Articles tagged with "smart-devices"
Fitbit founders launch AI platform to help families monitor their health
Fitbit founders James Park and Eric Friedman have launched Luffu, an AI-driven startup designed to help families proactively monitor and manage their collective health. The platform begins as an app and will eventually include hardware devices, aiming to reduce the mental burden of caregiving by organizing and analyzing family health data. Luffu uses artificial intelligence to gather information, recognize daily patterns, and alert users to significant changes in health metrics, enabling families to stay coordinated without feeling intrusive. The founders highlight that while many consumer health tools focus on individuals, real-life health management often involves multiple family members, including partners, children, parents, and even pets. Luffu consolidates scattered health information—such as medications, symptoms, lab tests, and doctor visits—across various formats and devices into one system. Users can input data via voice, text, or photos, and the AI proactively surfaces insights and alerts, like unusual vitals or sleep changes. The platform also supports natural language queries to help caregivers understand the
IoTAIhealth-monitoringwearable-technologysmart-devicesfamily-carehealthcare-technologyApple upgrades AirTag with 50% longer range and no price increase
Apple has quietly upgraded its AirTag, enhancing its tracking capabilities without changing the external design or price. The new AirTag features Apple’s second-generation Ultra Wideband chip, which extends Precision Finding range by 50%, allowing users to locate lost items from farther away using visual, haptic, and audio cues. Additionally, the Bluetooth chip has been improved to detect AirTags at greater distances. For the first time, Precision Finding is available on Apple Watch Series 9, Ultra 2, and later models, enabling users to track items directly from their wrist. The speaker inside the AirTag is now 50% louder with a new chime sound, making it easier to find items hidden under furniture or inside bags. Apple has also deepened integration with the Find My network and introduced Share Item Location, a feature that lets users temporarily share an AirTag’s location with trusted third parties, such as airline staff. Over 50 airlines have partnered with Apple to use this feature for luggage recovery, with
IoTApple-AirTagUltra-WidebandBluetoothPrecision-Findingobject-trackingsmart-devicesApple’s new AirTag is louder and can be found across longer distances
Apple has introduced an updated version of its AirTag, featuring a longer Bluetooth range, a louder speaker, and enhanced Precision Finding capabilities powered by the second-generation Ultra Wideband chip. This chip, also used in the latest iPhone 17, Apple Watch Series 11, and Apple Watch Ultra 3, allows the AirTag to provide haptic, visual, and audio feedback to help users locate lost items up to 50% farther than the previous generation. The speaker is now 50% louder, enabling the beep to be heard from twice the previous distance. Additionally, Precision Finding is now accessible via Apple Watch Series 9 or later and Apple Watch Ultra 2 or later. The new AirTag also integrates with the iOS Share Item Location feature, allowing users to temporarily share their AirTag’s location with others. Apple maintains the original pricing of $29 for a single AirTag and $99 for a four-pack, including free personalized engraving. Since its 2021 launch, Air
IoTBluetoothUltra-Widebandlocation-trackingsmart-devicesApple-AirTagwireless-technologyNot to be outdone by OpenAI, Apple is reportedly developing an AI wearable
Apple is reportedly developing an AI-powered wearable device in the form of a pin that users can attach to their clothing. According to a report by The Information, the device will feature two cameras (one standard lens and one wide-angle), three microphones, a physical button, a speaker, and a charging strip similar to Fitbit’s design. The pin is described as a thin, flat, circular disc with an aluminum-and-glass shell, roughly the size of an AirTag but slightly thicker. Apple engineers are reportedly aiming to accelerate the development of this product to compete with OpenAI, which is expected to announce its own AI hardware device—possibly earbuds—later in 2026. The pin could potentially launch in 2027 with an initial production run of around 20 million units. This move signals a growing interest and competition in the AI hardware market, as companies seek to integrate AI capabilities into wearable technology. However, consumer demand for such devices remains uncertain. The report references Humane, a startup founded by
IoTAI-wearablesmart-devicesAppleAI-hardwarewearable-technologyconsumer-electronicsOpenAI aims to ship its first device in 2026, and it could be earbuds
OpenAI is planning to launch its first hardware device in the second half of 2026, with strong indications that the product could be AI-powered earbuds. The company aims to ship between 40 to 50 million units in the first year, signaling an ambitious entry into the wearable tech market. OpenAI’s Chief Global Affairs Officer, Chris Lehane, described the device as more “peaceful and calm” compared to smartphones like the iPhone, suggesting a focus on seamless, user-friendly AI integration. Manufacturing partnerships are reportedly being explored with China-based Luxshare and Taiwan’s Foxconn. The move to develop its own hardware device would allow OpenAI to have greater control over the distribution and development of its AI assistant, ChatGPT, which currently relies on other platforms. However, the company faces challenges in replacing established earbuds like Apple’s AirPods, especially without strong operating system integration. The wearables market has seen mixed success with AI devices so far, with few standout hits. Meanwhile, other tech
IoTwearable-technologyOpenAI-deviceAI-earbudshardware-innovationconsumer-electronicssmart-devicesHands-on with Bee, Amazon’s latest AI wearable
Amazon’s Bee is a new AI-powered wearable designed to record and transcribe conversations, with a focus on integrating AI into daily life rather than professional settings. The device captures audio, transcribes it into color-coded sections for easier reading, and links conversations to tasks via Google services—for example, suggesting LinkedIn connections after meeting someone. Users can also leave voice notes and review past memories, while a “Grow” feature offers personalized insights based on learned data. However, Bee discards audio after transcription, limiting playback for accuracy checks, and its speaker labeling is less advanced compared to other AI transcription tools. The wearable is designed with privacy in mind: it is not always listening and requires permission to record conversations, with a green light indicating active recording. The physical design includes a sports band that proved somewhat flimsy in testing, though a sturdier clip-on pin option exists. While the app interface is user-friendly and more polished than Amazon’s previous efforts, the broader concept of AI wearables recording everyday conversations
IoTwearable-technologyAIvoice-recognitionAmazon-Beesmart-devicesAI-assistantsWhy Amazon bought Bee, an AI wearable
Amazon acquired Bee, a startup that developed an AI-powered wearable device designed primarily for recording and summarizing conversations such as interviews, meetings, and classes. Bee’s AI acts as a personal companion by learning from users’ recordings and integrating data from services like Gmail, Google Calendar, contacts, and Apple Health. Unlike Amazon’s Alexa, which focuses on in-home assistance, Bee provides contextual understanding of users’ lives outside the home. The two AIs are seen as complementary, with Amazon planning eventual integration to enhance user experience by combining continuous AI support throughout the day. Bee’s technology builds a personalized knowledge graph based on user interactions, enabling it to suggest to-do items and follow-ups. Early adopters include students, elderly users, and professionals who benefit from automated summarization rather than manual note-taking. The device transcribes conversations and discards audio recordings, which limits some work-related applications requiring playback for accuracy. Bee’s small team, now part of Amazon, is actively developing new features such as voice notes
IoTAI-wearablesmart-devicesAmazon-Alexavoice-assistantpersonal-AIconsumer-electronicsHow the Sleepbuds maker, Ozlo, is building a platform for sleep data
Ozlo, the maker of sleep-focused earbuds known as Sleepbuds, is evolving its product into a broader platform centered on sleep data. Originally founded by former Bose employees, Ozlo has developed an iOS and Android SDK that allows third-party apps to access detailed sleep metrics collected by its devices. These metrics include body movements, respiration rates, temperature, and light levels, which are analyzed by machine learning algorithms to determine sleep or relaxation states. This data-sharing capability enables partners like the meditation app Calm to assess the effectiveness of their content in real time, providing valuable feedback that can improve user experience and content investment decisions. Beyond hardware sales, Ozlo aims to build new revenue streams through software subscriptions and healthcare applications. The company is developing AI-driven features to offer personalized sleep insights and is creating tinnitus therapy tools based on clinical research conducted with Walter Reed Hospital. These therapies, designed to alleviate ear ringing for about 15% of Ozlo’s users, will be available via subscription starting in the second quarter of
IoTsleep-technologywearable-sensorshealth-data-platformmachine-learningsmart-devicesneurotechnologyArt on command: This smart e-ink canvas turns voice prompts into wall displays
At CES 2026, Fraimic unveiled the Smart Canvas, a novel digital art display that combines gallery-quality presentation with AI-driven image generation. Unlike typical digital frames, the Smart Canvas uses a full-color Spectra 6 e-ink display with a matte, paper-like finish designed to mimic traditional printed artwork and minimize glare. Housed in a minimalist black wood frame, the device is intended to blend seamlessly into home decor, functioning more like framed art than a conventional electronic screen. The canvas supports standard frame sizes, interchangeable framing, and runs cordlessly with multi-year battery life, consuming power only when images change. An internal accelerometer automatically adjusts image orientation between portrait and landscape modes. The Smart Canvas’s standout feature is its voice-activated image creation, allowing users to generate artwork by speaking prompts directly to the frame without needing a phone or app. Fraimic leverages OpenAI’s image-generation models combined with curated style presets to maintain refined and consistent visuals, avoiding exaggerated AI aesthetics.
IoTsmart-devicese-ink-displayvoice-controlAI-generated-artbattery-efficiencysmart-home-technologyBeatbot announces new pool robots and a ‘world’s first’ in pool care automation at CES 2026
At CES 2026, Beatbot unveiled two new pool-cleaning robots along with a groundbreaking innovation in pool care automation. The flagship product, Beatbot AquaSense X, is an AI-driven robotic pool-cleaning ecosystem featuring the world’s first self-cleaning pool cleaner station called AstroRinse. This station automates the traditionally tedious post-cleaning maintenance by rinsing the robot’s internal filter, emptying debris, and recharging the unit in about three minutes without manual intervention. AstroRinse can handle up to two cleaning cycles per week for two months without needing debris bag replacement, significantly enhancing user convenience. The AquaSense X system leverages advanced AI technologies, including Beatbot AI 2.0 and HybridSense AI Vision, which doubles the types of recognized debris and expands detection to both the pool floor and water surface using combined camera, infrared, and ultrasonic sensors. This enables adaptive cleaning across complex pool layouts, including multi-level shelves and shallow zones. The robot provides comprehensive cleaning of floors
robotautomationAIpool-cleaningroboticsIoTsmart-devicesCES 2026: Everything revealed, from Nvidia’s debuts to AMD’s new chips to Razer’s AI oddities
CES 2026 in Las Vegas showcased major advancements with a strong emphasis on AI across various industries. Nvidia unveiled its Rubin computing architecture, designed to replace the Blackwell architecture later this year, offering enhanced speed and storage to meet growing AI computational demands. Nvidia also highlighted AI models for autonomous vehicles, reflecting its broader strategy to integrate AI into physical-world applications. Meanwhile, AMD’s CEO Lisa Su presented new Ryzen AI 400 Series processors and emphasized partnerships with AI leaders like OpenAI and Luma AI, underscoring AMD’s commitment to AI-driven innovation. Other notable reveals included Hyundai and Boston Dynamics partnering with Google’s AI research lab to enhance and operate Atlas robots, signaling significant collaboration in robotics. Amazon introduced Alexa+ with expanded chatbot capabilities accessible via browsers and apps, alongside updates to its Ring security products featuring fire alerts and third-party app integrations. Razer deviated from its usual hardware focus to introduce AI-centric projects: Project Motoko, a smart glasses alternative, and Project AVA, an AI
robotIoTAIautonomous-vehiclesroboticssmart-devicesenergy-efficient-computingThe 2026 BMW iX3 voice assistant will be powered by Alexa+
The 2026 BMW iX3 will be the first vehicle to feature Amazon’s next-generation voice assistant, Alexa+, which incorporates generative AI technology. Announced at the 2026 Consumer Electronics Show, this integration marks a significant step in Amazon’s plan to embed its large language model (LLM)-powered assistant across a wide range of consumer devices, including automobiles. Alexa+ is designed to enable more natural, seamless conversations and handle complex, multi-step requests, addressing longstanding challenges automakers have faced with in-car voice assistants. The partnership between BMW and Amazon has been in development for three years, with BMW leveraging Amazon’s Alexa Custom Assistant platform to create a tailored version of Alexa+ for its vehicles. Alexa+ is built on Amazon Bedrock, a service that allows customization of generative AI models with proprietary data. This enables the assistant to perform integrated tasks across various services—such as music, navigation, and home security—allowing users to start interactions at home on Alexa-enabled devices and
IoTvoice-assistantautomotive-technologyAIsmart-devicesconnected-cargenerative-AIAmazon’s AI assistant comes to the web with Alexa.com
Amazon has launched Alexa.com, a new website that brings its AI-powered digital assistant, Alexa+, to the web, allowing users to interact with Alexa much like other AI chatbots such as ChatGPT or Google’s Gemini. This move aims to expand Alexa’s presence beyond its established footprint in smart home devices—over 600 million Echo devices sold worldwide—by making the assistant accessible on phones and the web. Alongside this, Amazon is updating the Alexa mobile app to feature a more chatbot-centric interface, prioritizing conversational interactions over other functionalities. Alexa.com enables users to perform common tasks such as exploring complex topics, creating content, and planning trips, but Amazon is emphasizing Alexa’s unique focus on family-oriented needs. These include managing smart home devices, updating family calendars and to-do lists, making dinner reservations, adding groceries to Amazon Fresh or Whole Foods carts, finding and saving recipes, and planning family activities with personalized recommendations. Amazon is also integrating third-party apps like Angi, Expedia, Square, and
IoTsmart-homeAlexaAI-assistantsmart-devicesvoice-controlAmazon-EchoARM: Most powerful chip company you barely notice is shaping AI future
The article highlights ARM as a quietly dominant force in modern computing, whose processor designs underpin a vast array of devices—from smartphones and laptops to autonomous vehicles and smart home appliances. Unlike traditional chip manufacturers, ARM does not produce physical chips but instead licenses its processor architectures to other companies. This business model has allowed ARM to become central to the industry, especially as energy efficiency becomes as critical as raw performance in emerging fields like AI, robotics, and autonomous driving. ARM’s architecture has shaped software ecosystems over decades, creating a feedback loop where widespread device adoption drives developer engagement, further cementing ARM’s influence. At a technical level, the article explains that processors, particularly CPUs, function as massive collections of electronic switches (transistors) that operate using binary logic to execute instructions and perform calculations. ARM’s designs focus on efficient, low-power computing, which aligns well with the needs of mobile and embedded devices. The article also touches on the evolution of computing from mechanical calculators to modern silicon-based processors, emphasizing the fundamental
robotIoTenergyprocessorsARM-architectureautonomous-vehiclessmart-devicesOpenAI bets big on audio as Silicon Valley declares war on screens
OpenAI is making a significant strategic shift toward audio AI, consolidating multiple teams to develop advanced audio models in preparation for an audio-first personal device expected to launch around early 2026. This initiative goes beyond improving ChatGPT’s voice capabilities; it aims to create natural-sounding, conversational AI that can handle interruptions and even speak simultaneously with users, mimicking real human interaction. The company envisions a family of devices—potentially including glasses or screenless smart speakers—that function more like companions than traditional tools, reflecting a broader industry trend toward audio-centric interfaces. This shift aligns with a wider movement in Silicon Valley, where major tech players like Meta, Google, and Tesla are investing heavily in voice and audio technologies to replace or supplement screen-based interactions. Meta’s Ray-Ban smart glasses use advanced microphones for directional listening, Google is experimenting with conversational search summaries, and Tesla is integrating large language models into vehicles for voice-controlled assistance. Startups are also entering the space with innovative but varied products,
IoTaudio-AIsmart-devicesvoice-assistantswearable-technologynatural-language-processinghuman-computer-interactionIn a first, cerebral palsy patient plays Chinese chess match using BCI
Han Binbin, a cerebral palsy patient with severe motor impairments, made history by competing in a national-level Chinese chess tournament using a non-invasive brain-computer interface (BCI) device. Held in Hainan Province and organized by the Chinese Chess Association, Han faced grandmaster Meng Chen, controlling chess moves solely through his mind via the BCI headset. Previously, Han had to physically nudge chess pieces on a smartphone screen using his nose, a laborious process that limited his ability to fully engage with the game. The BCI technology, which translates EEG brain signals into digital commands, allowed Han to bypass his motor limitations, providing him with a new sense of autonomy and connection to the game. The BCI system used by Han is based on a sophisticated model trained on intracranial EEG data, enabling it to generalize across users and adapt rapidly to different tasks and environments. This breakthrough reflects China’s growing investment in neural technology, exemplified by recent clinical trials at the Shanghai Center
robotbrain-computer-interfaceneural-technologyassistive-technologyEEGroboticssmart-devicesThe phone is dead. Long live . . . what exactly?
True Ventures co-founder Jon Callaghan predicts that smartphones as we know them will become obsolete within five to ten years, replaced by fundamentally different human-computer interfaces. Callaghan argues that current phones are inefficient and disruptive tools for interacting with digital intelligence, prompting True Ventures to invest heavily in exploring alternative interfaces, both hardware and software. This approach reflects the firm’s history of early bets on transformative technologies like Fitbit, Peloton, and Ring—each representing new, more natural ways for humans to engage with technology. The latest embodiment of this vision is Sandbar, a wearable device worn on the index finger designed to capture and organize thoughts through voice notes, functioning as a “thought companion.” Unlike other wearables focused on health or passive recording, Sandbar aims to meet a core human behavioral need by being an active partner in idea capture, supported by AI and an associated app. True Ventures was drawn not only to the product but also to the founders Mina Fahmi and Kirak Hong, whose background in neural
IoTwearable-technologyhuman-computer-interactionvoice-interfacesmart-devicesfuture-technologyhardware-innovationElevate your home bar with these mixology gadgets
The article highlights several innovative gadgets designed to enhance the home bartending experience by combining convenience, technology, and creativity. The Bartesian Cocktail Maker ($349) is a robotic bartender that prepares cocktails in about 30 seconds using spirit reservoirs and cocktail capsules, allowing users to customize drink strength via a touchscreen. For beer enthusiasts, the iGulu ($549) offers an automated brewing system that works with pre-packaged ingredient kits to brew beer, cider, kombucha, and more, with app connectivity to monitor fermentation and adjust conditions. Other notable devices include the Barsys Smart Coaster ($69), which helps users pour precise cocktail ingredients by lighting up during the process and syncing with a recipe app, ideal for beginners aiming to avoid overpouring. The Smokpub Electric Smoker ($55) adds a smoky flavor to cocktails and whiskey, enhancing presentation and taste. Lastly, the SipVault Smart Liquor Dispenser ($55.95) provides consistent, spill-free pouring, making it a practical tool for
robotIoTsmart-deviceshome-automationmixology-gadgetssmart-bartendingbeverage-technologyHealthify upgrades its AI assistant Ria with real-time conversation capabilities
Healthify, a Khosla-backed health startup with over 45 million registered users, has upgraded its AI assistant Ria to support real-time conversational capabilities powered by OpenAI’s technology. The enhanced Ria now supports more than 50 languages, including 14 Indian languages and mixed-language inputs like Hinglish and Spanglish. Users can interact with Ria to get personalized health insights by aggregating data from various sources such as fitness trackers, sleep monitors, and glucose sensors. Features include querying health summaries over specified time frames, logging meals via camera (including through Ray-Ban Meta smart glasses), and generating exercise plans—all through natural, conversational interactions. Looking ahead, Healthify plans to integrate Ria more deeply into user onboarding to capture richer unstructured data and create a persistent memory layer for long-term personalized health guidance. The assistant will also support interactions between users and their coaches or nutritionists by providing real-time data retrieval and call transcription. The company is launching a $20/month AI-powered
IoTAI-assistanthealth-trackingsmart-devicesreal-time-conversationwearable-technologynutrition-monitoringHands on with Stickerbox, the AI-powered sticker maker for kids
Stickerbox is an AI-powered sticker maker designed for children, developed by the Brooklyn-based startup Hapiko. The $99.99 device resembles a modern Etch A Sketch, featuring a bright red box with a black-and-white screen and a push-to-talk button. Kids use voice commands to describe images, which the AI then generates and prints as stickers using a thermal printer that requires no ink. The package includes three rolls of sticker paper (180 stickers) and colored pencils, allowing children to color their printed stickers, blending digital creativity with hands-on activity. This combination offers a balanced experience that encourages imagination while providing a calming, real-world engagement through coloring. Setup requires parental assistance to connect the device to home Wi-Fi, but the process is straightforward and quick. The AI can interpret complex, conversational prompts, accommodating the natural, often non-linear way children express ideas. Hapiko was founded in 2023 by Arun Gupta (CEO) and Bob Whitney (CTO), who previously worked together at Gra
IoTAIsmart-deviceskids-technologyvoice-controlthermal-printingconnected-toysThe hottest AI wearables and gadgets you can buy right now
The article highlights a range of AI-powered wearables and gadgets designed to seamlessly integrate artificial intelligence into everyday life, enhancing productivity and personal interaction. Notable devices include Bee, a $49.99 pendant that records audio, learns user routines, and creates reminders, paired with a subscription-based iOS app for interaction and transcription. Friend, a $129 emotional support pendant, recognizes mood and tone to provide companionship but has faced criticism over privacy concerns. Limitless (formerly Rewind) targets professionals by continuously transcribing conversations into searchable summaries, offering limited free AI features with an option for unlimited access at $29 monthly. Other devices include Omi, an $89 wearable that answers questions, summarizes conversations, and schedules meetings, notable for its ability to detect when it’s being spoken to. Plaud’s NotePin, priced at $159, is a wearable voice recorder with real-time transcription and a subscription plan to increase transcription minutes; the company is also launching a new ultra-thin note-taking device.
IoTAI-wearablessmart-devicesBluetooth-technologywearable-technologyvoice-recognitionpersonal-assistant-devicesEmm raises $9M seed to create one of the world’s first ‘smart’ menstrual cups
Emm, a UK-based femtech startup, has raised $9 million in a seed funding round led by Lunar Ventures to develop and launch what it claims to be the world’s first smart menstrual cup. Founded by Jenny Button during the COVID-19 lockdown, Emm aims to fill a gap in reproductive health tracking by integrating ultra-thin sensor technology into a medical-grade silicone menstrual cup. Unlike traditional cups that only collect menstrual blood, Emm’s device gathers detailed data on users’ menstrual cycles, potentially transforming research, diagnosis, and treatment of reproductive health conditions such as endometriosis—a disease affecting one in ten women and often taking 7-10 years to diagnose due to lack of reliable data. The data collected by Emm’s smart cup is encrypted, anonymized, and securely stored, with access limited to essential personnel, addressing privacy concerns. The company has already amassed a waitlist of over 30,000 pre-orders and plans to launch in the UK next year, with ambitions to
IoTwearable-technologyfemtechsmart-deviceshealth-sensorsreproductive-healthdata-securityWhatsApp launches long-awaited Apple Watch app
WhatsApp has launched its long-anticipated Apple Watch companion app, enabling users to receive call notifications, read full messages, and record and send voice messages directly from their watch. This new app aims to help users stay engaged with their chats without needing to access their iPhones. Additional features include message reactions, expanded chat history visibility, and clearer display of images and stickers, all while maintaining end-to-end encryption for privacy and security. The app requires an Apple Watch Series 4 or later with watchOS 10 or newer. This launch follows WhatsApp’s broader efforts to expand accessibility beyond mobile phones and desktops, including recent updates that enhanced multi-device support and iPad usability. Unlike Snapchat’s watchOS app, which focuses on quick message replies, WhatsApp’s app offers a more comprehensive messaging experience on the Apple Watch. The company also plans to introduce more features for the Apple Watch in the future, signaling ongoing development to improve user convenience across devices.
IoTApple-WatchWhatsAppwearable-technologysmart-devicesmobile-communicationwatchOSKevin Rose’s simple test for AI hardware — would you want to punch someone in the face who’s wearing it?
Kevin Rose, a veteran investor and general partner at True Ventures, offers a straightforward yet insightful test for evaluating AI hardware investments: if wearing the device makes you want to "punch someone in the face," it’s likely not worth investing in. Rose’s perspective stems from his experience with wearables like Oura rings and his skepticism toward the current surge of AI wearables that often disregard social norms around privacy and emotional impact. He emphasizes that successful hardware must resonate emotionally and be socially acceptable, not just technologically advanced. Rose criticizes AI devices that are “always on” and intrusive, sharing a personal anecdote about abandoning the Humane AI pendant after it complicated a personal argument by recording conversations. Rose also warns about the broader societal implications of AI, comparing the current AI adoption phase to the early, reckless days of social media. He highlights concerns about AI’s impact on reality perception, such as photo apps that erase real-world elements, potentially distorting memories and truth. With his own children, Rose navig
IoTAI-hardwarewearable-technologysmart-devicesprivacy-concernssocial-impactAI-wearablesNew brain-like computer could bring self-learning AI to devices
Engineers at The University of Texas at Dallas, led by Dr. Joseph S. Friedman, have developed a small-scale brain-inspired computer prototype that learns and processes information more like the human brain. Unlike traditional AI systems, which separate memory and processing and require extensive training with large labeled datasets, this neuromorphic hardware integrates memory and computation, enabling it to recognize patterns and make predictions with significantly fewer training computations and lower energy consumption. The design is based on Hebb’s law, where connections between artificial neurons strengthen when they activate together, allowing continuous self-learning. The prototype uses magnetic tunnel junctions (MTJs)—nanoscale devices with two magnetic layers separated by an insulator—that adjust their connectivity dynamically as signals pass through, mimicking synaptic changes in the brain. MTJs also provide reliable binary data storage, overcoming limitations seen in other neuromorphic approaches. Dr. Friedman aims to scale up this technology to handle more complex tasks, potentially enabling smart devices like phones and wearables to run
neuromorphic-computingbrain-inspired-AImagnetic-tunnel-junctionsenergy-efficient-AIedge-computingself-learning-AIsmart-devicesApple says U.S. passport digital IDs are coming to Wallet ‘soon’
Apple announced that it will soon enable U.S. users to add their passports as digital IDs in the Apple Wallet app, allowing travelers to use these digital IDs at select TSA checkpoints for domestic flights. This feature, initially expected with iOS 16 but delayed to a future update, complements Apple Wallet’s expanding role beyond payments to securely storing digital identities. While these digital IDs will not replace physical passports, they aim to expedite TSA screening, especially important given the recent enforcement of stricter ID requirements that have rendered many state-issued IDs insufficient for travel. The announcement was made by Jennifer Bailey, Apple Pay and Wallet VP, at the Money 20/20 USA conference, where she also highlighted Wallet’s broad adoption: Apple Pay is now available in 89 markets with support from over 11,000 banks and networks, including 15 domestic networks, and 90% of U.S. retailers accept Apple Pay. Bailey emphasized Wallet’s growing non-payment uses, such as storing car keys (supported by
IoTdigital-identityApple-Walletmobile-paymentssmart-devicescontactless-technologydigital-passportsSamsung takes on Apple’s Vision Pro with new Galaxy XR headset
Samsung has launched its Galaxy XR headset as a direct competitor to Apple’s Vision Pro, offering a more affordable option at $1,800—nearly half the price of Apple’s device. The Galaxy XR runs on Google’s Android XR OS and Qualcomm’s Snapdragon XR2+ Gen 2 platform. It features a micro OLED display with 27 million pixels (surpassing Vision Pro’s 21 million), a resolution of 3,552 x 3,840, and a 90Hz refresh rate compared to Vision Pro’s 120Hz. Weighing 545 grams, it is lighter than Apple’s headset, which weighs between 750g and 800g. The device supports up to two hours of general use and two and a half hours of video playback, and includes multiple cameras for pass-through, world tracking, and eye tracking. Samsung emphasizes ergonomic design for comfort, with a balanced frame to reduce facial pressure. The headset supports various XR-optimized experiences such as immersive 3
robotIoTwearable-technologyaugmented-realityvirtual-realitysmart-devicesXR-headsetNew AI toilet camera scans waste for hydration and gut insights
Kohler has introduced Dekoda, a $599 AI-powered toilet-mounted camera designed to monitor users’ health by analyzing waste samples. The device tracks hydration, gut health, and detects traces of blood using discreet optics that focus solely on the toilet contents, ensuring user privacy. It mounts easily on most toilet rims without tools and includes fingerprint authentication for multi-user households. Health data is encrypted end-to-end and managed through the Kohler Health app, which provides trend tracking, health scores, and notifications of irregularities. The device operates on a rechargeable battery lasting about a week and supports USB-C charging. Dekoda represents Kohler’s entry into the digital health market under its new wellness division, aiming to integrate medical-grade insights into daily routines. While not a replacement for medical testing, it serves as an early warning tool to prompt users to consult healthcare professionals if needed. The product requires a subscription for ongoing AI analysis, costing between $70 and $156 annually. Positioned in the premium segment, Dekoda
IoTAIhealth-monitoringsmart-devicesprivacywearable-technologydigital-healthScreenless 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-technologyWorld’s first Robot Phone by Honor moves and emotes like 'Wall-E'
Honor unveiled a concept for the world’s first “Robot Phone,” a device that combines AI, robotics, and mobile technology to create a new category of smartphone. Unlike traditional phones, this concept features a gimbal-mounted camera that can move independently, swivel, and express emotions through sounds and movements reminiscent of characters like Wall-E and BB-8. Honor describes the Robot Phone as an “emotional companion” capable of sensing, adapting, and evolving autonomously to enrich users’ lives with emotional engagement, aiming to redefine human-machine interaction. The Robot Phone concept hints at a future where AI is given a visible, expressive form to make digital assistants more approachable and comfortable to interact with, moving beyond voice commands alone. The device’s robotic camera and personality-driven features build on earlier innovations like flip-up cameras but add a layer of AI-powered motion and emotional expression. Currently, the Robot Phone exists only as a CGI concept with no physical prototype or detailed specs released. Honor plans to share more information and potentially reveal
robotAIroboticsmobile-technologyhuman-machine-interactionemotional-AIsmart-devicesAmazon unveils new Echo devices, powered by its Al, Alexa+
At its annual hardware event, Amazon unveiled a new lineup of Echo devices powered by its advanced AI assistant, Alexa+. The four new models—the Echo Dot Max, Echo Studio, Echo Show 8, and Echo Show 11—feature enhanced processing power and memory, enabled by Amazon’s custom-designed AZ3 and AZ3 Pro silicon chips. These chips improve wake word detection, conversation recognition, and support advanced AI models and vision transformers. Notably, the AZ3 Pro devices incorporate Omnisense, a sensor platform that uses cameras, audio, ultrasound, Wi-Fi radar, and other inputs to enable Alexa to respond contextually to events in the home, such as recognizing when a person enters a room or alerting users to an open garage door. The Echo Dot Max ($99.99) offers significantly improved sound with nearly three times the bass, while the Echo Studio ($219.99) boasts a smaller spherical design, spatial audio, Dolby Atmos support, and an upgraded light ring. Both can
IoTsmart-homeAlexaAI-assistantAmazon-Echoedge-computingsmart-devicesAlexa+ comes to new Fire TV devices with AI-powered conversations
At Amazon’s fall hardware event, the company unveiled the integration of its upgraded AI assistant, Alexa+, into new Fire TV devices. Alexa+ enhances user interaction by enabling more complex and natural language queries, such as personalized movie or show recommendations based on previous viewing habits or favorite actors. It also provides real-time information during live sports events, including scores, player stats, and highlights, and allows users to find specific scenes in movies or shows through voice commands. Initially, this scene-finding feature supports thousands of Prime Video titles, with plans to expand to other platforms. Alongside the Alexa+ upgrade, Amazon introduced a new lineup of Fire TV hardware, including the Fire TV 2-Series, 4-Series, Omni QLED TVs, and the Fire TV Stick 4K Select. These devices feature improvements such as the Omnisense auto-adjusting brightness technology, Dialogue Boost for clearer audio, and faster performance with new quad-core processors. The flagship Fire TV Omni QLED Series boasts 60%
IoTsmart-homeAlexaAI-assistantFire-TVvoice-controlsmart-devicesOura CEO talks potential IPO and ‘nonnegotiable’ data privacy
Oura Health CEO Tom Hale addressed the company's growth and potential plans for an initial public offering (IPO) amid reports valuing the health-tracking ring maker at nearly $11 billion. While Hale did not confirm any immediate IPO plans, he acknowledged that Oura has reached significant milestones in size, growth, and scale that make going public a viable option. He emphasized that the company will announce any such plans when the timing is appropriate. Oura is on track to generate $1 billion in revenue in 2025, doubling its revenue from the previous year. Hale also discussed data privacy concerns, particularly in relation to government data-sharing initiatives. He clarified that Oura aims to empower customers to share their data only when beneficial, rejecting any notion that data is shared indiscriminately with entities like the Trump administration. He stressed that protecting user data privacy and security is "nonnegotiable," especially given the potential risks if data were misused. Additionally, Hale shared a personal note on his own
IoTwearable-technologyhealth-trackingdata-privacysmart-devicesdigital-healthconsumer-electronicsGoogle’s Gemini AI is coming to your TV
Google is expanding its AI assistant, Gemini, to over 300 million active Android TV OS-powered devices, starting with the TCL QM9K series. This integration aims to enhance the TV viewing experience by helping users find shows or movies, settle on content that suits multiple viewers’ interests, catch up on missed episodes, and provide reviews to aid viewing decisions. Beyond TV-related queries, Gemini will support a wide range of functions similar to those available on smartphones, such as homework help, vacation planning, and skill learning. Google emphasizes that the introduction of Gemini does not replace existing Google Assistant capabilities; traditional voice commands will still function as before. The rollout will continue throughout the year to additional devices, including the Google TV Streamer, Walmart onn 4K Pro, and various 2025 models from Hisense and TCL, with more features planned for future updates. This move represents a significant step in integrating advanced AI assistance directly into the TV platform to offer a more interactive and versatile user experience.
IoTAIGoogle-TVsmart-devicesartificial-intelligenceAndroid-TVvoice-assistantChipolo, an AirTag rival, debuts rechargeable trackers with a six-month battery life
Chipolo, a competitor to Apple’s AirTag, has introduced new rechargeable tracking devices: an updated LOOP tracker and a slim CARD designed to fit in wallets. Unlike AirTags that use replaceable CR2032 batteries, Chipolo’s devices feature rechargeable batteries lasting about six months per charge. The LOOP charges via USB-C, while the CARD supports Qi wireless charging. Both devices are made with at least 50% post-consumer recycled plastic, appealing to eco-conscious consumers aiming to reduce e-waste. The new trackers offer an extended Bluetooth range of 400 feet (120 meters) and are compatible with Apple’s Find My network and Android’s Find Hub. They emit loud rings—up to 125 dB for the LOOP and 110 dB for the CARD—and include features like out-of-range alerts, customizable ringtones, and a ring-and-blink mode for locating items in the dark. Both devices are waterproof and dust-tight with an IP67 rating, meaning they can withstand immersion in
IoTBluetooth-trackingrechargeable-batteriessustainable-materialswireless-chargingsmart-devicesitem-trackersGoogle 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-fitnessShape Changing Antenna Secures Signal
MIT researchers have developed a novel flexible antenna that can maintain a strong signal connection by altering its shape. This innovation addresses the common problem of signal loss caused by movement or changes in the environment, which typically affect traditional rigid antennas. The shape-changing capability allows the antenna to adapt dynamically, ensuring consistent connectivity. The new antenna design leverages advanced materials and engineering techniques to enable flexibility without compromising performance. This technology has potential applications in various fields, including wearable devices, mobile communications, and Internet of Things (IoT) systems, where maintaining reliable signal strength is crucial despite physical deformation or movement. The research highlights a significant step forward in antenna technology by combining adaptability with robust signal transmission.
IoTflexible-antennasignal-strengthwireless-communicationMIT-researchshape-changing-technologysmart-devicesBuzzy AI startup Multiverse creates two of the smallest high-performing models ever
Multiverse Computing, a leading European AI startup based in Spain, has developed two of the smallest yet high-performing AI models, humorously named after animal brain sizes: SuperFly and ChickBrain. These models are designed to be embedded in Internet of Things (IoT) devices and run locally on smartphones, tablets, and PCs without requiring an internet connection. SuperFly, inspired by a fly’s brain, is a compressed version of Hugging Face’s SmolLM2 135 model with 94 million parameters, optimized for limited data and voice-command applications in home appliances. ChickBrain, with 3.2 billion parameters, is a compressed version of Meta’s Llama 3.1 8B model and offers advanced reasoning capabilities, outperforming the original in several benchmarks such as MMLU-Pro, Math 500, GSM8K, and GPQA Diamond. The key technology behind these models is Multiverse’s proprietary quantum-inspired compression algorithm called CompactifAI, which significantly reduces model
IoTAI-modelsmodel-compressionedge-computingembedded-AIquantum-inspired-algorithmssmart-devicesSkincare 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-devicesbiosensorsnanomaterialsSamsung is exploring new wearable form factors such as earrings and necklaces
Samsung is expanding its wearable technology lineup beyond its traditional smartwatches to include innovative form factors such as glasses, earrings, rings, and necklaces. Won-joon Choi, COO of Samsung’s mobile experience division, emphasized the company’s vision of creating wearables that users don’t need to carry separately but can simply wear, enabling communication and functionality without relying on smartphones. Earlier developments this year included Samsung’s work on advanced microdisplays for augmented reality (AR) glasses, signaling a push into more immersive and diverse wearable devices. This strategic exploration aims to broaden the ways users interact with technology, moving toward seamless, always-on wearable experiences integrated into everyday accessories.
IoTwearable-technologySamsungsmart-devicesAR-glassescommunication-technologymicrodisplayBelkin ends support for most Wemo devices and its Wemo app
Belkin announced it will end technical support for most of its Wemo smart home devices and discontinue the Wemo app as of January 31, 2026. This decision affects a broad range of products, including smart plugs, light switches, bulbs, baby monitors, kitchen appliances, heaters, air purifiers, and motion sensors. After this date, features relying on cloud connectivity—such as remote access and voice integrations—will cease to function, and Belkin will no longer provide technical support, firmware updates, or troubleshooting. However, devices still under warranty at the end-of-life date and those configured for Apple’s HomeKit will continue to operate without Wemo’s cloud services. Belkin explained the move as a strategic shift to focus resources on other parts of its business amid evolving technology, acknowledging the inconvenience this will cause customers. This trend of discontinuing support for older smart home products is becoming common in the industry, with companies like Google similarly phasing out older Nest devices to encourage upgrades.
IoTsmart-homeBelkinWemodevice-supportcloud-connectivitysmart-devicesCourt 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-electronicsWeek 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-devicesApple 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-audio