We are excited to introduce the AS6223, a breakthrough in digital temperature sensing that is redefining what is possible for wearable health devices. About the size of a poppy seed, this sensor delivers ±0.09 °C accuracy in a footprint of just 0.82 mm × 0.82 mm, making continuous on-skin temperature monitoring easier and more practical than ever.

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Why it’s innovative‍

When components shrink below one square millimeter, wearables become lighter, less obtrusive, and more practical. The AS6223 combines this miniaturization with ultra-low power consumption, factory calibration, and integrated linearization — enabling precision where it matters most: in everyday life. From smartwatches and rings to medical patches, this sensor empowers designers to create devices that seamlessly blend into daily routines while delivering medical-grade accuracy.‍

• Watch the video to see how AS6223 supports smarter health monitoring
• Learn more about the product

About ams OSRAM‍

The ams OSRAM Group (SIX: AMS) is a global leader in innovative light and sensor solutions, combining over 110 years of engineering excellence with a passion for cutting-edge technology. Headquartered in Premstaetten, Austria, and Munich, Germany, the group drives transformative advancements across automotive, industrial, medical, and consumer industries. Learn more here.

Researchers have created a completely transparent skin sensor that detects light and transforms it into electrical signals to quantify UV radiation precisely. Therefore, the user's smartphone will notify them when the Sun's rays are dangerously strong and it's time to cover up.

A group of researchers at Kyung Hee University in South Korea, under the direction of Professor Kang Sung-jun, have developed a see-through, highly effective sensor that can identify ultraviolet A (UVA) exposure.  Although there are three types of ultraviolet (UV) radiation based on their wavelengths—UVA, UVB, and UVC—UVA is the most harmful since it penetrates deeply into our skin and avoids the ozone layer. Additionally, UVA radiation can cause wrinkles, early aging, and some types of skin cancer since they penetrate deeper into the skin, reports Bronwyn Thompson in New Atlas.

Although sun-detecting devices are not new, the researchers point out that only a small amount of transmitted UVA radiation penetrates through the sensor, making opaque wearables unable to estimate the quantity effectively. Additionally, it makes it challenging to integrate this technology with already-existing gadgets like smart glasses. The sensor's lightweight design allows it to be integrated into watches, bracelets, and apparel.

“If it is applied to smartwatches or fitness bands in the future, ultraviolet management will be possible even during everyday outdoor activities,” noted the researchers. “It will greatly help prevent skin cancer and support skin health management.”

Read more Hydrosense: Next-Generation Sweat Sensor

The researchers added see-through oxide semiconductors that only reacted to UVA light after starting assembly with a clear glass basis.  Lastly, the tiny detector's electrical circuit was supplied via a transparent indium tin oxide sheet, making it simple to integrate with other wearables already on the market.

The team connected the device to a circuit board with an amplifier – to boost faint UVA signals – and a Bluetooth chip to send real-time data to a user's smartphone.
Both clear and overcast days were used to test the UVA-detector prototype in the sun, and the results matched those of professional UV monitoring equipment. The user's smartphone then received the UVA data, computed the cumulative exposure, and alerted the wearer when the levels hit 80% of what is needed to burn. This caution functions as a message that it's time to apply extra sunscreen or take cover.

The research was published in the journal Science Advances.

SomaTX Design has introduced KneeMo, the first smart wearable designed specifically to relieve knee pain during movement and improve muscle function. Co-created by Dr. Tom Andriacchi, Professor Emeritus at Stanford University, KneeMo represents a breakthrough in non-invasive pain management for people with chronic knee conditions.

Unlike standard braces that simply support or compress the joint, KneeMo actively uses motion-sensing technology and vibration therapy to reduce pain in real time. The device senses motion and applies intermittent vibration to the knee timed to movement, disrupting pain signals before they reach the brain through a mechanism known as gated pain theory.

The inspiration for KneeMo came from a fundamental question: could we move beyond passive support and actually change how people experience knee pain while in motion? What makes KneeMo unique is that it isn't just an idea—it's been rigorously developed and clinically tested at Stanford University in peer-reviewed trials.

Peer-reviewed clinical studies conducted in the BioMotion Laboratory at Stanford University in individuals with chronic knee pain showed that KneeMo reduces pain during walking and navigating stairs while enhancing quadriceps muscle function. By recruiting the muscles around the knee at just the right phase of gait, it trains the knee, allowing it to work better, build muscle, and alleviate pain.

Related Exoskeleton with Swappable Knee and Hip Modules

The device is lightweight, customizable, and works without the risks of medication or surgical procedures. By reducing discomfort, KneeMo allows users to move freely and stay engaged in their favorite activities, helping them preserve independence and avoid the physical and mental consequences of a sedentary lifestyle.

KneeMo officially launched in 2025 after a soft launch in 2024. The technology is particularly beneficial for people with arthritis, those recovering from knee injuries, and anyone experiencing chronic knee pain that limits their daily activities. Early users have reported immediate noticeable pain relief and the ability to return to activities they had previously given up.

SomaTX Design Inc. is a health technology company dedicated to enhancing mobility and improving the quality of life for individuals with musculoskeletal pain through innovative, non-invasive solutions. The company believes that staying active is essential for joint health and overall wellness and is dedicated to developing products that provide pain relief in motion.

Shanghai-based tech company Hypershell unveiled all-new X Ultra performance exoskeleton, which is designed for bigger adventures, longer distances and heavier loads. The X Ultra is what the performance exoskeleton pioneer calls its best model to date. You may hike, run, climb, clamber, ski, and pedal for up to 65 km (40 miles) with the revolutionary wearable, which increases performance by channeling a full 1,000 watts into your natural gait. This reduces tiredness and leaves you feeling refreshed upon arrival.

The main criticism of performance-enhancing technology, such as electric bikes, is that people are using them as a shortcut to get around the harsh demands of physical labor. But what if, in the end, you're leveraging the technology to create more daring excursions that still test your physical limits, pushing you farther, deeper, and more intense than you could without it? Hypershell specifically developed the X Ultra with the intention of achieving this aim, which is what it envisions its users doing with its wearable exoskeletons, reports New Atlas.

Regarding the ebike comparison, the majority of US states adopt the federal government's definition, which restricts the term "ebike" to bikes with 750 watts of motor assistance or less.  Beyond that, you're discussing motorbikes and mopeds that are subject to stricter regulations.

Even more stringent is the European Union. EU nations continue to limit street-legal e-bikes to 250 watts, despite continuous debate over raising the ceiling to the same 750 watts.

Therefore, compared to a law-abiding American e-bike, the X Ultra sends 33% more power into your raw legs.  If you're in Europe, it's 400% more.

Related Exoskeleton with Swappable Knee and Hip Modules

In addition to fine-tuning output more accurately than previous Hypershell exos, the AI-powered X Ultra adds two brand-new profiles, bringing the total number of activity/purpose-targeted possibilities to 12.  Assistance is optimized for the especially soft, loose, and unstable conditions seen in sand and snow, respectively, thanks to the new Dune and Snow profiles. Additionally, Hypershell improves the running and cycling profiles to Running+ and Cycling+, with Cycling+ better adjusting effort for steep climbs and Running+ optimizing output for all-out sprints.

Beyond those new additions, the X Ultra carries over preexisting options like walking, gravel, uphill, downhill and stair profiles. Users can further adjust output based on eco, transparent, fitness and hyper modes, according to New Atlas.

A lighter, sleeker design that reduces weight by 10% over the current 2-kg (4.4-lb) X Pro is the last component of the new X Ultra equation.  Hypershell packs in more features and an additional 200 watts of motor power while maintaining the X Ultra's flat 4 lb (1.8 kg) weight thanks to a combination of precision 3D-formed titanium alloy and SpiralTwill 3000 carbon fiber.

When cycling, the X Ultra's e-assisted range can reach up to 65 km (40.4 miles) per battery, and when walking, it can reach up to 30 km (18.6 miles).  When we last looked at the X Pro, the range was 35 walking kilometers (21.7 miles) per charge. However, that was only for the two batteries that were included; each cell has a range of 17.5 km (10.9 miles), meaning the X Ultra has more than 70% longer range.

With two batteries included, the X Ultra doubles those estimations to 130 km (80.8 miles) by bicycle or 60 km (37.3 miles) by foot if you have the spare.  The top speed is 15.5 mph (25 km/h).

Naturally, all of that improved performance comes at a higher cost. The X Ultra costs US$1,999, which is double the X Pro's current Amazon Prime Day pricing of $999, which was valid through Thursday, October 9.

We are excited to introduce the SOMA system from OptoBio, a next-generation wearable and implantable solution designed to transform the way we treat cancer. Sleek, discreet, and built for everyday life, SOMA merges minimally-invasive implant technology with a wearable over-ear module, offering continuous, bioelectronic therapy without interrupting your routine.

Unlike treatments that tie you to hospital stays or scheduled infusions, SOMA brings targeted care directly into your daily life. With a discreet implant the size of a shirt button, ultrathin bio-threads, and an over-ear wearable that powers and monitors the system, you can receive precision therapy while remaining present in the moment.

Seamlessly integrated with the SOMA app and clinician interface, the system enables real-time data sharing, personalized adjustments, and continuous monitoring. Whether at home, at work, or on the go, it provides freedom, style, and advanced therapy without compromise.

About SOMA

Created to enhance human wellbeing through wearable and implantable healthcare technology, the SOMA system fuses design and intelligence into one seamless experience. By bringing advanced neuro-electronic and bioanalytic features into everyday therapy, OptoBio redefine how we treat, monitor, and live with cancer.

COROS, the performance sports technology brand, announced the launch of COROS NOMAD, a watch purpose-built for outdoor adventurers. Featuring dual-frequency navigation and a variety of outdoor sport modes, including 8 different fishing modes, this rugged and refined watch helps hikers, climbers, and anglers stay safely on route and aware in real time with on-device weather, safety alerts, and global mapping.

Plus, a new "Adventure Journaling" feature lets outdoor enthusiasts use voice commands, tag locations, add photos, and transcribe voice-to-text memos – all within an activity – making it easy to catalogue and relive the moments worth remembering in detail. NOMAD captures your best outdoor memories, like a digital journal or scrapbook, Coros said in a press release.

What You Need to Know

Dual-frequency GPS, global maps with street names, waypoints, and save locations are all powered by a new Gen 3 processor for faster, more responsive mapping.

Using the new "Adventure Journal" feature, record voice notes, upload photos and videos to each activity, and relive the best moments after the journey—directly in the COROS app.

A lightweight body, dual-layer aluminum and polymer bezel, hardened mineral glass, and 50-meter water resistance provide real-world durability in all kinds of conditions.

A new high-contrast Memory-In-Pixel display improves color saturation and ensures clear visibility in bright sun or low light, without sacrificing battery life.

With 8 dedicated fishing modes, anglers of all types can log catches, document species, and fish smarter using environmental insights like Moon/Tide phases, air pressure, and more.

Battery life lasts up to 50 hours in All-Systems GPS mode and up to 22 days in standard use.

“We built NOMAD to help adventurers have a new way to capture memories and experiences, without compromising the high-performance hardware COROS users expect,” said Lewis Wu, Coros CEO and Co-Founder. “It’s made for those days you have in the outdoors that stick with you long after the trail ends. It can't replace being outdoors, but it can help you remember what it felt like to be there."

NOMAD marks a new chapter in COROS' mission: to equip athletes and adventurers with sports technology that not only helps improve performance, but also to preserve memories made in the outdoors.

Pricing and Availability

COROS NOMAD will be available starting August 19th in three colors: Green, Brown, and Dark Grey, priced at $349 USD via the company’s website and select retailers worldwide.

Globally, there is a major push toward flexible and wearable electronics, ranging from bendable smartphones to medical sensors that can monitor health in real-time. The success of these technologies depends heavily on advanced materials research. Graphene, a thin two-dimensional (2D) material with extraordinary properties, predicted to be the foundation for next-generation devices such as photodetectors, sensors, supercapacitors, and flexible electronics.

However, graphene has many limitations. Over a four-year period, oxidation and degradation of such thin 2D materials (WS2) were observed, leading to poor device efficiency. In addition, transfer techniques like those used for 2D materials often damaged the delicate flakes, resulting in slippage, weak adhesion, and loss of optical or electrical properties.

To address this, researchers at IIT Mandi developed a ground-breaking WS₂–PDMS composite fabrication. A long-lasting and flexible material that could power the next generation of wearable gadgets, bendable phones, and health-monitoring devices.

The development of WS₂–PDMS composite fabrication

The research, led by Prof. Viswanath Balakrishnan along with Yadu Chandran, Dr. Deepa Thakur, and Anjali Sharma from IIT Mandi, introduces a water-mediated, non- destructive transfer method that enables chemical vapor deposited WS₂ (a widely studied semiconductor) monolayers to be sandwiched within PDMS layers.

Speaking about the breakthrough, Prof. Viswanath Balakrishnan, Associate Professor, School of Mechanical and Materials Engineering, IIT Mandi, said “This development a significant milestone toward flexible, wearable electronics from 2D materials. By protecting those atomically thin layers while not giving up their optical or electrical properties, we've defined a scalable, long-lived platform for the next generation of sensors, displays, and health-monitoring.” This research will be helpful in creating wearable health-monitoring sensors, flexible displays and smartphones, solar cells and light-harvesting devices, strain sensors, memristors, optoelectronic systems and quantum technologies such as valleytronics and photon emitters.”

Related Ultra-Thin Battery Revolution in Wearables

The researchers demonstrated that encapsulating monolayer tungsten disulfide (WS₂) in polydimethylsiloxane (PDMS) maintained stability for over a year without any signs of oxidation and degradation. Furthermore, the vertical stacking of WS₂-PDMS layers enhanced optical absorption by more than fourfold while preserving the intrinsic properties of the monolayers. Additionally, the composite exhibited excellent flexibility and durability, withstanding thousands of bending cycles without delamination and ensuring efficient strain transfer.

Overall, this research addresses a key challenge in using atomically thin materials, their poor stability in air. By developing a simple composite strategy using PDMS, these materials can be preserved for long-term use while maintaining their unique properties. Since they are the foundation for flexible electronics, wearable health monitors, next-generation sensors, and efficient optoelectronic devices, this method directly contributes to technologies that will impact daily life in the near future.

National Importance of the Research

This innovation directly contributes to India’s National Quantum Mission, (an initiative by the Government of India to propel the nation to the forefront of quantum technology research and development with a budget allocation of ₹6,000 crore) by enabling durable 2D materials that are vital for quantum light sources, single-photon emitters, and secure communication technologies. It also aligns with the growing global demand for flexible electronics, wearable healthcare systems, and energy-efficient devices.

This initiative has the potential to establish India as a global leader in quantum computing, secure communications, and advanced quantum materials. Two- dimensional TMDs can play a pivotal role as single-photon emitters, valleytronics platforms, and quantum light sources, crucial elements of quantum computing and communication. The compatibility of such materials with flexible platforms also opens the possibility of integrated quantum devices on bendable and transparent substrates, offering design advantages that traditional bulk materials cannot achieve.

Practical Implications

The findings lay a strong foundation for building flexible electronics, wearable medical sensors, lightweight solar cells, next-generation strain sensors, and tunable optical devices. Since PDMS is biocompatible, the nanocomposite is especially promising for wearable health monitors that can be directly attached to the human body for real-time tracking.

The method also allows vertical stacking of layers to integrate multiple functionalities on a single compact platform. It is scalable, cost-effective, and free of complications, making it suitable for industrial adoption.

One highlight of this research is that the process avoids harmful chemicals, reducing environmental impact. With its long-term vision, the approach can accelerate the development of durable, high-performance devices that fit seamlessly into smart wearables, healthcare technologies, and energy-efficient systems, ultimately benefiting society at large.

Hydrosense - Innovosens’ wearable sweat-based biosensor that continuously tracks hydration and electrolyte balance, empowering smarter, safer, and optimized performance. Innovosens has launched Hydrosense on Kickstarter, the world’s first AI-driven hydration and electrolyte monitoring system built for athletes, workers, and wellness enthusiasts. Designed for real-time sweat analysis, Hydrosense measures hydration and key electrolytes through a flexible patch, offering continuous, lab-grade insights without invasive testing.

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Core Features & Values:

Continuous Monitoring: Hydrosense captures real-time sweat data to monitor hydration and electrolyte balance, tracking critical biomarkers including sodium, potassium, magnesium, and chloride.‍

Comfort & Simplicity: Engineered for everyday wear, the lightweight, skin-friendly, and wireless design allows users to train, compete, or recover without discomfort or distraction.

Personalized Insights: Through seamless integration with the Innovosens app, users receive tailored hydration guidance, alerts, and performance analytics, transforming data into meaningful action.

Team & Coach Dashboard: For coaches, supervisors, and sports scientists, the Hydrosense Dashboard provides a unified view of the entire team’s hydration and electrolyte trends in real time. It highlights which athletes are most affected by fluid loss or imbalance and recommends individualized replenishment strategies enabling smarter coaching decisions and safer performance management.

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Real Feedback from the Field:

Early pilot programs have drawn exceptional responses from coaches and athletes who tested Hydrosense in real-world training conditions:

• ‍“Finally, real hydration data instead of guesswork.”
• “Exactly what my athletes needed to avoid cramps and fatigue.”
• “I’ve been waiting for an innovation like this for years.”

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Hydrosense is more than a wearable - it’s the first hydration and electrolyte monitoring system validated by athletes and coaches across the US and EU, bringing real-time, evidence-based insights to the moments that matter most.

From elite athletes and industrial workers to everyday wellness seekers, Hydrosense adapts to your lifestyle. Whether you’re training, competing, or working in extreme environments, it ensures optimal hydration, improved performance, and reduced fatigue.

Innovosens is a connected health company combining AI, biosensing, and digital visualization to redefine proactive health monitoring. Backed by global recognition, including the EU Seal of Excellence and SONY Global Investment, Innovosens continues to pioneer next-generation wearable health technologies.

Many medications have the problem of going where they shouldn't and causing undesirable side effects.  Painkillers can cause nausea, psychiatric medications may cause dissociation, and chemotherapy frequently destroys healthy cells. A group of researchers from Stanford Medicine is now nearing a breakthrough solution: a non-invasive method that can precisely deliver medications down to a few millimeters anyplace in the body.

The system uses nanoparticles to encapsulate drugs along with ultrasound to unleash the drugs at their intended destinations.

Radiology professor Raag Airan, senior author of the study that appeared in Nature Nanotechnology, explained that this could "maximize the therapeutic effect and minimize the off-target effects” of many drugs we use today.

The researchers tested their approach using ultrasound-responsive drug delivery nanoparticles on rats with two drugs. First up was a ketamine dosage that was precisely delivered using nanoparticles and stabilized with a sugar solution (specifically 5% sucrose), reports NewAtlas.

Three times as much ketamine was detected in a specific area of the brain as in other areas when it was administered by injection and subsequently activated with a low-intensity ultrasound pulse directed at that area using a specialized transducer, suggesting that the medication was released precisely.

In order to successfully reduce the rats' nervous behavior, the researchers also attempted delivering ketamine specifically to the prefrontal brain, which controls emotional stress. That suggests that this technique could assist medical professionals in treating human depression with ketamine in a similar way without the dissociative side effects that this often causes.

Related Grain Sized Robot Delivers Multiple Medications

Using a topical anesthetic, the scientists also employed this method to block sciatic nerve discomfort in one rat leg. The wonderful thing about this is that it can allow patients to have injections in other parts of their bodies, where getting a jab wouldn't hurt too much. Then, utilizing concentrated ultrasound, the anesthetic can activate at the treatment location.

In 2018, Professor Airan investigated the use of ultrasound technology for drug delivery as well. However, his method was not ideal because the drug-loaded nanoparticles he was using were unstable at body temperature, causing the medication to leak everywhere.

In order for the ultrasound to interact with the nanoparticles specifically, he refined his system by substituting the shell material for the nanoparticles and using a sugar solution to make sure their acoustic impedance – a measure of how easily sound waves pass through a material—was different from the medium they were passing through.

The team is currently working to set up the first human trial with this system, which will see the use of ketamine to target a patient’s emotional experience of chronic pain.

Ascentiz announced the launch of the world’s first modular exoskeleton, enabling users to swap between two professional-grade Hip and Knee Modules to fit all activities. It is a breakthrough that frees users from the limitations of single mode, which often forces a choice between instant boosting or long-distance endurance.

The concept of modular is built around two swappable modules. The H module powers uphill climbs and long treks, offsetting up to 65 lbs of load and boosting leg strength by 35%. Hikers can reach the summit in half the time with up to 30% less effort, and on flat ground can sprint at 17.4 mph (28 km/h). With one click, users can switch to the K Module, which works as a built-in shock absorber, cushioning the joints and muscles during high-intensity activities. It lifts up to 216 lbs across both legs and reduces fall risk by 40%. Both are connected to the Exo-Belt, a control hub with universal accessory slots, adjustable fit, and mission-ready customization.

Three core technologies work in harmony to power the Ascentiz experience. The high-performance quasi-direct drive motor delivers 900 W of burst output and 52 Nm/kg power density, giving the H Module instant climbing and sprinting power while stabilizing the K Module with shock-absorbing torque. The top-tier battery offers up to 12.5 miles (20 km) or 10 hours of continuous assistance, with performance that lasts through any challenge. Inside, the intelligent AI chipset achieves 99.5% recognition accuracy, responds in under 500 ms, and switches scenarios in 200 ms, making assistance feel predictive, seamless, and secure.

Related Dnsys Z1 Knee Exoskeleton Boosts Leg Strength By 50%

“Throughout history, every tool humans have created was born from the desire to extend our physical limits. That pursuit continues today. Exoskeletons are the most direct interface between technology and the human body,” said Tian Wang, Founder of Ascentiz. “Ascentiz brings medical-grade exoskeleton technology into everyday life. Built on an open, expandable framework, today’s H & K modules are just the beginning. We plan to invite every user and innovator to co-create more exoskeleton modules and achieve infinite expansion.”

Thoughtfully designed around how people actually move and use their bodies, Ascentiz brings the next-generation tech that enhances every step. Whether you’re conquering a mountain trail, navigating city streets, or working long shifts, users feel lighter, more stable, and less fatigued.

About Ascentiz

Founded in 2023, Ascentiz is a North America-based pioneer in wearable robotics, dedicated to building modular, high-performance exoskeletons that enhance human movement. Backed by RoboCT-a global leader in medical robotics with 500+ patents, FDA registration, CE certification, and partnerships with 1500+ rehabilitation centers-Ascentiz builds on this foundation to reimagine clinical-grade technologies into lightweight, intuitive exoskeletons for real-world performance and everyday comfort.

We are excited to introduce Meta Smart Glasses, a next-generation wearable designed to transform the way we capture and connect. Sleek, discreet, and built for everyday use, these glasses combine timeless design with advanced technology, offering hands-free access to photography, audio, and AI assistance.
Unlike devices that keep you tied to screens, Meta Smart Glasses bring functionality directly into your daily life. With open-ear audio, precision microphones, and ultra-wide cameras, you can listen to music, take calls, record videos, or livestream with a simple voice command—while staying present in the moment.
Seamlessly integrated with the Meta View app, the glasses enable real-time sharing, instant updates, and personalized control. Whether at work, on the go, or out with friends, they provide comfort, style, and always-on connectivity without compromise.

About Meta Smart Glasses

Created to enhance human connection through wearable technology, Meta Smart Glasses fuse design and intelligence into one seamless experience. By bringing advanced AI features into everyday eyewear, they redefine how we see, share, and interact with the world.

Garmin has officially launched the Fenix 8 Pro, a state-of-the-art fitness and outdoor smartwatch. It combines satellite and LTE connectivity, allowing users to stay connected even when they are in distant locations. The impressive US$2,000 price tag of the "top-end" model is a fact that merits more investigation.

At its core, the Fenix 8 Pro is designed to provide voice communications, text messaging, and phone calls via LTE. Users can share their current locations and travel routes in real time thanks to Garmin's cutting-edge LiveTrack features. It also functions flawlessly in all parts of the world and offers localized weather updates. The watch can link to satellites, allowing for ordinary SMS, emergency messages, and check-ins for people going far into the wilderness.

Unlike other satellite positioning and navigation devices that use Low Earth Orbit multi-satellite networks to pinpoint your location and beam data with global coverage, the 8 Pro uses a Geostationary Earth Orbit system, with a single satellite per region from Skylo's constellation across the US and Europe, reports New Atlas.

Since each of these satellites has a fixed location in space, you may need to move away from trees or other obstructions to ensure that you can see the satellite clearly in order to use the service.  According to Garmin, if you're properly aligned, messages and location coordinates should be sent in 10 seconds.

Additionally, the 8 Pro can recognize when you've fallen and send out an SOS.  Additionally, you can manually notify 911 to have emergency services sent to your location, and Garmin Response coordinators will do it on your behalf.

The 8 Pro will automatically switch to its own LTE and satellite networks when those perform better, although it will preferred use its mobile service over Bluetooth if you do decide to carry your phone.

Related Garmin Launches Sleep-Tracking Armband

There are three Fenix 8 Pro models available: two models with 47-mm and 51-mm AMOLED displays, as well as a 51-mm model with a MicroLED display that is said to get extremely bright outside.

First-of-its-kind MicroLED display

Offering remarkable brightness in exquisite detail, fēnix 8 Pro – MicroLED features over 400,000 individual LEDs delivering up to 4,500 nits, making it the brightest smartwatch ever. The result is a revolutionary display that produces rich colors and high pixel densities with wide viewing angles and superior readability—even in direct sunlight.

Rugged design, premium features

Made for any adventure, all fēnix 8 Pro models are dive-rated and feature leakproof metal buttons, a metal sensor guard cover, AMOLED or MicroLED touchscreen displays and titanium bezels, plus an LED flashlight for greater visibility in dark environments.

Built for wherever the adventure leads, fēnix 8 Pro is loaded with Garmin’s full suite of performance, navigation, health and wellness2, and connected features, including endurance score, hill score, daily suggested workouts, preloaded TopoActive Maps, dynamic round-trip routing, the Garmin ECG App3, sleep coach, Garmin Pay™, safety and tracking features and more. To learn more, visit www.garmin.com.

fēnix 8 Pro – AMOLED comes in 47mm and 51mm sizes, gets up to 27 days of battery life in smartwatch mode4 and starts at $1,199.99. fēnix 8 Pro – MicroLED comes in a 51mm size, gets up to 10 days of battery life in smartwatch mode and is $1,999.99. Both models are available to purchase on September 8, 2025.

A new set of earphones featuring smart technology for everyday use was just released by Timekettle, a Chinese device company that specializes in AI-powered translation devices.

Better translation results from the W4 interpreter earphones' use of bone conduction, which uses the vibrations of your face's bones to pick up your voice for more precise speech recognition. According to the business, this gets rid of background noise even in noisy places like conference rooms and airports.

This is combined with Timekettle's Babel OS software, which supposedly has a lag of only 0.2 seconds and operates in the background to translate speech between 42 languages and 95 accents in real time.

The company claims that their new translation engine, which use massive language models to understand the context of your interactions and fix perplexing homophones (words that sound same but have distinct meanings, like "right" and "write"), surpasses Babel's 98% accuracy, reports New Atlas.

How to use these translator earphones

The W4 can be used in two ways. You can wear one earphone each and set your accents and spoken languages in the companion app's One-on-One mode while speaking face-to-face with someone whose language you don't understand. As you speak in real time through your own buds, you will both receive simultaneous translation.

Read more UK MOD Picks XRAI to Help Hearing Impaired Employees

When you plan to use both buds alone, such as during a private meeting with a group of clients, you should utilize the Listen and Play option. The software will stream your clients' translated speech to your headphones if you wear both earbuds and put your phone close to the person speaking the other language. All of your words will be translated into their language in the meantime, shown on the screen, and played out loud to them from your phone.

Additionally, the program will summarize and store the transcriptions of your translated meetings. It also provides downloaded language packs for offline speech translation. Of course, the W4 buds may also be used as standard wireless buds if all you want to do is listen to music, podcasts, or other content.

The W4 buds weigh a modest 4 oz (116.5 g) and have a striking rectangular container that comes in two finishes. A one-hour charge of the buds should provide you with almost three hours of translation; the case juices up in only one and a half hours and can recharge the buds roughly four times.

The buds themselves resemble the Apple AirPods 4 more than the AirPods 2 Pro because of their open tip design, which does not have silicone tips. Ear hooks for narrow canals and silicone grips for wide canals are included in the package.

The price tag for the W4 is $350, with a smaller feature set. They're available via the company's site and on Amazon.

Dutch scientists have developed a wearable backpack that utilizes two gyroscopes to keep its wearer standing straight and stable.

Degenerative ataxias cause progressive cerebellar dysfunction, leading to gait and balance impairments. Patients are often dissatisfied with current assistive devices, such as walkers. The new wearable, dubbed GyroPack, is a gyroscopically-actuated, balance-assisting backpack. Its effects were evaluated in 14 individuals with degenerative ataxia using a single-blinded, sham-controlled study.

Participants completed five static and dynamic balance tasks under three conditions: baseline, sham, and assistive. In assistive mode, the GyroPack dampened trunk rotation; in sham mode, this effect was minimal. The GyroPack increased the average standing time when comparing assistive to baseline condition. While walking, it also reduced the variability of the trunk angular velocity and the extrapolated center of mass, both indicators for gait stability.

Dr. Jorik Nonnekes and associates at Radboud University Medical Center more recently enhanced the wearable for ataxia after Prof. Heike Vallery's team at the Delft University of Technology initially created it, reports New Atlas.

The earlier version of the device, which was much heavier and equipped with only a single control moment gyroscope, was tested in post-stroke individuals. The team showed that static balance performance, when standing on a beam, improved with the use of the gyroscopic backpack. However, they could not effectively blind participants to the different conditions, and the device required external weight support, limiting its implementation in daily life. Therefore, the researchers developed a lighter iteration: this device weighs only six kilograms and contains two control moment gyroscopes.

Related Dnsys Z1 Knee Exoskeleton Boosts Leg Strength By 50%

“We found that this novel device reduced trunk motion variability in healthy subjects and improved static and dynamic balance11. With two control moment gyroscopes, it is possible to create a sham condition, where the flywheels have opposing angular momentum vectors. While placebo/sham conditions are ubiquitous in other research paradigms, they are difficult to emulate for assistive devices given the current designs and methods of actuation. Nevertheless, considering a possible placebo-effect is important for a fair evaluation of a device’s efficacy,” the researchers said.

In the current study, they aimed to provide first proof-of-principle evidence of the efficacy of the GyroPack to improve balance performance in persons with moderate to advanced degenerative ataxia. The team used a single-blinded, sham-controlled cross-sectional study design.

"The backpack isn't yet suitable for everyday use, but in the future, it could potentially make daily life easier for people with ataxia, allowing them to go to a party, for example, without a walker, which some people find cumbersome," states Nonnekes. "This would provide much more freedom of movement and hopefully lead to a better quality of life."

Apple announced AirPods Pro 3, taking the most popular headphones in the world to an entirely new level. AirPods Pro 3 deliver unbelievable sound quality and the world’s best in-ear Active Noise Cancellation (ANC) — removing up to 2x more noise than the previous-generation AirPods Pro, and 4x more than the original AirPods Pro. The updated design helps AirPods Pro 3 fit even better and provides greater in-ear stability during activities like running, HIIT, yoga, and more. For the first time, users can utilize AirPods Pro 3 to measure heart rate and track over 50 workout types with the new experience in the Fitness app on iPhone. Live Translation also comes to AirPods, making face-to-face conversations easier by helping users connect even if they don’t speak the same language.

AirPods Pro 3 can be pre-ordered today, with availability beginning Friday, September 19, Apple said in a press release.

“With AirPods Pro 3, the most popular headphones take a massive leap forward, providing fantastic sound quality and the world’s best ANC of any in-ear wireless headphones,” said John Ternus, Apple’s senior vice president of Hardware Engineering. “Combined with an improved fit that provides greater stability for even more people, heart rate sensing, extended battery life, and Live Translation enabled by Apple Intelligence, AirPods Pro 3 take personal audio to the next level.”

During workouts, AirPods Pro 3 users can measure their heart rate and track workouts with a new experience in the Fitness app on iPhone, while enjoying an upgraded in-ear fit and added durability with IP57 during activities like running, HIIT, yoga, and more.

Exceptional Active Noise Cancellation

AirPods Pro 3 feature a new multiport acoustic architecture that precisely controls the airflow that carries sound into the ear, helping deliver an exceptional spatial listening experience.

Related Smart Earphones Monitor Your Vitals

AirPods Pro 3 also deliver the world’s best ANC of any in-ear wireless headphones. This is made possible with ultra-low noise microphones and advanced computational audio combined with new foam-infused ear tips for greater passive noise isolation.

New In-Ear Design Fits More People

Utilizing over 10,000 ear scans with more than 100,000 hours of user research, AirPods Pro 3 are the most secure and best-fitting AirPods ever. To deliver this improved fit for even more people, the internal architecture was completely re-engineered to make each AirPod smaller, while the external geometry of the ear tip was aligned to the center of the body for increased stability — a design informed by an unparalleled dataset of more than 300 million points.

Workout-Ready Performance

More people exercise with AirPods Pro than any other headphones in the world, and AirPods Pro 3 take workouts to the next level with Apple’s smallest custom-built heart rate sensor and integrated workout experience.

Live Translation

With AirPods Pro 3, Live Translation enables in-person communication across select languages and is available in beta.5 This transformational, hands-free capability is powered by computational audio and Apple Intelligence to help people easily connect — whether they’re traveling to a new place, collaborating at work or school, or simply catching up with the people who matter most. When enabled, Live Translation helps users understand another language and communicate with others by speaking naturally with AirPods.

Improved Hearing Health Experience with Extended Battery Life

Continuing Apple’s dedication to hearing health, AirPods Pro 3 expand on the world’s first end-to-end hearing health experience introduced last fall. With AirPods Pro, users benefit by minimizing exposure to loud environmental noise. To help even more people, Hearing Protection comes to EU and UK users, following certification for those regions.

AirPods Pro 3 and the Environment

Apple 2030 is the company’s ambitious plan to be carbon neutral across its entire footprint by the end of this decade by reducing product emissions from their three biggest sources: materials, electricity, and transportation. AirPods Pro 3 are made with 40 percent recycled content, including 100 percent recycled cobalt in the battery and 65 percent recycled plastic in the case.

Pricing and Availability

Customers in the U.S. and more than 50 other countries and regions can pre-order AirPods Pro 3 today, with availability in stores beginning Friday, September 19.
AirPods Pro 3 start at $249 (U.S.).

Additional teasers for Polar's next wearable, which is scheduled to arrive on September 3, have been released. The absence of a screen and subscriptions has been confirmed by the company. A curving silhouette of what appears to be a lightweight activity band – something resembling a Whoop-style device – can be seen in an earlier photograph that Polar shared.

“This is not just a new POLAR wearable. This is a brand-new POLAR,” the marketing explains, with a comment from Sander Werring, the company’s CEO.

“Our users have been asking for a new kind of wearable – one that puts them in control of their health and fitness right out of the box, without the distractions of screens or the pressure of constant notifications. What they want is simplicity and freedom,” he explains.

Instead of emphasizing the device's features, the marketing here focuses a lot on its shortcomings. In addition to "no compromise" and no screen, the actual deal-breaker might be the absence of a subscription, reports Lloyd Coombes in TechRadar.

"Pay once. Own It, “the page states, which contrasts sharply with Whoop's various subscription tiers, all of which demand a user to make ongoing payments.  No data, no subscription – basically, this is what Polar wants to change.

Polar has yet to release any technical specifications. However, it keeps implying that this won't be a smartwatch. "Not another screen….Promise”.  It's a fairly powerful message.

Related The New WHOOP 4.0 Comes With Pulse Oximeter and Skin Temperature Sensor

Heart rate tracking, sleep monitoring, and raw data exports are probably included if this is a revamped consumer version of the Polar 360. Businesses have already been using the Polar 360, but the general public has never had access to it.

That might be about to change. This teaser seems to coincide with a recent FCC application. It might be for the same gadget.

We're only a few days away from learning what Polar has in store, but you can remain informed by providing your details on their website.

Massachusetts-based VR solutions provider Rendever has launched a cutting-edge dementia and empathy training program for senior living professionals and caregivers. The interactive training program includes a suite of VR-based paradigms designed to empower individuals to understand, support, and improve their approach to dementia care.

By stepping into the shoes of someone with dementia, caregivers can see through their eyes, hear what they hear, and feel what they might feel. The empathetic approach to dementia training contributes to more compassionate, responsive caregiving practices built through a firsthand perception, says a press release.

The VR-based training paradigm includes interactive scenarios, real-time guidance from a friendly AI companion named Nova, and a comprehensive symptom library that explores perceptual shifts, hallucinations, black holes, and other lived experiences common with dementia. Nova personalizes the empathy-building process, enabling caregivers to gain emotional insights from their virtual experiences. This fosters empathy as a core skill, drives emotional connection, and is designed to enhance healthy staff engagement by incorporating the tool into staff onboarding programs.

Related Collaboration Brings VR Experience to Care Homes

In a recent study examining the effects of VR on older adults with dementia and their family members, participants experienced significant improvements in stress levels and overall quality of life after three weekly VR sessions. Family members also reported a decrease in symptoms of depression and burnout. These results speak to the impact of VR in supporting residents and their caregivers, showing the benefits of a holistic approach inclusive of all parties involved in care.

“Empathy is much more than a buzzword; it's fundamental to care,” said Kyle Rand, Cofounder and CEO of Rendever. “This new dementia and empathy training program gives teams an accessible, hands-on experience to understand the symptomology of dementia and provide better care centered on empathy. Based on early industry feedback, we are excited to see this deployed for staff, families, and broader community outreach efforts in a way that will help society better understand dementia.”

Caregivers can deploy the program in various ways: as part of onboarding and training courses, skill refreshment or deep empathy workshops. It also facilitates new avenues for families to engage and connect with loved ones affected by dementia.

“Families can now walk into a local community and have a unique opportunity to understand the challenges their loved ones face,” said Rand. “This immersive experience opens a window into the world of their loved ones living with dementia.”

About Rendever

Rendever is overcoming social isolation and improving care through the power of virtual reality and shared experiences. From senior living communities to hospitals, the platform is being used to reduce depression and loneliness by fostering personal connections among populations where life has become limited.

We are excited to introduce OxiWear, a revolutionary ear-wearable health device designed to protect those most vulnerable to silent hypoxia. Sleek, discreet, and engineered for everyday use, OxiWear continuously monitors blood oxygen levels in real time and instantly alerts both users and emergency contacts when critical drops are detected.
Unlike bulky medical monitors or devices that require active checking, OxiWear provides 24/7 passive safety through a comfortable ear-clip design that blends seamlessly into daily life. Its precision sensors capture oxygen saturation (SpO₂) and vital signals with medical-grade accuracy, empowering individuals with chronic conditions, athletes training at high altitude, and adventure enthusiasts alike.

By combining real-time analytics, low-latency alerts, and Bluetooth connectivity, OxiWear ensures users stay connected to their health data at all times. The device integrates effortlessly with iOS and Android, allowing personalized tracking, trend insights, and seamless data sharing with caregivers and clinicians.

Designed for all-day comfort and discretion, OxiWear is lightweight, unobtrusive, and built for continuous wear—whether in the office, at the gym, or on the trail. Its customizable alert thresholds provide peace of mind, while the elegant, minimalist design ensures it looks as natural as a piece of jewelry.

About OxiWear

Founded with the mission to save lives through early hypoxia detection, OxiWear is a health-tech innovator dedicated to making medical-grade monitoring accessible, wearable, and stylish. By merging biomedical engineering, data science, and human-centered design, the company is redefining personal safety for patients with pulmonary hypertension, respiratory conditions, and athletes pushing the limits of performance. OxiWear empowers users to live boldly, knowing their health is always safeguarded.

A self-powered microneedle patch has been created by researchers to track a variety of health parameters without the need for external devices or blood draws. The researchers showed that the patches could gather biomarker samples for anywhere from 15 minutes to 24 hours in proof-of-concept testing using synthetic skin.

"Biomarkers are measurable indicators of biological processes, which can help us monitor health and diagnose medical conditions," says Michael Daniele, corresponding author of a paper on the work. "The vast majority of conventional biomarker testing relies on taking blood samples. In addition to being unpleasant for most people, blood samples also pose challenges for health professionals and technology developers. That's because blood is a complex system, and you need to remove the platelets, red blood cells, and so on before you can test the relevant fluid.

Related Wearable Sticker Can Identify Real Human Emotions

The wearable device is made up of a polymer housing that contains three stacked layers of material: a layer of polyacrylamide hydrogel loaded with glycerol on top, an absorbent paper strip in the center, and a collection of small, sharp-stud-like microneedles on the bottom.  The needles only painlessly puncture the epidermis when the patch is pushed against the skin and adheres to it; they do not penetrate to the nerve endings beneath.

The microneedles, which are composed of methacrylated hyaluronic acid, swell up and begin wicking the interstitial fluid (ISF) into the paper as they come into contact with it. The fluid's biomarker concentrations match those in the blood, reports Ben Coxworth in New Atlas.

Osmotic pressure is the result of the glycerol imbalance between the hydrogel layer and the ISF as it travels through the paper's microfluidic channels and makes contact with it.  Until the paper is soaked, the pressure pulls more ISF up from the skin.

The last step involves removing the patch from the skin, removing the paper strip from the patch, and swiftly and simply analyzing the interstitial fluid in the paper. "ISF makes for a 'cleaner' sample – it doesn’t need to be processed the way blood does before you can test it," says Prof. Daniele, who is affiliated with both universities. "Essentially, it streamlines the biomarker testing process."

According to laboratory experiments conducted on models of synthetic skin, the patch was able to draw and store ISF for up to 24 hours and collect quantifiable amounts of the fluid in 15 minutes.  In addition to creating an electronic patch-paper-processing apparatus that accomplishes the task automatically, the scientists were able to measure the cortisol levels in the ISF with accuracy.  There are currently plans to develop more tools for measuring various biomarkers.

"The highest cost of the patches would be manufacturing the microneedles, but we think the price would be competitive with the costs associated with blood testing," say Daniele. "Drawing blood requires vials, needles and – usually – a phlebotomist. The patch doesn’t require any of those things."

Human testing of the technology is now underway.

A brain-computer interface that can record and decode an individual's inner monologue has been created by scientists at Stanford University.

The findings may make it easier for those who are nonverbal to interact with others. The novel brain-computer interface eliminates the need for users to try to physically talk, in contrast to certain earlier systems. They simply need to think about what they want to say instead.

Related Brain-to-voice Neuroprosthesis Restores Naturalistic Speech

"This is the first time we've managed to understand what brain activity looks like when you just think about speaking," study co-author Erin Kunz, an electrical engineer at Stanford University, said in a statement. "For people with severe speech and motor impairments, [brain-computer interfaces] capable of decoding inner speech could help them communicate much more easily and more naturally."

A paralyzed person can easily mentally zip their lip and refrain from oversharing by relying on the signals generated when they attempt to speak.  However, it also requires them to exert themselves in order to express a word or sentence, which can be exhausting and time-consuming.

In order to discover a better method, Kunz and a group of researchers examined the brain activity of four individuals who were already communicating with BCIs.

Decoding brain signals that are significantly more subtle than those generated by attempted speech was the team's goal.  The group's goal was to decipher imagined speech.

Even though they are no longer able to, a paralyzed person tries their hardest to physically make intelligible spoken words during attempted speaking.  When someone engages in imagined or inner speech, they simply consider a word or sentence, sometimes by visualizing how it would sound.

The researchers discovered that whereas attempted speech generates stronger signals in the motor cortex, imagined speech produces signals that are identical.  They were also able to convert those weaker signals into words with the aid of artificial intelligence, reports NPR.

"We were able to get up to a 74% accuracy decoding sentences from a 125,000-word vocabulary," Kunz says.

Decoding a person's inner speech made communication faster and easier for the participants. But Kunz says the success raised an uncomfortable question: "If inner speech is similar enough to attempted speech, could it unintentionally leak out when someone is using a BCI?"

According to their research, it might in some situations, such as when someone was silently remembering a series of instructions.

In order to safeguard the privacy of BCI users, the team tested two different approaches.

Initially, they set the gadget to disregard interior speech cues.  That was effective, but it eliminated the ease and speed of decoding interior communication.

According to Kunz, the team adopted a strategy from virtual assistants like Alexa and Siri, which only activate when they hear a particular phrase.

"We picked Chitty Chitty Bang Bang, because it doesn't occur too frequently in conversations and it's highly identifiable," Kunz says.

That allowed participants to control when their inner speech could be decoded.

To restore verbal communication, implants have thus far relied on attempted speech, which necessitates a great deal of user effort.  Additionally, the implants are ineffective for those with locked-in syndrome who are unable to regulate their muscles.  The new decoder taps directly into the brain to capture inner speech, which reduces effort and may facilitate faster communication.