergoing system verification, with rendezvous and docking planned later in 2025. A successful demonstration could have broad
robotIoTsatellite-navigationautonomous-dockingCubeSatspace-technologyGPS-based-dockingA comprehensive list of 2025 tech layoffs
The tech industry continues to experience significant layoffs in 2025, reflecting ongoing cost-cutting measures amid shifts toward AI and automation. According to an independent layoffs tracker, over 62,000 employees have been laid off across multiple months so far this year, with April seeing the highest number at more than 24,500 job cuts. Major companies affected include Rivian, Bumble, Google, Intel, Playtika, Airtime, Microsoft, Hims & Hers, Amazon, Chegg, Match, and CrowdStrike, among others. These layoffs span various divisions such as manufacturing, software engineering, product management, and marketing, signaling broad impacts across the tech sector. Notable examples include Bumble reducing its workforce by 30% to save $40 million annually and focus on new product development, Google downsizing its smart TV division by 25%, and Microsoft cutting over 6,500 jobs, about 3% of its global staff. Amazon has also reduced its workforce by approximately 27,
robotIoTenergylayoffstechnologyworkforce-reductionautomationFloating internet hub at 60,000 feet to reconnect crisis-hit areas
Sceye, a U.S. aerospace company specializing in High-Altitude Platform Systems (HAPS), is developing a floating internet hub designed to operate in the stratosphere at altitudes between 60,000 and 65,000 feet. This platform aims to provide persistent, high-quality internet connectivity and environmental monitoring, particularly in remote or disaster-affected areas where terrestrial networks are compromised or unavailable. Powered by solar arrays and high-density lithium-sulfur batteries, the helium-buoyant system can remain airborne for months to a year, maintaining stable positioning even in challenging wind conditions. Its robust design includes enhanced gas-tightness and resistance to UV and ozone, and it has completed over 20 test flights. The project recently secured investment from SoftBank Corp., which plans a pre-commercial HAPS flight in Japan in 2026. SoftBank views this technology as a critical infrastructure component for the upcoming 6G era, complementing terrestrial networks and satellite constellations by offering faster speeds,
IoTHigh-Altitude-Platform-SystemsSolar-EnergyLithium-Sulfur-BatteriesDisaster-CommunicationStratospheric-InternetRenewable-EnergyUS' new AI assistant will help astronauts tackle emergencies in space
Researchers at Texas A&M University, led by Dr. Daniel Selva, have developed Daphne-AT, a virtual assistant designed to help astronauts quickly diagnose and resolve spacecraft anomalies during long-duration space missions. Daphne-AT continuously monitors critical life support and environmental systems, such as oxygen and carbon dioxide levels, using real-time spacecraft data to detect anomalies and provide clear, step-by-step guidance to astronauts. This system aims to reduce mental workload and improve problem-solving efficiency when immediate expert support is unavailable. Testing of Daphne-AT involved virtual reality simulations at NASA’s Human Exploration Research Analog (HERA) facility with participants of varying aerospace expertise. Results showed that the assistant helped participants solve anomalies faster and handle more issues without compromising situational awareness. However, in longer-duration tests with trained professionals at HERA, the time to resolve anomalies did not significantly change, likely due to participants’ experience and the limited number of anomalies presented. Beyond space missions, Daphne-AT’s approach could also benefit emergency responders by providing timely
IoTvirtual-assistantspace-technologyanomaly-detectionreal-time-dataaerospace-engineeringhuman-machine-interactionPetLibro’s new smart camera uses AI to describe your pet’s movements, and it’s adorable
PetLibro has launched Scout, an AI-powered smart pet camera designed to provide real-time insights into pets’ activities and behaviors. Similar to other pet cameras, Scout offers real-time monitoring, two-way audio, and remote control of the camera’s movements, with an added feature of automatic pet tracking. What distinguishes Scout is its advanced AI pet recognition technology, which tracks specific activities such as eating, drinking, litter box use, and movement, while capturing surprise selfies and daily highlight clips stored in the cloud for up to 30 days. The camera can recognize and track multiple pets separately, currently supporting individual profiles for two pets, with plans to improve its dynamic recognition system over time. Scout also offers charming, descriptive notifications of pet behavior, enhancing the user experience with personalized updates. The device supports sharing access with up to five family members or friends and is priced at $100, with AI features available through subscription plans starting at $12 per month. Compared to competitors like Furbo, which costs $210 and
IoTsmart-cameraAIpet-monitoringpet-recognitioncloud-storagehome-automationHomeland Security warns of Iran-backed cyberattacks targeting US networks
The U.S. Department of Homeland Security has issued a bulletin warning of anticipated cyberattacks by Iranian government-backed hackers targeting U.S. networks amid escalating tensions involving the U.S., Israel, and Iran. The advisory highlights that low-level cyberattacks by hacktivists are likely, with both hacktivists and state-linked actors frequently exploiting poorly secured U.S. networks and internet-connected devices to cause disruptions. This warning follows recent U.S. and Israeli air strikes against Iran’s nuclear facilities, which coincided with cyberattacks by a pro-Israel hacking group called Predatory Sparrow that targeted Iranian financial institutions. In response to these attacks, Iran reportedly shut down its internet to defend against further cyber intrusions. Iran is recognized for its advanced offensive cyber capabilities, including espionage targeting senior U.S. officials and disruptive operations aimed at stealing data from businesses and technology companies. The bulletin underscores the ongoing cyber conflict dynamics linked to geopolitical tensions in the region and the persistent threat posed by Iranian cyber
IoTCybersecurityCyberattacksNetwork-SecurityInternet-of-ThingsHomeland-SecurityIran-Cyber-ThreatsCanada’s new battle tech spots laser weapons before they strike
Canadian defense firm KWESST Micro Systems has secured a prototype order for its next-generation Battlefield Laser Detection System (BLDS) from a major North American armored vehicle program. The BLDS is designed to detect and alert operators to invisible laser threats such as laser range finders, target designators, and beam-riding munitions, providing earlier warning and enhancing battlefield survivability. This order marks KWESST’s first formal procurement of the updated BLDS and will support performance evaluations in diverse operational environments. The system is compact, cost-effective, scalable for both vehicle-mounted and soldier-worn applications, and optimized for future networked deployment to improve situational awareness across the battlespace. The increasing use of laser-guided weapon systems in modern conflicts, notably in Ukraine, has made laser threats a critical concern, as these systems are silent, invisible, and instantaneous, enabling enemies to designate targets without warning. KWESST’s BLDS addresses this vulnerability by giving warfighters crucial seconds of advance notice,
robotIoTdefense-technologylaser-detection-systembattlefield-technologynetworked-deploymenttactical-situational-awarenessEstonian engineers turn $9 trash phones into pocket-sized data centers
Researchers at the University of Tartu’s Institute of Computer Science in Estonia have repurposed discarded 15-year-old smartphones into low-cost, pocket-sized data centers capable of outperforming popular single-board computers like the Raspberry Pi. By removing batteries from old Google Nexus phones, fitting them with 3-D-printed holders, and powering them externally, the team created clusters costing about €8 (US$9.20) per phone. These clusters run a Linux-based system (PostmarketOS) instead of Android, enabling direct hardware control and enhanced security. The phones, linked as a “master” and “worker” nodes, handle tasks such as AI-powered image recognition and website hosting, demonstrating efficient, high-energy processing in a compact form. The project addresses the environmental issue of e-waste, as billions of smartphones are discarded annually, with most components not properly recycled. By extending the functional life of obsolete devices, the researchers aim to reduce landfill waste and the environmental impact of building new servers.
IoTedge-computinge-waste-recyclingenergy-efficient-computingsmartphone-clustersAI-image-recognitionsustainable-technologyRing cameras and doorbells now use AI to provide specific descriptions of motion activity
Amazon-owned Ring has introduced a new AI-powered feature for its doorbells and cameras that provides users with specific, text-based descriptions of motion activity detected on their property. Instead of vague alerts, users will receive detailed notifications such as “A person is walking up the steps with a black dog” or “Two individuals are looking into a white car parked in the driveway,” allowing for quicker and more informed responses. This feature currently describes only the first few seconds of motion-activated video clips and is being rolled out as an English-only beta for Ring Home Premium subscribers in the U.S. and Canada, with an option to disable it via the Ring app settings. Ring’s founder and Amazon VP of home security, Jamie Siminoff, revealed plans for further AI enhancements, including combining multiple motion events into a single alert and introducing customizable anomaly alerts that notify users based on personalized definitions of unusual activity. The system will also learn users’ routines to better detect and report irregular events. While these advancements offer promising new
IoTsmart-homeAIsecurity-camerasmotion-detectionhome-automationRing-devicesReinventing Urban Logistics: Honda’s Fastport eQuad & Fleet-as-a-Service Platform - CleanTechnica
Honda has launched Fastport, a new Fleet-as-a-Service (FaaS) company focused on addressing last-mile urban logistics challenges with its innovative Fastport eQuad vehicle. The eQuad is a compact, four-wheeled electric micromobility vehicle designed for bike-lane use, enabling efficient navigation through congested urban areas. It features a modular design with customizable vehicle lengths and interchangeable cargo containers to suit various delivery needs such as parcels, groceries, and small packages. Key attributes include a zero-emission powertrain powered by Honda’s swappable batteries, pedal-by-wire assist, regenerative braking, and two size variants to comply with regional regulations in North America and Europe. Beyond the vehicle, Fastport offers a comprehensive platform that includes vehicle leasing or ownership, battery management, maintenance services, connected software with AI-enhanced dashboards, over-the-air updates, and fleet optimization tools. This integrated approach aims to help businesses scale delivery operations sustainably and cost-effectively. The eQuad will be assembled in
robotenergyIoTelectric-vehicleurban-logisticsfleet-managementbattery-technologyOver a million people now have access to the gen-AI powered Alexa+
Amazon has expanded access to its upgraded digital assistant, Alexa+, which is powered by generative AI, reaching over one million users through a phased invite-only rollout. The service is currently in Early Access and not publicly available, with invitations sent to customers who signed up to test it initially. Alexa+ offers more natural, conversational interactions, enhanced smart home integration, and personalized experiences by remembering user preferences. During Early Access, the service is free, and it will remain free for Prime members after launch, while non-Prime users will pay $19.99 per month. Alexa+ aims to revitalize Amazon’s voice assistant by incorporating generative AI capabilities that allow users to interact more flexibly and intuitively. Users can issue natural language commands, create routines, search Ring camera footage, and receive AI-generated content such as email summaries, bedtime stories, quizzes, travel itineraries, and smart home activity summaries. The assistant also supports transactional actions like booking reservations or buying tickets, with initial partnerships including OpenTable
IoTsmart-homeAlexagenerative-AIvoice-assistantsmart-thermostathome-automationAllSpice’s platform is the GitHub for electrical engineering teams
AllSpice is a startup creating a specialized collaboration platform tailored for electrical hardware engineering teams, addressing a gap not covered by general workflow tools like Slack or Google Docs, nor by software-focused platforms like GitHub. Their platform enables engineers to collaborate directly on hardware-specific documents such as PCB and electronic CAD files, allowing comments on precise design elements much like software engineers do with code on GitHub. The founders, drawing on their own engineering experience at Amazon and iRobot, designed AllSpice to integrate seamlessly with existing tools and workflows rather than replace them, ensuring it fits naturally into hardware teams’ processes. Since launching in 2022, initially targeting startups and small businesses, AllSpice has pivoted toward enterprise customers, securing clients like Blue Origin, Bose, and Tools for Humanity. The company recently raised $15 million in a Series A funding round led by Rethink Impact to expand its team and product capabilities. A key new feature is an AI agent tool, currently in closed beta, which
robotIoTelectrical-engineeringhardware-collaborationPCB-designelectronic-CADproduct-lifecycle-managementUS Army unleashes fusion-powered jammers, smart radar to kill drones
The U.S. Army has initiated Project Fly Trap at Germany’s Hohenfels Training Area to field-test advanced counter-unmanned aerial systems (C-UAS) designed for frontline infantry use rather than fixed installations. This initiative aims to provide infantry squads with portable, versatile drone defense tools, including fusion-powered jammers, smart radars, and wearable detection devices. Systems such as the EchoShield cognitive radar mounted on Stryker vehicles deliver real-time drone detection and location updates directly to soldiers’ Nett Warrior devices, enhancing situational awareness without cumbersome equipment. Foot soldiers are equipped with devices like Pit Bull jammers and Wingman detectors, while some troops integrate the Smartshooter SMASH 2000L attachment on their M4 carbines to simultaneously engage drones and ground threats. The exercise incorporates layered detection methods, combining acoustic sensors (Titan, Skyview), portable radar, and acoustic panels (Squarehead) to create overlapping coverage for tracking and neutralizing drone threats. British forces from the Royal Yorkshire
energyIoTradar-technologydrone-defensemilitary-technologywearable-techcounter-UAS-systemsChina tests home-grown OS in space to reduce foreign dependence
China has successfully tested its domestically developed OpenHarmony real-time operating system (RTOS) in space, marking a significant step toward reducing reliance on foreign software amid escalating Western sanctions. The Dalian-1 Lianli CubeSat, launched from China’s Tiangong space station, operated for over 1,000 hours using OpenHarmony—a lightweight, open-source version of Huawei’s HarmonyOS—demonstrating enhanced processing speed and operational stability. Key subsystems such as the magnetometer, sun sensor, and attitude unit responded to commands within two microseconds, enabling faster data updates and improved real-time responsiveness compared to previous firmware or foreign software setups. This mission represents a milestone as the first satellite to combine OpenHarmony RTOS with a domestically produced chip, offering a fully home-grown hardware-software solution for spacecraft. Following the success, Chinese researchers introduced national technical standards to promote widespread adoption of OpenHarmony in small satellites, supporting both commercial and research projects. The development addresses challenges stemming from China
IoTsatellite-technologyreal-time-operating-systemOpenHarmonyspace-technologyembedded-systemsChina-space-programWeek in Review: Meta reveals its Oakley smart glasses
The article highlights several key technology and innovation developments from the past week. Meta has unveiled new Oakley smart glasses capable of recording 3K video, playing music, handling calls, and responding to Meta AI prompts, starting at $399 with improved battery life compared to Meta’s Ray-Bans. A limited-edition Oakley Meta HSTN model will launch on July 11 for $499. In other tech acquisitions, Wix purchased Base44 for $80 million in cash, acquiring a profitable no-code AI tool for building web apps created by a single founder. Finland introduced an innovative, low-cost heating system for the town of Pornainen, using discarded fireplace soapstone sand to store heat for weeks, reducing carbon emissions without relying on complex lithium batteries. Additional highlights include VanMoof’s return with a new e-bike supported by McLaren technology, aiming for better reliability and smarter features after bankruptcy. Baiju Bhatt’s startup Aetherflux raised $60 million to develop space-based solar power,
IoTsmart-glasseswearable-technologyMetaAI-integrationbattery-lifesmart-devicesThe startups rolling out of Europe’s early-stage micromobility scene
The European early-stage micromobility sector is evolving from its earlier chaotic growth phase marked by aggressive scaling and large venture capital inflows, which have since shifted toward more sustainable business models amid tighter funding. At the recent Micromobility Europe conference in Brussels, several startups showcased innovations addressing key industry gaps such as fleet management, parking, and charging infrastructure, alongside new vehicle designs tailored to user needs. Among these startups, UK-based Convoy offers a clip-on cargo conversion kit for bikes and e-bikes that can carry up to two small children, aiming to make e-cargo bikes lighter, more affordable, and user-friendly for parents. Founded in 2023 by a team with diverse backgrounds including femtech and e-bikes, Convoy’s €2,200 attachment features a 250-watt motor and rear-wheel steering, with plans to expand beyond Europe to Japan and the U.S. Germany’s Azora Charge, founded by siblings Caroline and Johannes Goeckel, is developing
IoTenergye-bikesmicromobilitysolar-chargingsmart-parkingsustainable-transportationMeta unveils its Oakley smart glasses
Meta has officially launched its new smart glasses in collaboration with Oakley, called the Oakley Meta HSTN. These glasses feature double the battery life of Meta’s previous Ray-Ban models and can capture 3K video. The limited-edition version with gold accents is priced at $499 and available for preorder starting July 11, while the rest of the collection begins at $399 and will be released later this summer. The glasses include a front-facing camera, open-ear speakers, microphones, and support for music playback, calls, and photo/video capture. They also integrate Meta AI, allowing users to interact via voice commands for tasks such as checking weather conditions or recording videos. The Oakley Meta HSTN glasses offer up to eight hours of typical use and 19 hours on standby, with fast charging that reaches 50% in 20 minutes. They come with a charging case providing an additional 48 hours of charge on the go. Available in six frame and lens color combinations,
IoTsmart-glasseswearable-technologyMetaOakleyAI-assistantbattery-lifeAbbey Road Studios Mode Makes Global Debut in Volvo EX90 - CleanTechnica
Volvo Cars has introduced Abbey Road Studios Mode, a new sound technology developed in collaboration with Bowers & Wilkins and Abbey Road Studios, now debuting globally in the Volvo EX90. This feature, available free via an over-the-air update for EX90 models equipped with the optional Bowers & Wilkins High Fidelity Audio system, recreates the iconic acoustic environment and sonic signature of Abbey Road Studios. It offers multiple sound presets tailored for different listening preferences, along with a Producer Mode that lets users customize the audio experience by adjusting elements such as acoustic style, stereo field width, and sound environment, emulating the work of music producers and engineers. The EX90’s cabin, noted for its quietness and equipped with 25 strategically placed speakers, supports this immersive sound experience through a powerful 1610-watt Bowers & Wilkins system capable of playing Dolby Atmos content. This update is part of Volvo’s broader strategy to enhance its software-defined vehicles via over-the-air updates, benefiting a global
IoTover-the-air-updatesautomotive-technologyVolvo-EX90smart-carssound-technologyBowers-&-WilkinsMandrakes drone's unique whine signals its multi-purpose capabilities
At the 55th Paris Air Show, Czech startup FlyinDiamonds showcased its innovative "Mandrakes" drones—small, glowing quadcopters named for their distinctive high-pitched whine upon landing, which aids operators in locating them in difficult terrains. Designed and manufactured entirely in the Czech Republic, these drones feature a 270 mm propeller diameter, 25-minute flight time, 450 g weight, and can withstand winds up to 7 m/s. They are powered by a 3600mAh Li-Ion 4S battery and support connectivity via Wi-Fi, micro USB, and UART interfaces, including a light show controller. Originally focused on entertainment through light shows, FlyinDiamonds has expanded into industrial uses such as millimeter-precision 3D scanning for construction and facade cleaning. FlyinDiamonds is also exploring emergency medical applications, aiming to use drones to deliver critical supplies like defibrillators and medication, potentially reducing response times in urgent situations.
dronesUAVroboticsIoTenergy-storagecarbon-compositesunmanned-aerial-vehiclesHeadfirst unveils self-adjusting helmet with built-in brake light
Headfirst, an Amsterdam-based collective, has introduced an innovative self-adjusting bike helmet designed to enhance rider safety and comfort. A standout feature is the integrated glowing brake light positioned at the rear, which signals to trailing riders and vehicles when the cyclist slows down, improving visibility both day and night. The helmet also incorporates a patented SafeFit system that allows the sides to inflate or deflate for a personalized, snug fit, preventing common issues like disrupted hairstyles and the "mushroom head" effect. Beyond fit and visibility, the helmet prioritizes comfort and sustainability. It features strategically placed ventilation slits for airflow, breathable and washable padding, and straps secured with recycled magnetic buckles made from recycled polyester. The outer shell uses durable ABS with 15% recycled content, while the inner protection employs expanded polypropylene. The helmet offers advanced multi-impact protection, especially targeting the occipital region of the brain, and comes in small and large sizes to accommodate users of various ages, including children. After securing
IoTwearable-technologysmart-helmetsafety-innovationsustainable-materialsenergy-efficient-lightingself-adjusting-fitA comprehensive list of 2025 tech layoffs
The article provides a detailed overview of the ongoing wave of tech layoffs in 2025, highlighting the significant impact on the industry and workforce amid growing adoption of AI and automation. It tracks layoffs across numerous companies, noting monthly totals such as over 24,500 employees laid off in April and 10,397 in May. The piece underscores the human cost of these cutbacks while also suggesting potential implications for innovation in the tech sector. Several major companies are featured with specific layoff figures and contexts. Microsoft announced cuts exceeding 6,500 jobs, representing about 3% of its global workforce of 228,000, marking one of its largest layoffs since 2023. Amazon has reduced its workforce by approximately 27,000 since 2022, including around 100 layoffs in its devices and services division. Other notable layoffs include Chegg cutting 248 employees (22% of its staff) due to declining web traffic amid AI competition, CrowdStrike reducing about 500 roles as part of
robotIoTenergysemiconductorstech-layoffsworkforce-reductionautomationMeta is reportedly building AI smart glasses with Prada, too
Meta is reportedly developing AI smart glasses in collaboration with the Italian luxury fashion brand Prada. This partnership marks a strategic move by Meta to expand its AI eyewear technology beyond its existing collaboration with EssilorLuxottica, a major eyewear conglomerate with which Meta has previously worked closely. While Prada has historically partnered with EssilorLuxottica for its eyewear production, it is not owned by the company, indicating Meta's intent to diversify its fashion partnerships. Meta has already achieved significant sales success with its Ray-Ban Meta AI smart glasses, having sold millions of units. The recent collaboration with Prada suggests Meta's ambition to integrate advanced AI features into high-end fashion eyewear, potentially broadening the appeal and market reach of its smart glasses. The article also hints at upcoming products involving other brands like Oakley, though details remain limited. Overall, Meta is positioning itself to merge cutting-edge AI technology with luxury fashion through multiple brand partnerships.
IoTsmart-glassesAI-technologywearable-technologyMetafashion-techaugmented-realityChina claims its high-orbit laser communication tops Starlink speed
Chinese scientists have reportedly achieved a breakthrough in satellite laser communication by transmitting data at 1 Gigabit per second (Gbps) from a geostationary satellite to Earth using a low-power 2-watt laser. This speed is claimed to be five times faster than SpaceX’s Starlink satellite internet service, which typically delivers speeds of only a few Mbps from much lower orbits (about 550 kilometers above Earth). The main obstacle in satellite laser downlinks—atmospheric turbulence that distorts and weakens signals—was addressed through a novel “AO-MDR synergy” technique combining Adaptive Optics (AO) and Mode Diversity Reception (MDR). This method was tested at the Lijiang observatory in China, where a 1.8-meter telescope equipped with 357 micro-mirrors corrected the distorted laser light, which was then processed through multiple channels to select the strongest signals using a “path-picking” algorithm. The researchers, led by Professor Wu Jian and Liu
IoTsatellite-communicationlaser-communicationadaptive-opticsdata-transmissionoptical-technologytelecommunicationsA comprehensive list of 2025 tech layoffs
The article provides a detailed overview of the ongoing wave of tech layoffs in 2025, highlighting the significant impact on the industry and workforce amid increasing adoption of AI and automation. It tracks layoffs across numerous companies, noting that tens of thousands of employees have been laid off each month so far this year: over 24,500 in April, 16,234 in February, and 10,397 in May, among others. The article emphasizes the human cost of these cutbacks while acknowledging that innovation continues to drive structural changes in the sector. Specific company layoffs are detailed, including major reductions at Microsoft, which announced over 6,500 job cuts in May and additional layoffs affecting software engineers, product managers, and other roles in June. Amazon has reduced its workforce by approximately 27,000 since 2022, recently cutting around 100 employees from its devices and services division. Other notable layoffs include Chegg cutting about 22% of its staff due to declining web traffic amid AI competition,
robotIoTenergylayoffstech-industryautomationAIworkforce-reductionNot just fingerprints: Scientists say your breath is just as distinct
A recent study led by brain scientist Timna Soroka at the Weizmann Institute of Science reveals that individual breathing patterns are as unique as fingerprints, enabling identification of people with nearly 96.8% accuracy. Using a lightweight wearable device that monitors nasal airflow through soft tubes beneath the nostrils, researchers recorded 24 respiratory parameters over a full day from 100 healthy young adults. The findings suggest that breathing is not merely a mechanical reflex but is intricately shaped by neural activity and influenced by factors such as physical activity and emotional state. Beyond identity, the study found that breathing patterns also reflect broader health indicators, including body mass index, sleep-wake cycles, and mental health traits like anxiety and depression. For example, participants reporting anxiety exhibited shorter inhales and greater variability during sleep. This raises the possibility that breathing patterns could serve as non-invasive markers for mental health diagnostics and even therapeutic targets, as altering breathing might influence emotional states. However, the current device has limitations, such as its
IoTwearable-technologyrespiratory-monitoringhealth-diagnosticsbrain-activitybiometric-identificationmental-healthRenault unveils drone-launching rescue EV to save lives in disasters
Renault has unveiled the vision4rescue, an innovative electric rescue vehicle concept based on the Renault 4 E-Tech platform, designed specifically for emergency services operating in disaster zones and rough terrain. Developed in collaboration with Software République and input from fire services across 19 countries, the vehicle functions as a mobile command center equipped with nearly 20 interconnected technologies to facilitate real-time coordination, data analysis, and communication during crises. Its rugged design features all-wheel drive, increased ground clearance, and protective elements to navigate challenging environments, while distinctive emergency graphics enhance visibility. A key highlight of the vision4rescue is its rooftop aerodynamic capsule housing a surveillance drone and communication tools that can restore local networks after natural disasters, effectively serving as an aerial assessment and digital communication hub. The interior is tailored for frontline use, featuring custom seats made from recycled firefighter suit foam, a metal dashboard bar for essential tools, dual screens for data sharing, and smart storage solutions to keep equipment charged and accessible. This zero-emission vehicle
robotIoTenergyelectric-vehicledrone-technologyemergency-responsesmart-mobilityRadio trick turns laptop into a spy speaker that talks through walls
Security researchers from the University of Florida and the University of Electro-Communications in Japan have uncovered a novel vulnerability in modern digital microphones used in laptops and speakers. These MEMS microphones convert audio into digital pulses that inadvertently emit weak electromagnetic signals, which can be intercepted remotely using inexpensive FM radio receivers and antennas. This allows attackers to eavesdrop on private conversations without needing malware, hacking, or physical access, even through concrete walls up to 10 inches thick. Laptops are particularly vulnerable due to their internal microphone wiring acting as antennas that amplify these leaked signals. Alarmingly, the microphone does not need to be actively recording; simply running certain applications like Spotify or Google Drive can enable this leakage. The researchers demonstrated the attack by capturing distorted voice transmissions and then enhancing them using AI speech-to-text tools from OpenAI and Microsoft. The AI models achieved 94.2% accuracy in recognizing spoken digits from up to 2 meters away through walls, with a 14% transcription error rate, making most
IoTcybersecurityelectromagnetic-signalsMEMS-microphoneswireless-eavesdroppingAI-speech-to-textdigital-privacyGoogle rolls out Android 16 to Pixel phones, unveils AI-powered edit suggestion for Google Photos
Google has officially rolled out Android 16 to its Pixel smartphone lineup, introducing several notable features aimed at enhancing communication, security, and user customization. Key updates include the addition of group chat support for RCS messaging with options for custom icons and notification muting, improved accessibility features, and enhanced controls for Bluetooth Low Energy (LE) audio devices. Android 16 also brings HDR screenshots, adaptive refresh rates, and forced notification grouping to reduce clutter. Later this year, Android 16 will extend to tablets with desktop-style windowing and customizable keyboard shortcuts. Additionally, Google Photos gains AI-powered edit suggestions that can erase, move, or “reimagine” parts of images, while Google Wallet now supports corporate badges and public transit payments via Wear OS devices. Alongside Android 16, Google launched its June Pixel Drop feature update, which adds a “Pixel VIPs” widget to track interactions with favorite contacts across calls, messages, and WhatsApp, plus enhanced video captions that describe subtle sounds like whispering or yawning. Users can create custom stickers via text prompts on Gboard, and the Recorder app now supports AI-generated summaries in French and German. Australian users gain Emergency SOS satellite connectivity, while Pixel 8a and newer models receive a battery health indicator. Accessibility improvements include a Magnifier app feature that highlights objects based on user descriptions, providing haptic feedback. Enterprise users benefit from storing corporate badges in Google Wallet and integrating Google’s Gemini chatbot in Google Docs for summarization, insights, and translation. Chrome on Android also improves PDF handling with linked document viewing. These updates began rolling out on Tuesday, marking a comprehensive enhancement to Pixel devices and Android’s ecosystem.
IoTAndroidAIBluetooth-Low-EnergyGoogle-PhotosWear-OSMobile-DevicesSnap plans to sell lightweight, consumer AR glasses in 2026
Snap has announced plans to release a new pair of lightweight, consumer-focused augmented reality (AR) smart glasses called Specs in 2026. Unlike its earlier, bulkier Spectacles launched in 2016, these new glasses will be smaller, lighter, and designed for everyday public use. Specs will feature see-through lenses that project graphics into the user’s field of view and include an AI assistant capable of processing both audio and video. The glasses will leverage Snap’s SnapOS developer ecosystem, allowing millions of existing AR experiences (Lenses) from Snapchat and previous Spectacles to be compatible with the new device. The announcement comes amid growing competition in the AR glasses market from major players like Meta and Google, both of which have recently unveiled or plan to unveil their own AR products. Snap aims to differentiate itself through its robust developer platform and AI capabilities, including new features like a Depth Module API for anchoring AR graphics in 3D space and partnerships with companies like Niantic Spatial to build AI-powered world maps. However, key details such as pricing, exact design, and sales strategy for Specs remain undisclosed. While Snap is optimistic about making AR glasses practical and appealing for consumers, the market’s response and the device’s affordability will be critical to its success.
IoTaugmented-realitysmart-glassesAI-assistantwearable-technologySnapOSAR-applicationsWorld’s first robot city to rise beneath Japan’s Mount Fuji in 2025
Toyota is set to launch the world’s first fully connected, self-contained “robot city” called Woven City at the base of Mount Fuji, Japan, in fall 2025. Situated on the 175-acre former Higashi-Fuji plant site in Shizuoka Prefecture, about 140 kilometers southwest of Tokyo, this experimental metropolis will serve as a real-world testbed for future mobility, smart infrastructure, and sustainable living. Initially housing 100 residents—mainly Toyota engineers and their families—the population is expected to grow to 360 in the first phase, with a long-term goal of 2,000 inhabitants. The city’s residents are divided into “Inventors,” who develop new technologies, and “Weavers,” who provide user feedback. Central to the city’s design is Toyota’s autonomous electric vehicle platform, the e-Palette, which will operate alongside an underground logistics network and dedicated surface lanes for pedestrians, slower mobility devices, and autonomous vehicles. Beyond mobility, Woven City emphasizes sustainability and resilience through a hydrogen fuel cell energy grid supplemented by solar panels, water recycling, and advanced waste management. Smart homes equipped with robotics and AI will monitor health, manage energy, and optimize daily life, while the entire urban system is interconnected via sensors and AI to create a living digital operating system. The city functions both as a simulation environment and a functioning habitat, enabling direct testing of smart infrastructure technologies. Although not open to tourists initially, Toyota plans to allow public access starting in 2026. Ultimately, Woven City aims to serve as a scalable model for future urban planning worldwide, demonstrating how public-private partnerships can foster next-generation technologies amid growing climate and security challenges.
robotIoTenergyautonomous-vehiclessmart-cityhydrogen-fuel-cellssustainable-livingVolvo Cars Introduces World First Multi-Adaptive Safety Belt in the Upcoming Volvo EX60 - CleanTechnica
Volvo Cars has introduced a world-first multi-adaptive safety belt, debuting in the fully electric Volvo EX60 in 2026. This innovative safety belt uses real-time data from the car’s advanced interior and exterior sensors to customize protection for each occupant based on factors such as height, weight, body shape, seating position, and crash characteristics like direction and speed. By expanding load-limiting profiles from three to eleven, the belt adjusts the force applied during a crash to optimize safety—applying higher force for larger occupants in severe crashes to reduce head injury risk, and lower force for smaller occupants in milder crashes to minimize rib fractures. The system continuously improves through over-the-air software updates, enhancing its response as more data is collected. This development builds on Volvo’s extensive safety research, leveraging a database of over 80,000 real-world accident cases and decades of innovation since the original three-point safety belt invention in 1959. The multi-adaptive safety belt integrates with Volvo’s broader safety ecosystem, including airbags, occupant detection, and driver assistance systems, to provide harmonized protection and reduce the risk of injury. Tested extensively at Volvo’s Safety Centre crash lab, this technology represents a significant advancement in automotive safety by tailoring protection to individual occupants and crash scenarios in real time.
IoTautomotive-safetyadaptive-technologyelectric-vehiclessensor-technologyover-the-air-updatesreal-time-dataApple unveils watchOS 26 with new design, wrist-flick gesture, and AI Workout Buddy feature
At WWDC 2025, Apple announced watchOS 26, a significant update for the Apple Watch featuring a redesigned interface based on the new Liquid Glass operating system. This redesign aims to unify the user experience across Apple devices. A notable new interaction is the wrist-flick gesture, which allows users to dismiss notifications, mute incoming calls, and silence timers or alarms with a simple flick of the wrist. The update also introduces the AI-powered Workout Buddy, which leverages Apple Intelligence to analyze workout data in real-time and provide personalized encouragement through a dynamic text-to-speech voice. The Workout app has been streamlined for easier access, and Workout Buddy offers motivational pep talks at the start of runs. Additionally, watchOS 26 brings the Notes app to the Apple Watch for quick note-taking and viewing, enhanced ambient noise detection to automatically adjust call and notification volumes, and new Messages features like Live Translation, aligning the watch’s capabilities more closely with the iPhone.
IoTwearable-technologyApple-Watchsmart-devicesAI-fitness-assistantgesture-controlmobile-operating-systemsApple AirPods get new features, including studio-quality audio and a camera remote, at WWDC 2025
At WWDC 2025, Apple announced new features for its AirPods lineup, focusing on enhanced audio recording and camera control capabilities. The AirPods 4, AirPods 4 with Active Noise Cancellation, and AirPods Pro 2 will gain studio-quality audio recording, enabled by a combination of the H2 chip, beamforming microphones, and computational audio. This upgrade promises improved sound quality for recordings made on the go or in noisy environments, as well as more natural audio during iPhone or FaceTime calls and other voice applications. Additionally, AirPods users will be able to control their device cameras remotely by pressing and holding the AirPods stem. This gesture can activate the native camera app or a third-party camera app, with options to start either photo or video capture. The video capture feature is particularly noted as beneficial for social media content creators, such as TikTok users. The camera remote function may also hint at future integration with augmented reality (AR) devices.
IoTwearable-technologyaudio-technologysmart-devicesApple-AirPodsH2-chipcomputational-audioApple’s new Workout Buddy helps you sweat smarter
Apple has introduced Workout Buddy, an AI-powered workout coach designed to enhance fitness routines by providing real-time coaching based on users’ current workouts and historical fitness data. This data includes metrics such as pace, miles logged, activity rings closed, and training load. Workout Buddy utilizes a text-to-speech model to deliver motivational feedback through generative voices modeled after Apple Fitness+ trainers, allowing users to select from multiple voice options. The AI also offers dynamic updates during workouts—highlighting milestones like fastest mile or distance markers—and provides a summary at the end, detailing average pace, heart rate, and achievements such as completing a first 10K run. In addition to Workout Buddy, Apple is updating the Workout app on the Apple Watch and iPhone with a new layout that makes features like Custom Workout and Race Route more accessible. The app also integrates enhanced media features, enabling Apple Music to recommend playlists or podcasts tailored to the user’s workout type or listening preferences. Apple emphasizes that Workout Buddy is designed to be personal and private, aligning with the company’s broader focus on user privacy. The feature will initially be available in English and support the most popular workout types.
IoTwearable-technologyAI-fitness-coachApple-Watchhealth-monitoringsmart-workoutfitness-technologyNew smart robot fleet can take over urban policing, reforestation
robotIoTenergyreforestationautonomous-systemsenvironmental-restorationpublic-safetyScientists build €8 underwater data hubs from old smartphones
robotIoTenergymaterialsdata-centerssustainabilitymarine-technologyWalmart and Wing expand drone delivery to five more U.S. cities
drone-deliveryWalmartIoTautomationretail-innovationlogisticsWingThe New Electric Bulldozer That Could Drive on the Moon
robotIoTenergyelectric-vehicleslunar-technologyremote-controlheavy-machineryWhale Dynamic partners with Noodoe to create self-driving delivery ecosystem - The Robot Report
robotIoTenergyautonomous-vehicleselectric-vehiclesdelivery-ecosystemAI-powered-charging32-ton monster electric dozer packs 750 hp, charges 80% in 50 mins
robotIoTenergyelectric-vehiclesconstruction-technologyautonomous-machinerybattery-technologyNIO Highlights from May - CleanTechnica
energyIoTelectric-vehiclesbattery-technologysmart-transportationcharging-infrastructureautomotive-innovationTech transfer in action: What we learned at Malaga's Foro Transfiere 2025
robotIoTenergytechnology-transfercognitive-therapyinnovationrobotics100 XCMG autonomous mining trucks begin operating in Inner Mongolia - The Robot Report
robotIoTenergyautonomous-vehiclessustainable-miningelectric-truckszero-carbon-technologyNew MONA M03 Max & Plus Get 12,566 Orders in One Hour! - CleanTechnica
IoTenergyrobotautonomous-vehiclesdriver-assist-technologysmart-transportationXPENGTechCrunch Mobility: A ride-sharing pioneer comes for Uber, Tesla loses more ground, and dog-like delivery robots land in Texas
robotIoTautonomous-vehiclesride-sharingdelivery-robotstechnology-startupspatent-litigationHyundai, Kia, Genesis Meta Factory Visit Shows They Are Prepared For The Future - CleanTechnica
robotIoTenergyautomationelectric-vehiclesmanufacturingsmart-factoryAstrobotic, WiBotic test lunar wireless charging system - The Robot Report
robotIoTenergywireless-charginglunar-missionsAstrobotictechnologyTechCrunch Mobility: Uber Freight’s AI bet, Tesla’s robotaxi caveat, and Nikola’s trucks hit the auction block
robotIoTenergyautonomous-vehiclestransportationTeslaUberKorea's busiest airport targets 1,100 EV charging stations by 2026
robotIoTenergyelectric-vehiclesautonomous-chargingAI-technologyEV-infrastructureHyundai Motor Group & Incheon International Airport to Deliver Next-Level Convenience with AI-Powered EV Charging Robots - CleanTechnica
robotIoTenergyelectric-vehiclesAIsmart-airportfuture-mobilityHyundai deploys AI robots to charge EVs at Incheon airport
robotIoTEV-chargingAIsmart-technologyairport-innovationgreen-technologyC-1 Recharged: Lit Motors Secures $1.6M To Further Develop Self-Balancing E-Motorcycle - CleanTechnica
robotIoTenergyelectric-vehicleurban-mobilityself-balancing-technologylow-carbon-transportationPhotoneo launches MotionCam-3D Color (Blue) to improve robot perception - The Robot Report
robotIoTmachine-visionautomation3D-scanningdigital-twinssensor-technologyBlack Hawk successor: US virtually flies tiltrotor aircraft of future
robotIoTdigital-twinvirtual-prototypeaviation-technologytiltrotormilitary-technologyUS student develops sound-based remote tool for ocean robotics
robotIoTunderwater-roboticsmetamaterialsacoustic-wavesremote-controlnon-invasive-toolsUK firm debuts world’s longest-range drone ship with 8,500-mile reach
robotIoTenergyautonomous-vesselshybrid-propulsionmaritime-technologyunmanned-systemsDrones could fly 30% farther with golf ball-style shape-shifting skin
robotIoTenergymaterialsdronesdrag-reductionmaneuverabilityScientists sew up smart t-shirt, gesture-reading gloves using sound waves
smart-textileswearable-technologygesture-recognitionIoThealth-monitoringacoustic-wavessmart-wearablesOrbbec, Connect Tech to provide support for Gemini stereo depth camera - The Robot Report
robotIoTautonomous-machinesindustrial-automationstereo-visionAI-visiondepth-cameraCanada firm's eVTOL becomes first to achieve full wing transition
robotIoTenergymaterialseVTOLhybrid-electricaviationIs Xi Jinping Controlling Chinese Made Solar Panels In The US?
solar-panelsrenewable-energyIoTcommunication-deviceselectric-vehiclesover-the-air-updatesclean-technologyĐội xe khai thác mỏ tự động lớn nhất thế giới
robotIoTenergyautomationelectric-vehiclesmining-technologyartificial-intelligenceAmsterdam Begins Deftpower Smart Charging Trial
smart-chargingelectric-vehiclesenergy-managementIoTartificial-intelligencedemand-responseAmsterdamNew enabling technologies from Automate 2025
robotIoTindustrial-automationmachine-controlAI-roboticsautomation-technologiesreal-time-dataĐề xuất dùng AI bảo vệ vườn sâm Ngọc Linh
IoTAIsmart-farmingagriculture-technologycrop-monitoringdata-managementremote-managementLG Dualcool AI Air - điều hòa với hai khe thổi gió
IoTenergysmart-homeair-conditioningLGDualcool-AIenergy-efficiencyVertical Aerospace has a plan to capitalize on Europe’s defense tech moment
robotIoTenergyeVTOLhybrid-electricdefense-technologyaerospaceGalaxy Ring - thiết bị theo dõi sức khoẻ siêu nhỏ
IoThealth-technologysmart-ringwearable-technologySamsunggesture-controlBluetoothSurging Solar Power, Booming EV Sales, & Robotaxi Safety — Top 12 Stories of the Week
robotIoTenergysolar-powerelectric-vehiclesrobotaxisclean-technologyAqua lần đầu ra mắt điều hòa điều khiển bằng giọng nói
IoTsmart-homevoice-controlenergy-efficiencyair-conditioningAI-technologyuser-experienceĐập thủy điện cao nhất thế giới bắt đầu trữ nước
robotIoTenergyhydropowerclean-energyconstruction-technologyenvironmental-monitoringUber to Use Volkswagen ID. Buzzes for Robotaxis
robotIoTautonomous-vehicleselectric-vehiclesUberVolkswagentransportationTechCrunch Mobility: Tesla denied ‘Robotaxi’ trademark, Aurora loses a co-founder, and tariffs start to take a toll
robotIoTself-drivingtransportationAuroraTeslaenergyChina’s Geely moves to take EV startup Zeekr private amid trade war with US
robotIoTenergyEVautonomous-vehiclesGeelyZeekrTesla’s ‘Robotaxi’ and ‘Cybercab’ trademarks hit roadblocks ahead of June launch
robotIoTautonomous-vehiclesride-hailingtrademarkTeslaCybercabTesla ‘Robotaxi’ trademark refused for being too generic
robotIoTautonomous-vehiclestransportation-technologyelectric-vehiclesride-hailing-servicestrademark-lawXe tải lai tàu hỏa tự động
robotIoTenergysustainable-transportautonomous-vehicleslogisticsgreen-supply-chainBoosted by defense and Starlink, Orca AI pulls in $72.5M for its autonomous shipping platform
autonomous-shippingAI-navigationdefense-technologyIoTfuel-efficiencymaritime-technologyStarlinkĐề xuất hàng hóa bắt buộc có nhãn điện tử
IoTsupply-chain-managementelectronic-labelingproduct-qualitytraceabilitybarcode-technologye-commerceAVEVA PI System Giúp doanh nghiệp tăng khả năng cạnh tranh nhờ làm chủ dữ liệu
energyIoTdata-analyticsreal-time-monitoringautomationsustainabilityindustrial-processesTesla Cybertruck Tips & Tricks After First 15,000 Miles
robotIoTenergyTeslaCybertruckoff-roadbattery-managementTesla Cybertruck Review After 15,000 Miles
robotIoTenergyautonomous-vehiclesTeslaCybertruckclean-technologyAnduril is working on the difficult AI-related task of real-time edge computing
IoTedge-computingmilitary-technologyautonomous-systemscomputer-visiondata-processingMáy bay Anh lập kỷ lục bay liên tục lâu nhất thế giới
robotIoTenergymaterialsdronesolar-powercommunicationChip não giúp chỉnh sửa video và đăng YouTube bằng suy nghĩ
robotIoTNeuralinkbrain-computer-interfaceassistive-technologyAIALSSmart Electrical Panel Startup SPANs NREL’s Accelerator Programs
smart-electrical-panelenergy-managementIoTrenewable-energysmart-homeenergy-efficiencybackup-powerInterview with Amina Mević: Machine learning applied to semiconductor manufacturing
robotIoTenergymaterialsmachine-learningsemiconductor-manufacturingvirtual-metrology