Articles tagged with "wearable-technology"
Screenless 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-technologyAnduril 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-devicesOura 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 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-technologyAnduril’s new EagleEye MR helmet sees Palmer Luckey return to his VR roots
Anduril Industries, a Silicon Valley defense firm co-founded by Palmer Luckey—the original creator of Oculus VR—has unveiled EagleEye, a modular mixed-reality helmet system designed to enhance soldiers with AI-augmented capabilities. Built on Anduril’s Lattice software, EagleEye integrates command-and-control tools, sensor feeds, and AI directly into a soldier’s field of vision, offering features such as live video feeds, rear- and side-sensors for threat detection, and real-time teammate tracking. The system comes in multiple variations, including a helmet, visor, and glasses, aiming to provide soldiers with enhanced situational awareness and decision-making abilities. This launch aligns with the U.S. Army’s efforts to diversify its mixed-reality gear suppliers beyond Microsoft’s troubled $22 billion IVAS program. In September, Anduril secured a $159 million contract to prototype a new mixed-reality system as part of the Soldier Borne Mission Command initiative, marking the largest effort to equip soldiers
robotaugmented-realitymixed-realityAImilitary-technologywearable-technologysoldier-systemsSmart 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-monitoringdiagnostics7 sci-fi space suits mixing futuristic style with functional design
The article highlights seven sci-fi space suits from films and series that blend futuristic aesthetics with functional design, illustrating how costume designers and filmmakers envision the future of astronaut gear. These suits are not merely theatrical props but often incorporate realistic elements inspired by current or emerging space technologies. For example, the suits in Sunshine (2007) feature gold-plated helmets modeled after NASA’s anti-radiation visors, combining visual appeal with scientific accuracy. Similarly, The Wandering Earth (2019) showcases a highly detailed and realistic approach, with modular life-support systems, exoskeletal plating, and color-coded suits designed for different roles, reflecting a deep commitment to functional realism. Other notable designs include Prometheus (2012), which uses spherical transparent helmets with built-in lighting and internal displays, and Netflix’s Lost in Space reboot (2018–2021), where sculpted armor, LED illumination, and fiber-optic panels create a suit that feels like a plausible near-future NASA design. The article also
robotmaterialsenergywearable-technologyspace-suitsfuturistic-designaerospace-engineeringWireless 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-ringYouTuber straps wrecked e-bike to his body to create motorcycle suit
Content creator and inventor Jake Carlini transformed the wreckage of his crashed electric bike into a wearable electric motorcycle suit. Instead of rebuilding the bike conventionally, Carlini repurposed its key components—attaching the rear-wheel motor directly to his legs with painter’s stilt straps, embedding the heavy battery into a reinforced vest worn on his back, and fabricating custom handlebars with aero bars and armrests to aid steering and weight distribution. The throttle and digital display were integrated into the suit’s grips and vest, creating a cyberpunk-like exoskeleton that merges vehicle functionality with clothing. During testing, Carlini achieved speeds over 20 mph, demonstrating that the suit was not only functional but also stable with proper adjustments and core strength. The design challenges traditional notions of motorcycles by making the rider an integral part of the machine. Although it is unlikely to become a commercial product, Carlini’s project serves as a creative experiment and performance art piece, showcasing how discarded technology can be innovatively reimag
robotenergywearable-technologyelectric-vehicleDIY-engineeringmotor-integrationbattery-packApple 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-electronicsThis Startup Wants to Put Its Brain-Computer Interface in the Apple Vision Pro
Startup Cognixion is launching a clinical trial to integrate its noninvasive brain-computer interface (BCI) technology with Apple’s Vision Pro headset to help paralyzed individuals with speech impairments communicate using their thoughts. Unlike implant-based BCIs from companies like Neuralink, Cognixion’s system uses a custom headband equipped with six EEG sensors that detect brain signals related to visual fixation, enabling users to select options via mental attention. The trial will involve up to 10 participants in the US with speech disorders caused by conditions such as spinal cord injury, stroke, traumatic brain injury, or ALS. Cognixion’s technology combines hardware with AI-driven software that customizes communication models based on each user’s speech history and patterns, allowing for near-normal conversation speeds. Previously tested with ALS patients using their own Axon-R headset, the company now aims to leverage the broader functionality and app ecosystem of the Vision Pro to democratize access to BCI communication tools. Cognixion’s approach focuses
robotbrain-computer-interfacewearable-technologyassistive-technologyaugmented-realityAI-communicationmedical-devicesOura 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-dataBudget exoskeleton delivers muscle-like VR feedback for $400
Kinethreads is an innovative, budget-friendly exoskeleton suit designed to deliver realistic muscle-like feedback for virtual reality (VR) experiences and movement assistance at a fraction of traditional costs. Priced under $500, the lightweight suit uses nylon threads threaded through fabric channels connected to compact motors that act as synthetic tendons, tightening to guide muscles and stabilize joints. A Raspberry Pi runs the system, coordinating motor actions via Python scripts. Initially developed for arm support, the design expanded to include leg stabilization with motors housed in a belt pack powered by a lithium-polymer battery, enabling two hours of active use. Vibration motors provide additional haptic feedback, enhancing the user's perception of assistance and improving natural control over time. The suit weighs less than five kilograms and can be donned in under 30 seconds, delivering up to 120 newtons of force and vibrotactile feedback at frequencies up to 200 hertz. Ten motorized reels on a vest create tension interpreted by the body as weight
robotexoskeletonhaptic-feedbackwearable-technologyvirtual-realitymuscle-assistancerehabilitation-technologyOura 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-electronicsIs 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-sensorsHyundai Motor & Kia Expand Use of Wearable Robot in Agriculture with Korea’s Rural Development Administration - CleanTechnica
Hyundai Motor Company and Kia Corporation have partnered with Korea’s Rural Development Administration (RDA) to introduce the wearable robot X-ble Shoulder into agricultural settings across Korea. This collaboration, formalized through a Memorandum of Understanding signed on September 23 at Hyundai’s Uiwang R&D Center, aims to enhance farmers’ health and safety while improving operational efficiency. The X-ble Shoulder, developed by Hyundai and Kia’s Robotics LAB, is designed to reduce shoulder joint load during physically demanding tasks, thereby supporting sustainable agricultural practices. Field tests conducted earlier in 2023, using electromyography (EMG) sensors, demonstrated that the X-ble Shoulder reduced shoulder muscle activation by approximately 22%, validating its effectiveness in alleviating physical strain for farmers. Moving forward, Hyundai, Kia, and the RDA plan to expand testing, promote the technology’s adoption, and tailor the wearable robot for agricultural use. The RDA will also support usability assessments, identify demand, connect with relevant institutions,
robotwearable-technologyagricultureHyundai-MotorKiaroboticssustainable-farmingOura 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-developmentMeta 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-issuesMeta 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-integrationMark 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-realityMeta 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-assistantCalm 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-HealthKitiPhone 17, iPhone Air, AirPods Pro 3, and everything else announced at Apple’s hardware event
At Apple’s recent hardware event, the company unveiled its new iPhone 17 lineup, including the iPhone 17, 17 Pro, and 17 Pro Max, featuring larger screens, improved camera systems, and design changes such as a rectangular rear camera bar and a switch from titanium to aluminum on the Pro model’s frame. The iPhone 17 offers a 6.3-inch 120 Hz display, a 48-megapixel ultrawide camera, and starts at $799 with 256GB storage, while the Pro and Pro Max models are priced at $1,099 and $1,199 respectively. Apple also introduced the iPhone Air, its thinnest phone ever at 5.6 mm thickness, replacing the Plus model with a 6.6-inch 120 Hz ProMotion display, a sleek design, and a $999 price point. This device positions Apple competitively against slimmer smartphones from Samsung and Huawei and may hint at a future foldable phone
materialssmartphonesAppledisplay-technologycamera-systemswearable-technologymobile-devicesNew gel that stretches 4600%, heals itself can be used in robotics
Researchers in Taiwan have developed an innovative stretchable, self-healing gel that changes color under mechanical stress or temperature variations, potentially transforming wearable technology and soft robotics. This gel combines exceptional elasticity—able to stretch up to 4600% of its original length—with toughness and self-repair capabilities, addressing a common trade-off in soft materials that typically sacrifice either durability, healing, or sensing functions. The key to this breakthrough lies in the gel’s molecular design, which incorporates mechanically interlocked rotaxane molecules arranged in daisy chains, enabling spring-like expansion and contraction. These molecules are chemically bonded within a polyurethane gel reinforced by cellulose nanocrystals, which facilitate self-healing through reversible hydrogen bonds. A special fluorescent unit called DPAC is attached to the rotaxanes, shifting its glow from orange to blue when the gel is stretched or cooled, thus providing a visible indication of stress distribution and temperature changes. This dual-sensing capability allows the gel to act as both a structural material and a built
materialsself-healing-gelsoft-roboticswearable-technologystretchable-materialssmart-materialsmolecular-designAnduril lands $159M Army contract for ‘superhero’ soldier headset
Anduril Industries has secured a $159 million contract from the U.S. Army to develop a prototype helmet-mounted mixed reality system under the Soldier Borne Mission Command (SBMC) program, the successor to the Army’s earlier Integrated Visual Augmentation System (IVAS). This new system aims to provide soldiers with enhanced battlefield awareness by integrating night vision, augmented reality, artificial intelligence, and real-time intelligence overlays into a single modular platform. The goal is to enable faster decision-making and clearer situational understanding in contested environments, addressing previous IVAS issues such as user discomfort and technical delays. The SBMC system, built on Anduril’s Lattice platform and developed in partnership with companies like Meta, Qualcomm, and Palantir, offers modular hardware components tailored to mission needs and a software architecture (SBMC-A) that unifies helmet displays with edge computing and battlefield sensors. Recent field trials demonstrated capabilities such as soldiers controlling drones over three kilometers away directly from their headsets without dedicated operators.
robotaugmented-realitymilitary-technologywearable-technologyedge-computingartificial-intelligencebattlefield-sensorsiPhone 17, iPhone Air, AirPods Pro 3, and everything else announced at Apple’s hardware event
At Apple’s recent hardware event, the company unveiled its new iPhone 17 lineup, including the standard iPhone 17, iPhone 17 Pro, and iPhone 17 Pro Max, alongside the introduction of the ultra-thin iPhone Air, which replaces the Plus model. The iPhone 17 features a slightly larger 6.3-inch screen with a 120 Hz refresh rate and a 48-megapixel ultrawide camera, starting at $799 with 256GB base storage. The Pro models received design updates such as a rectangular rear camera bar and a switch from titanium to aluminum bands. Apple also introduced “TechWoven” phone cases made from higher-quality woven materials. Notably, Apple did not announce a foldable phone, trailing competitors like Google. The new iPhone Air is Apple’s slimmest phone ever at 5.6 mm thickness, featuring a 6.6-inch 120Hz ProMotion display and priced at $999. This
materialssmartphonesAppleiPhone-17wearable-technologydisplay-technologymobile-devicesiPhone 17, the ‘thinnest iPhone ever,’ and everything else announced at Apple’s hardware event
At Apple’s recent hardware event, the company unveiled its iPhone 17 lineup, including the iPhone 17, 17 Pro, 17 Pro Max, and a new ultra-thin iPhone Air model that replaces the Plus variant. The iPhone 17 features a slightly larger 6.3-inch screen with a 120 Hz refresh rate, a 48-megapixel ultrawide camera, and new color options. The Pro models received design changes such as a rectangular rear camera bar and a switch from titanium to aluminum for the screen band. Pricing starts at $799 for the base iPhone 17 with 256GB storage, $1,099 for the Pro, and $1,199 for the Pro Max. Apple also introduced “TechWoven” phone cases made from high-quality woven materials. The iPhone Air stands out as Apple’s thinnest phone ever at 5.6 mm thick, featuring a 6.6-inch screen and priced at $
materialssmartphonesApple-Watchwearable-technologymobile-devicesdisplay-technologybattery-technologyApple 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-computingcybersecurityNeuralink’s Bid to Trademark ‘Telepathy’ and ‘Telekinesis’ Faces Legal Issues
Neuralink, the brain implant company co-founded by Elon Musk, has encountered legal challenges in its attempt to trademark the terms "Telepathy" and "Telekinesis." The United States Patent and Trademark Office (USPTO) rejected Neuralink’s applications due to prior filings by Wesley Berry, a computer scientist and co-founder of tech startup Prophetic, who submitted trademark applications for "Telepathy" in May 2023 and "Telekinesis" in August 2024. Berry’s applications, filed as “intent-to-use,” describe software analyzing EEG data to decode internal dialogue for device control, though he has not yet commercialized products under these names. Additionally, the USPTO cited an existing trademark for Telepathy Labs, a company offering voice and chatbot technology, in its refusal to advance Neuralink’s application for "Telepathy." Neuralink has been using the name "Telepathy" for its brain implant product designed to enable paralyzed individuals to operate phones and computers via thought.
robotbrain-computer-interfaceneural-implantswearable-technologyEEG-analysisassistive-technologyhuman-machine-interactionWorld’s first thermoelectric rubber band turns body heat into power
Chinese researchers at Peking University have developed the world’s first thermoelectric rubber band capable of converting body heat into electricity. Unlike previous thermoelectric materials that were flexible but not elastic, this new material combines high elasticity with efficient thermoelectric conversion. By exploiting the temperature difference between the human body (around 37°C) and ambient air (20–30°C), the rubber band can continuously generate power. The innovation stems from blending semiconducting polymers with elastic rubber and engineering a nanofibre network that allows the material to stretch over 850% of its original length while maintaining conductivity and recovering its shape, similar to natural rubber. This breakthrough opens up diverse applications beyond just powering wearable devices like smartwatches without bulky batteries or frequent charging. Potential uses include remote communications equipment powered by heat from fires, integration into clothing to charge phones and regulate temperature, and medical devices such as lightweight cardiovascular monitors that draw power directly from body heat. The research, published in the journal Nature, represents significant
energythermoelectric-materialswearable-technologyflexible-electronicselastic-materialsbody-heat-energypower-generationAI brain interface lets users move robot arm with pure thought
Researchers at the University of California, Los Angeles (UCLA) have developed a new wearable, noninvasive brain-computer interface (BCI) system that uses artificial intelligence (AI) to help individuals with physical disabilities control robotic arms or computer cursors through thought. Unlike previous BCI devices that required invasive neurosurgery, this system combines an electroencephalography (EEG) cap with a camera-based AI platform to decode brain signals and interpret user intent in real time. The AI acts as a “co-pilot,” enhancing the user’s control by guiding actions such as moving objects, thereby offering a safer and more practical alternative for people with paralysis or neurological disorders. In trials involving four participants—including one paralyzed individual—the AI-assisted system enabled faster and more accurate task completion, such as moving a cursor to targets and manipulating blocks with a robotic arm. Notably, the paralyzed participant was able to complete a robotic arm “pick-and-place” task in about six and a half minutes
roboticsbrain-computer-interfaceartificial-intelligenceassistive-technologywearable-technologyneural-engineeringrobotic-arm-controlThis headband uses electrical signals to help ease stress, balance mood
Studio Beyond, a Cambridge-based design firm led by Paul Gibson and Matt Maitland, has introduced Sometimes, a conceptual wearable headband designed to help users manage stress and balance mood through gentle electrical signals delivered to the nervous system. Drawing on research indicating that electrical stimulation can influence brain activity, the device uses electrodes to send carefully regulated pulses aimed at lowering stress without causing discomfort. Integrated sensors and a small processor continuously monitor and adjust these signals to ensure safety and user comfort. The Sometimes headband features an adjustable elastic band with electronic modules positioned likely over the temples or forehead, combining functionality with a consumer-friendly design that resembles familiar wearable products rather than clinical devices. It is intended for daily use without the need for surgery or medical training, reflecting a broader trend toward accessible, at-home neurotechnology solutions. However, it remains a concept at this stage, with no current plans for commercial release until further development transforms it into a functional product.
wearable-technologyneurotechelectrical-stimulationconsumer-electronicshealth-techsensorsbrain-activityEngineering fantasy into reality - Robohub
Erik Ballesteros, inspired by childhood visits to NASA’s Johnson Space Center near his Texas hometown and a lifelong fascination with human space exploration, has realized his dream of contributing to astronautics through engineering. Now a PhD student in mechanical engineering at MIT, Ballesteros has interned at JSC, working on spacesuit materials, life support systems, and Mars rocket propulsion prototypes, as well as training astronauts on emergency systems. At MIT, he and his advisor Harry Asada are developing SuperLimbs, wearable robotic arms designed to assist astronauts by providing extra strength and mobility during spacewalks, such as lifting a fallen astronaut or enabling movement along spacecraft exteriors. This project is being refined in collaboration with NASA’s Jet Propulsion Laboratory and is planned for practical testing with astronauts at JSC within the next few years. Ballesteros credits his success to the connections he has built and maintained across academia and industry, emphasizing the collaborative nature of innovation. His early interest in engineering was sparked by
robotroboticswearable-technologyspace-explorationastronaut-assistanceNASAmechanical-engineeringGoogle 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-realityEight 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-healthcareSelf-powered microneedle patch monitors biomarkers without blood
Researchers have developed a self-powered microneedle patch that enables painless, blood-free collection of health biomarker samples from dermal interstitial fluid (ISF) just below the skin’s surface. Unlike traditional blood tests, which require needles and complex processing to isolate relevant fluids, this patch uses microneedles that swell upon contact with ISF, drawing the fluid into a paper layer where it is stored. The patch can collect and store biomarkers for up to 24 hours, allowing for easier and faster health monitoring without the need for batteries or external devices. In proof-of-concept tests on synthetic skin, the patch successfully measured cortisol, a stress biomarker, within 15 minutes, demonstrating potential for frequent, noninvasive monitoring of various health indicators. Made from inexpensive materials, the patch eliminates the need for phlebotomists and blood collection supplies, potentially transforming home and clinical diagnostics. The research team is advancing human trials and developing electronic readers to analyze the collected samples, seeking industry
materialsenergy-harvestingwearable-technologybiosensorshealth-monitoringmicroneedlesself-powered-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-healthSweat-activated winter jacket improves body heat control by 82.8%
A team of scientists led by Xiuqiang Li at Nanjing University of Aeronautics and Astronautics has developed a sweat-activated winter jacket that significantly improves thermal regulation by up to 82.8% compared to traditional textiles. The jacket uses a bacterial cellulose membrane as its filling, which automatically adjusts its thickness based on humidity levels: it remains thick (13 millimeters) in dry, cold air to retain warmth and shrinks to 2 millimeters when humidity rises from sweating, allowing better cooling during physical activity. This adaptive feature helps maintain comfort by preventing overheating without sacrificing insulation. The membrane was tested both in controlled lab settings, using a system simulating human skin, and in real-world trials where volunteers wore the jacket while walking or cycling outdoors. Results showed the jacket could extend the “no-thermal stress zone” by an average of 7.5 hours across 20 cities, making it particularly beneficial for outdoor workers such as sanitation staff, couriers, and police
materialsadaptive-clothingthermal-regulationbacterial-cellulosewearable-technologysmart-textilesinsulation-materialsKorea 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-updatePebble’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-lifeiPhone 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-technologyNew 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-trackingFancy a personal dragon? US students build AI pet that you can touch
A team of students at Carnegie Mellon University’s Entertainment Technology Center (ETC) has developed Luceal, an innovative AI pet prototype that blends virtual reality with physical interaction. Created under the Physical Presence Pet (PPP) project, Luceal is a plush animal embedded with custom textile sensors that respond to touch, sending signals to Apple Vision Pro VR headsets to provide real-time virtual animations and reactions. This integration allows users to physically feel and interact with a virtual pet, combining tactile features with expressive digital behavior. The project was guided by professor Olivia Robinson, who introduced the team to e-textiles, enabling the seamless incorporation of conductive fabrics into the plush form. The concept was inspired by the desire for a constant companion, especially for those unable to have real pets, such as international students, and draws on nostalgia from digital pets like Tamagotchi. The team envisioned creating exotic virtual creatures—such as dragons or seals—that users could interact with in ways not possible with real animals. Designers on the
robotAI-petvirtual-realitye-textilessensorsinteractive-technologywearable-technologySkincare acid creates metal-like, transparent film for wearables
Scientists at La Trobe University have developed a groundbreaking transparent, metal-like polymer film using hyaluronic acid, a compound commonly found in skincare products. By applying hyaluronic acid to a gold surface, the researchers created a highly conductive, flexible polymer called 2D PEDOT, which combines metal-like conductivity with near invisibility. This novel material addresses longstanding challenges in polymer science by offering reproducible, scalable, and industrially viable conductive films that outperform traditional polymers in transparency, flexibility, and electrical performance. The new 2D PEDOT film holds significant promise for advancing wearable technology, touchscreens, biosensors, and medical devices such as drug delivery implants and patient monitoring systems. The technique, known as tethered dopant templating, enables precise control over the polymer’s shape, transparency, and conductivity, overcoming issues of inconsistent quality and poor performance seen in previous conductive polymers. This innovation could transform the future of flexible, transparent electronics, marking a major step forward in smart device technology. The research was
materialsconductive-polymerswearable-technologytransparent-electronicssmart-devicesbiosensorsnanomaterialsNew $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-technologyYou Can Now Feel Touch In VR
The USC Viterbi School of Engineering has developed a new haptic system that enables users to experience the sense of touch within virtual reality environments. This innovation marks a significant advancement in VR technology by adding tactile feedback, allowing users to physically feel interactions in a digital space. The system enhances immersion and could transform how people engage with virtual content, making online interactions more realistic and intuitive. This breakthrough has broad implications for various applications, including gaming, remote collaboration, education, and training, where the ability to feel virtual objects or interactions can improve user experience and effectiveness. While the article does not provide detailed technical specifications or deployment timelines, the introduction of touch sensation in VR represents a major step toward more comprehensive and multisensory virtual experiences.
robothapticsvirtual-realityhuman-computer-interactionwearable-technologysensory-technologyUSC-ViterbiSkechers 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-devicesPhotos: 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-technologyMeta 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-LabsMeta researchers are developing a gesture-controlled wristband that can control a computer
Meta researchers at Meta Reality Labs are developing a gesture-controlled wristband that enables users to control a computer through hand gestures, such as moving a cursor, opening applications, and writing messages in the air. The wristband detects electrical signals generated by muscle activity (sEMG signals) to interpret user intentions, even before the physical movement occurs. This technology aims to provide a less invasive and more accessible way for people, especially those with motor disabilities or spinal cord injuries, to interact with computers. The device is notable for its ability to detect muscle activity even in individuals with complete hand paralysis, allowing them to perform intended actions without full arm or hand mobility. Unlike other brain-computer interface projects that may require surgical implants, Meta’s wristband operates non-invasively and at a higher frequency than EEG-based systems, offering immediate usability without surgery. The research, published in the journal Nature, highlights the potential of this wristband to improve computer accessibility for people with severe motor impairments.
robotwearable-technologygesture-controlassistive-deviceshuman-computer-interactionmuscle-signal-detectionMeta-Reality-LabsAmazon 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-recognitionPride gear-wearing humanoid robot woos crowd in West Hollywood
“Jake the Rizzbot” is a 4.3-foot humanoid robot developed by China-based Unitree Robotics that has gained viral attention for its flamboyant Pride-themed attire and charismatic street performances in West Hollywood, California. Equipped with AI-assisted motion and remotely controlled in real time, Jake combines advanced robotics—such as 23 degrees of freedom, 3D LiDAR, and RealSense cameras—with a playful personality that uses Gen Z and Gen Alpha slang to engage pedestrians through compliments, jokes, and flirtatious remarks. Its design allows for agile, human-like movement, and it runs on a quick-swap battery enabling up to two hours of operation. Jake first gained recognition in Austin, Texas, where it was seen interacting with crowds and even posing with a Waymo robotaxi, symbolizing technological innovation. Videos of Jake dancing, jogging, and bantering have spread widely on social media platforms like TikTok and Instagram, making it a notable example of combining robotics with performance art.
robothumanoid-robotAI-robotUnitree-Roboticsautonomous-robotAI-interactionwearable-technologySweat strengthens new skin-safe adhesive for medical devices
Researchers at Texas A&M University have developed a novel skin-safe adhesive for wearable medical devices that improves its grip when exposed to sweat, addressing common issues of skin irritation caused by traditional adhesives. This new adhesive is based on polyelectrolyte complexes (PECs), water-based materials that bond gently to the skin and reduce rashes, redness, and inflammation often triggered by solvent-based adhesives used in current glucose monitors, heart rate trackers, and other health devices. Unlike conventional adhesives made from acrylates or methacrylates, the PEC adhesive’s performance actually improves with moisture, making it particularly suitable for long-term wear. Led by Dr. Jaime Grunlan, the research team demonstrated that the salt content in sweat enhances the adhesive strength of PECs, matching the effectiveness of commercial products like 3M Tegaderm without causing discomfort. This discovery builds on previous work with PEC coatings for industrial applications and extends their use into biomedical devices, potentially benefiting patients with chronic conditions such as diabetes and
wearable-technologymedical-devicesskin-safe-adhesivepolyelectrolyte-complexesbiocompatible-materialshealthcare-IoTsweat-activated-adhesiveSamsung 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-technologymicrodisplaySamsung 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-OSBackpack-style jetpack lets divers fly in sea hands-free for 90 mins
The AJ-03 Aquatic Jetpack, developed by Hong Kong startup XiaoTun, is an innovative, backpack-style underwater propulsion device designed to enhance diving experiences by enabling hands-free movement underwater. Weighing just 20 pounds, it features two electric jet modules delivering strong propulsion and operates quietly and eco-friendly on a 15,000-mAh lithium iron phosphate battery, providing 30 to 90 minutes of use depending on speed settings. The jetpack supports dives up to 66 feet and includes a secure harness system with space for a two-liter scuba tank, although compatibility with other diving gear remains unclear. Control of the AJ-03 is user-friendly, offering a wired remote with directional buttons and battery level display, alongside an AI-powered cruise control that adjusts propulsion based on the diver’s body movements. This cruise control has three preset speeds, helping reduce fatigue and streamline underwater navigation. Priced significantly lower than competitors like the $18,000 CudaJet, XiaoTun’s jetpack is available
robotAIelectric-propulsionunderwater-technologylithium-iron-phosphate-batterywearable-technologydiving-equipmentFlexible new polymer may replace toxic plastics in smart devices
Scientists at Case Western Reserve University have developed a novel fluorine-free ferroelectric polymer that promises to replace environmentally harmful plastics commonly used in electronics, such as poly(vinylidene fluoride) (PVDF), a persistent “forever chemical.” Led by Professor Lei Zhu, the team created a flexible, rubber-like material that generates electric properties without requiring crystallization, unlike traditional ferroelectric materials. This innovation offers tunable electrical characteristics, improved manufacturability into thin films or coatings, and acoustic compatibility with biological tissue, making it particularly suitable for wearable medical sensors, virtual and augmented reality devices, and other smart electronics. The new polymer addresses key limitations of existing ferroelectric materials, which are often brittle ceramics, by combining flexibility, lightness, and environmental safety. Although still in the development phase with small-scale synthesis underway, the material’s potential to reduce toxicity and waste in electronics is significant. The research, initially funded by a U.S. Department of Energy grant from 2017
materialspolymerferroelectricflexible-electronicseco-friendlysensorswearable-technologyPinwheel 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-trackingControl A Robot By Sitting In This Chair
The article introduces the Capsule Interface developed by H2L, a groundbreaking device that allows users to control a robot simply by sitting in a specialized chair. This innovation merges virtual reality and robotics, offering an immersive and intuitive way to operate robotic systems. The Capsule Interface captures the user's movements and intentions, translating them into precise robotic actions, potentially revolutionizing how humans interact with machines. While the article hints at the futuristic potential of the Capsule Interface, it does not provide detailed technical specifications or specific applications. However, it suggests that this technology could lead to significant advancements in fields such as remote operation, telepresence, and enhanced VR experiences, opening new possibilities for both entertainment and practical uses in robotics.
robotroboticsVR-interfacehuman-machine-interactionwearable-technologycontrol-systemsCourt filings reveal OpenAI and io’s early work on an AI device
Recent court filings from a trademark dispute lawsuit between OpenAI, Jony Ive’s startup io, and Google-backed hardware company iyO have revealed new insights into OpenAI and io’s early efforts to develop a mass-market AI hardware device. The filings show that over the past year, OpenAI executives and former Apple leaders at io have extensively researched in-ear hardware, purchasing over 30 headphone sets to study existing products. Despite this focus, the first device from OpenAI and io is reportedly not an in-ear or wearable device, but its exact form factor remains undisclosed. Co-founder Tang Tan stated that the prototype mentioned by OpenAI CEO Sam Altman is still in early development and at least a year away from market release. Altman has described the device as a “third device” complementing smartphones and laptops, capable of being pocket-sized or desk-based and fully aware of the user’s surroundings. The filings also reveal interactions between OpenAI/io and iyO leadership, including a May 1 meeting
AI-hardwarewearable-technologyOpenAIIoT-devicessmart-devicesAI-innovationconsumer-electronicsBrighter Signals emerges from stealth - The Robot Report
Brighter Signals B.V., an Amsterdam-based sensing technology company, has emerged from stealth mode, unveiling its patented multi-modal tactile sensor platform designed to detect and measure touch with real-time pressure gradients. Founded by Andrew Klein, Christine Fraser, and Edward Shim, the company’s lightweight, durable, and recyclable sensors can be embedded into fabrics, surfaces, and structural components. Brighter Signals is initially targeting three key industries: robotics, automotive, and healthcare. In robotics, their sensors enhance tactile sensing in grippers and humanoid systems, enabling precise handling of objects, including delicate and irregularly shaped items. In automotive, the technology is being tested for occupant classification and airbag control via in-seat sensors. In healthcare, it supports passive, continuous monitoring of vital signs such as heart rate, breathing, and blood pressure through wearables and smart mattresses. The company collaborates with robotics OEMs, Tier 1 tactile solution suppliers, automotive manufacturers, and academic and clinical partners to validate and deploy its technology.
roboticstactile-sensorsmulti-modal-sensingrobotic-gripperswearable-technologyhealthcare-monitoringautomotive-sensorsWeek 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-devicesMeta 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-lifeHeadfirst 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-fitColor-changing skins created for robots to react without wires, screens
Researchers at the University of Nebraska–Lincoln have developed stretchable, synthetic skins that mimic the color-changing abilities of cephalopods like squids and octopuses. These skins replicate chromatophores—pigment-filled sacs in cephalopod skin that change appearance when muscles spread the pigment—allowing the materials to dynamically alter color in response to environmental stimuli such as heat, light, pH, and humidity. Unlike traditional electronic displays, these autonomous materials operate without wires, rigid electronics, or user input, enabling soft, flexible devices that sense and react to their surroundings in real time. The technology holds significant promise for applications in soft robotics and wearable devices, where flexibility, adaptability, and water resistance are critical. By tuning the chemical composition, the skins can be programmed to respond to specific environmental triggers, potentially allowing a single wearable to monitor multiple parameters simultaneously. This innovation could replace conventional LED screens or fixed components in certain contexts, offering a new class of human-machine interfaces that display information through
robotmaterialssoft-roboticssynthetic-skinscolor-changing-materialswearable-technologystimuli-responsive-materialsMeta 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-realityNot 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-healthSnap 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-applicationsApple 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-technologyScientists sew up smart t-shirt, gesture-reading gloves using sound waves
smart-textileswearable-technologygesture-recognitionIoThealth-monitoringacoustic-wavessmart-wearablesGalaxy Ring - thiết bị theo dõi sức khoẻ siêu nhỏ
IoThealth-technologysmart-ringwearable-technologySamsunggesture-controlBluetooth