Humane Inc fully unveils Ai Pin: the first wearable device and software platform built to harness the full power of artificial intelligence (AI). Ai Pin marks a new beginning for personal consumer technology, offering users the ability to take AI with them everywhere in an entirely new, conversational and screenless form factor. Ai Pin will be available to order in the US from November 16th, starting at $699 for the complete system.

Reimagining interaction

Ai Pin redefines how we interact with AI. Speak to it naturally, use the intuitive touchpad, hold up objects, use gestures, or interact via the pioneering Laser Ink Display projected onto your palm. The unique, screenless user interface is designed to blend into the background, while bringing the power of AI to you in multi-modal and seamless ways.

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Seamless integration

Ai Pin effortlessly integrates into your daily routine and elevates your interactions with the world around you.

Designed to handle the simple and the complex, Ai Mic supercharges search and quickly finds and contextualizes what you’re looking for. AI-powered messaging can craft messages in your tone of voice, while the Catch Me Up function sorts through the noise of your inbox. New AI-driven music experiences come to life through a partnership with TIDAL* and the AI-powered photographer helps you capture and recall important memories.

Among a growing list of capabilities, Ai Pin can also act as your foreign language interpreter and support your nutrition goals by identifying food using computer vision. As the device and platform evolves with future updates, so do the possibilities it unlocks.

Cosmos: An all-new operating system for the AI era

Cosmos is Humane’s operating system for the AI era, blending intelligent technologies with intuitive interaction and advanced security. An entirely new AI software framework, the Ai Bus, brings Ai Pin to life and removes the need to download, manage, or launch apps. Instead, it quickly understands what you need, connecting you to the right AI experience or service instantly.

Perpetual power – and style

Ai Pin comes in three color options – Eclipse, Equinox, and Lunar – and boasts a unique two-piece design, consisting of the main computer and a battery booster. These are connected magnetically and power wirelessly through clothing and apparel, enabling you to wear Ai Pin in a variety of ways. With its perpetual power system, users can hot swap the battery booster on-the-go, ensuring uninterrupted usage and all-day battery life.

Packed with cutting-edge technology

Despite its compact size, Ai Pin is a powerhouse of new technology. It runs on a Snapdragon®™ processor with a dedicated Qualcomm® AI Engine, enabling the fast and reliable performance needed for AI interactions. Ai Pin is equipped with an ultra-wide RGB camera, depth sensor and motion sensors, allowing the device to see the world as you see it. A unique, personic speaker creates a bubble of sound, offering both intimacy and volume as needed, while Ai Pin can also pair with headphones via Bluetooth.

Privacy at its core

Privacy and transparency are paramount with Ai Pin. The device only activates upon user engagement and does not employ ‘wake words’, ensuring it is not always listening or recording. Ai Pin features a prominent Trust Light which indicates when any sensors are active, which is managed via a dedicated privacy chip. If compromised, Ai Pin will shut down and require professional service from Humane.

Centralized control with Humane.center

To manage and access your data, including photos, videos, and notes, Ai Pin connects to Humane.center. This platform serves as a central hub for your device, ensuring a streamlined interaction from setup to daily use. Upon purchasing Ai Pin, users are invited to onboard via a privacy-protected portal, allowing the device to tailor its services to individual preferences.

Unique collaborations

Humane’s unique collaborations with Microsoft and OpenAI give Ai Pin access to some of the world’s most powerful AI models and platforms and set the foundation for new capabilities to be added as the technology evolves. Ai Pin is a standalone device and does not need to be paired with a smartphone or other companion device. To provide wireless service for Ai Pin, Humane is launching its own MVNO (mobile virtual network operator) connected by its exclusive U.S. partner, T-Mobile.

Pricing and comprehensive subscription plan

Ai Pin is available starting at $699 for the complete system. This includes the device, two battery boosters, a charge pad, a charge case, a cable and an adapter. For $24 per month, the Humane Subscription includes a dedicated cell phone number for your Ai Pin and unlimited talk, text, and data. This subscription also comes with cloud storage and full access to Humane’s growing suite of Ai-powered services with no limits on the number of queries you can pose.

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The device for an AI-powered future

Humane is committed to building a future where AI seamlessly integrates into every aspect of our lives and enhances our daily experiences. The launch of Ai Pin marks the beginning of this journey and the start of an exciting new chapter in AI-powered, personal technology.

Imran Chaudhri and Bethany Bongiorno, Co-Founders, Humane: Ai Pin is the embodiment of our vision to integrate AI into the fabric of daily life, enhancing our capabilities without overshadowing our humanity. We are proud to finally unveil what we and the team at Humane have been working on for the past four years. For us, Ai Pin is just the beginning.

Sam Altman, CEO, OpenAI: We believe in a future where artificial intelligence amplifies human potential, and Humane shares this vision. We’re proud to be partnering with them to harness AI and redefine how we interact with technology — and the world.

Eric Boyd, CVP AI Platform, Microsoft: Our collaboration with Humane embodies Azure’s dedication to empowering transformative ideas. Humane’s innovative approach to technology aligns perfectly with our mission to enable and support game-changing solutions.

John Saw, EVP and Chief Technology Officer, T-Mobile: At T-Mobile we work to be the best in the world at connecting customers to their world, and this Ai Pin is a huge step towards a more connected, AI-informed future. We are thrilled that our network is enabling this new Ai-first experience that Humane is building.

Jeffrey Torrance, Senior Vice President & General Manager, Connected Smart Systems Qualcomm Technologies, Inc.: Our journey with Humane reflects our commitment to pioneering technologies that redefine the boundaries of innovation. Snapdragon powers devices that are intuitively woven into the fabric of daily life. Our collaboration with Humane exemplifies a shared dedication of bringing AI with you everywhere through intelligent, superior computing.

Jesse Dorogusker, CEO, TIDAL: At TIDAL we want to raise the bar of listening experiences for fans and are delighted to be the first music platform to integrate with Humane’s Ai Pin. We’ve partnered with Humane to introduce a seamless way for fans to engage with music wherever they are. Customers can use their Ai pin to play music based on their context, and find the right TIDAL tracks to enhance the moment.

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Clarius Mobile Health, a leading provider of high-definition handheld ultrasound systems, and Usono, a developer of innovative ultrasound accessories, joined forces at the ECSS Paris 2023 congress to introduce a ground-breaking wireless and wearable ultrasound imaging solution for researchers studying the anatomy of people while they move. More than 3,000 delegates have the opportunity to see the mobile dynamic imaging solution in action with an athlete exercising on a stationary bicycle at booth number 11 at ECSS Paris 2023, the congress hosted by the European College of Sport Science and INSEP (National Institute of Sport, Expertise, and Performance).

The wearable ultrasound solution, which pairs a Clarius HD3 high-definition wireless ultrasound scanner with research software and Usono‘s ProbeFix Dynamic, enables hands-free, stable, and reproducible ultrasound imaging during exercise and other activities where motion and continuous scanning is crucial. It’s the first wireless dynamic ultrasound imaging solution for researchers in the fields of sports medicine, rehabilitation, and other related areas.

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Early user Dr. Matthew Harkey from Michigan State University says, “these two products enable me to perform dynamic real-time ultrasound monitoring of structures with greater confidence and precision, providing standardization that ensures we’re getting reproducible images every time.”

Assistant Professor in the Department of Kinesiology, Dr. Harkey is using the ProbeFix-Clarius combination in the Sports Injury Research Laboratory to advance his musculoskeletal research on identifying the risk of arthritis following knee injury. “Combining the ProbeFix with the power and resolution of Clarius wireless scanners allows for greater flexibility in what you can scan and where you can scan, leading to improved possibilities for dynamic research in muscle and tendon injuries. I one hundred percent recommend the Clarius and Usono‘s ProbeFix to colleagues.”

“Clarius is excited to partner with Usono to provide customers with a complete solution for dynamic ultrasound imaging research,” says Kris Dickie, Vice President of Research and Development at Clarius.” The combination of our wireless ultrasound scanners for research and Usono‘s ingenious approach will enable researchers to capture high-quality ultrasound images in a wide range of environments and activities.We believe this will have a significant impact on advancing research and clinical practice.”

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Clarius ultrasound tools for research provide access to raw data collected internally, gyroscope collection, a programable interface, and custom software for real-time analysis anywhere.

“We are thrilled to work with Clarius to bring our vision of ultrasound scanning in sport specific exercise to a wider audience,” said Victor Donker, Co-Founder and CEO of Usono. “We’ve been collaborating with Clarius for years and have seen their technology get smaller and smaller. The smaller the ultrasound probe gets, the bigger the potential for wearable scanning with ProbeFix. With the Clarius HD3 scanners now 30% smaller and lighter, we’re excited to see all the ways researchers will use it to capture images in innovative and previously impossible ways.”

Under the terms of the international agreement, Usono is now a global distributor of Clarius wireless ultrasound scanners combined with research software and its own probe holders. The companies will also engage in co-marketing efforts to promote the combination of their technologies to researchers and clinicians.

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Wearable Devices Ltd., a technology growth company developing AI-powered touchless sensing wearables, announced the opening of a pop-up user experience booth for the Mudra Band, the Company’s flagship B2C product that allows users to operate digital devices through touchless subtle finger movements and hand gestures.

The booth, located in the Kiryon Mall in Northern Israel, is expected to accelerate the beta testing phase by allowing a diverse range of users to experience the Mudra Band firsthand. Visitors will be able to try the Mudra Band by performing digital interactions that include operating an iPhone without touching the screen, playing games on an iPad with a new control method, controlling a Mac computer touchlessly without a computer mouse, and browsing through movies and series on Apple TV without using a remote control. Visitors will also be able to experience the Mudra Air-Touch functionality that enables toggle and switch between connected devices across the entire Apple product eco-system with a seamless transition of control.

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“We are pleased to open our brand-new pop-up booth where we will be able to showcase our innovative B2C product, the Mudra Band for Apple Watch. The goal of this booth is to enable people to interact with our device live and in person and accelerate the beta testing and product maturity process by gathering valuable feedback on a large variety of users,” Asher Dahan, Chief Executive Officer and Co-Founder of Wearable Devices, commented. “This booth will enable us to deliver a superior product that will enhance the user experience as we continue to develop our Wearable-AI platform that we believe will set the input standard for the metaverse.”

Wearable Devices Ltd. is a growth company developing AI-based neural input interface technology for the B2C and B2B markets. The Company’s flagship product, the Mudra Band for Apple Watch, integrates innovative AI-based technology and algorithms into a functional, stylish wristband that utilizes proprietary sensors to identify subtle finger and wrist movements allowing the user to “touchlessly” interact with connected devices. The Company also markets a B2B product, the Mudra Inspire, which utilizes the same technology and functions as the Mudra Band and is available to businesses on a licensing basis. Wearable Devices is committed to creating disruptive, industry leading technology that leverages AI and proprietary algorithms, software, and hardware to set the input standard for the Metaverse, one of the most rapidly expanding landscapes in the tech industry.

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Technology company, Timekettle, recently sponsored the 13th Global Implantology Week organized by the ZimVie Association at New York University. The four-day event brought together medical experts from over 30 countries to share their knowledge and expertise on the latest trends and innovations in dentistry and spinal care. Language barriers have always been a significant challenge for such international conferences. Timekettle AI translator earbuds with 40 languages with 93 accents came to the rescue, providing language support to medical professionals. This award-winning product not only solved language communication barriers at the conference but also helped save costs for interpreters.

Furthermore, immigrant communities have always faced communication barriers in the medical system. According to Health Expect Journal, the global migrant population reached 244 million in 2015, with the number of displaced people worldwide reaching the level after World War II. Most countries currently face the daunting task of providing appropriate and equitable healthcare to immigrants. Language barriers lead to a lack of unanimity on cultural identity and understanding of medical professionals and patients, which can result in miscommunication and even misdiagnosis by medical professionals.

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Timekettle’s world-first AI translator earbuds are embedded with the industry-leading HybridComm system, which subverts the shackles of conventional translator devices – handheld translators and translation apps are not user-friendly because people need to pass the device back and forth to each other – by adopting an entirely different technical design to advance products in speech processing, simultaneous interpretation, and AI translation. Timekettle AI translator earbuds play a vital role in bridging the communication gap between medical workers and their patients.

ZimVie, a leading healthcare organization in the United States that focuses on dentistry and spinal medical equipment and training, is Timekettle’s first medical training institution partner. Timekettle is committed to exploring innovative and efficient ways to help more medical enterprises and immigrant communities overcome communication challenges.

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Amazfit, a leading global smart wearables brand owned by Zepp Health, a health technology company, has unveiled the Amazfit T-Rex Ultra. Crafted with premium materials, this new ultra-tough outdoor GPS smartwatch is the most high-end addition to the Amazfit T-Rex series. Setting a new benchmark for smartwatches built for professional-level outdoor exploration, the Amazfit T-Rex Ultra unites the brand’s outdoor-oriented product line under the new philosophy of Brave Your Adventure.

Rugged Design with High-end Materials

The Amazfit T-Rex Ultra is constructed with super-strong 316L stainless steel and introduces patented design elements – including the mud-resistant bridge and buttons, and adjustable lugs which help keep the watch comfortable even during intense activities. Thanks to its specially designed circuitry system and battery, many of this military-grade watch’s functions can be used in temperatures as cold as -30℃, while its AMOLED display is capable of reaching a peak brightness of 1,000 nits for clear visibility in strong outdoor light.

Track Adventures with Precision & Endurance

Along with GPS tracking that’s ultra-precise even in environments with high mountains and dense forests, the route navigation function has been upgraded. Imported route files can now be paired with downloadable Offline Maps which match the user’s planned outdoor activity area, to provide professional-level navigation support.

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The Amazfit T-Rex Ultra’s battery life can last up to 20 days with typical usage, and users can select the new Endurance GPS mode for up to 80 hours of GPS-tracked hiking or climbing activities. Alternatively, the new Automatic GPS mode can be enabled to intelligently switch positioning settings based on satellite signal strength, to help conserve battery power in areas with strong signals.

Elite Multi-environment Activity Partner

The watch supports a wide range of land-based, water-based, and now air-based activities. The extensive list of over 160 built-in sports modes includes indoor and outdoor freediving, as well as skydiving – all of which appear for the first time on this elite addition to the Amazfit T-Rex series.

Users who want to optimize their training can now input their characteristics into the Zepp Coach feature to receive tailored workout plans and scientific guidance. The watch can also auto-detect dozens of strength training exercises and record which muscle groups were worked in the Zepp App, for personalized training logs.

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Data from completed routes and activities can be shared to Strava, adidas Running, and other fitness apps, and users can even connect to their GoPro action camera.

Health-centered Zepp OS 2.0

Putting health at the center of everything, Amazfit’s self-developed operating system brings the powerful Bluetooth connectivity needed to connect to professional devices like heart rate belts and cycling power meters, along with the power-efficiency to provide the accurate 24/7 monitoring of heart rate, blood-oxygen and stress levels that adventurers need on the road.

Eco-friendly Development Philosophy

The natural world is important to every outdoor adventurer, and so the Amazfit T-Rex Ultra was designed with a green philosophy, including low carbon processes and environmentally friendly packaging materials.

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Wearable Devices Ltd., a growth company developing a wrist-worn neural interface technology for B2B and B2C customers, announced that it will exhibit at Mobile World Congress (MWC) Barcelona, the world’s most influential exhibition for the connectivity and security ecosystem, to be held at the Fira Barcelona Gran Via from Monday, February 27, 2023 through Thursday, March 2, 2023. The Company will showcase live demonstrations of its advanced AI-based neural input product and technology.

Conference attendees will have the opportunity to explore Wearable Devices’ Mudra neural input technology and the Company’s solutions for the integration of its technology into consumer products. The Company will also showcase the Mudra Band, its award-winning aftermarket band for the Apple Watch that enables the touchless control of multiple Apple products.

Additionally, the Company will showcase a new Mudra Air-Touch functionality that allows users to toggle and switch between connected devices. This functionality provides a seamless transition of control across devices such as an iPhone, iPad, Mac computer, and Apple TV devices, as well as other connected devices including smart glasses, using handsfree and touchless subtle finger and wrist movements.

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“MWC is the largest and most influential event for the connectivity ecosystem, attended by some of the most prominent figures in our industry,” Offir Remez, Executive VP of Business Development at Wearable Devices, commented. “We are thrilled to attend MWC where we will conduct live demonstrations of our innovative hardware and software offerings and showcase our best-in-class Mudra neural input platform. I encourage all industry participants to pre-schedule a meeting at the venue.”

Ohad Shevily, VP of Product Development at Wearable Devices, commented, “Ambient computing is becoming more and more prevalent, and with connected devices often hung on walls, set on tables, or placed in our pockets, a smooth handoff and transition from controlling one device to another is crucial for a seamless immersive user experience. We believe that our new Mudra Air-Touch switch and toggle feature is an important step forward in the functionality of our products and further fulfills our mission of setting the input standard for the Metaverse.”

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Skylo, a Non-Terrestrial Network (NTN) service operator connecting anything, anywhere, announced its on-going partnership with MediaTek, a leading global chipset manufacturer. With MediaTek’s 3GPP NTN-standard modem and Skylo’s NTN service, smartphone and IoT manufacturers are able to develop new devices, sensors, and wearables with in-built satellite connectivity. This allows OEMs to offer connectivity experiences that weren’t possible before, such as being able to text without any gaps or loss in coverage resulting in deeper customer relationships.

MediaTek’s chipsets power over two billion new consumer and enterprise products each year, and lead the industry with integration, connection, and power-efficiency. For those device manufacturers who need a viable chipset solution with 3GPP NTN-capabilities, MediaTek currently has that capability, making it possible to integrate cellular and satellite connectivity into the same device. Further, Skylo’s NTN service is also commercially available today and has done extensive stress testing with MediaTek’s 3GPP NTN chipset to ensure always-on availability when the user has access to the open sky.

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“The use cases for satellite connectivity based on 3GPP NTN standard are profound, and we have just scratched the tip of the iceberg as satellite and cellular converge for the first time. Our technology provides users with a tested, viable, and consistent opportunity to contact loved ones and emergency services from remote areas,” said Cliff Lin, Assistant General Manager of MediaTek. “We will continue to work with Skylo to ensure that the chipsets we manufacture are compliant with industry standards and work on its commercial-ready and capable satellite network.”

“MediaTek’s 3GPP standards-based chipset with NTN is a major milestone in bringing ubiquitous connectivity to smartphones and subscribers across the globe,” said Dr. Andrew Nuttall, Chief Technology Officer for Skylo. “We’re honored to support MediaTek and deliver a service to their OEM customers.”

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Biobeat, a global leader in wearable remote patient monitoring solutions for the healthcare continuum, announced that its wearable remote patient monitoring devices have received 510(k) clearance from the U.S. Food and Drug Administration (FDA) to monitor stroke volume and cardiac output in addition to cuffless blood pressure, blood oxygen saturation, pulse rate, respiratory rate and body temperature.

Biobeat’s remote patient monitoring devices are the first-ever to receive FDA clearance for cuffless blood pressure monitoring from photoplethysmography (PPG) only. The company’s cloud-based platform is designed to support health teams by transmitting real-time patient data and facilitating patient-physician interactions.

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“The additional FDA clearances to monitor stroke volume and cardiac output represent our ongoing efforts to provide innovative and reliable clinical solutions to clinicians and patients in both at-home and in-hospital settings,” said Arik Ben Ishay, Founder and CEO of Biobeat. “This milestone is a further validation of our proprietary non-invasive reflective PPG monitoring platform, which is already in use across a number of clinical networks in the U.S.”

“Our devices are now FDA-cleared to monitor a total of seven health metrics including the five vital signs, which all medical practitioners are required to assess regardless of healthcare settings,” said Prof. Arik Eisenkraft, VP of Clinical and Regulation at Biobeat. “With these additional clearances for stroke volume and cardiac output, we expect to further equip clinicians with the necessary tools to provide fast and accurate detection that can lead to timely actionable results for patients with cardiac disease, whose needs remain severely overlooked.”

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iTOUCH Wearables, the leading US-based lifestyle tech brand known for producing innovative smartwatches, fitness trackers and fashion-forward tech accessories, presents its exclusive line of wearable technology in partnership with Health and Wellness Expert, Podcast Host and the Creator of The Fitness App, Jillian Michaels at CES 2023, the world’s most influential technology trade show hosted each year in Las Vegas.

The brand had previously announced its multi-year partnership with Michaels in November sharing that they were working with the Wellness Expert to create a limited-edition collection of smartwatches and fitness trackers designed to streamline consumers’ professional, active and social lives while encouraging healthier habits in a user-friendly way.

“I’m incredibly excited to partner with iTOUCH Wearables. Offering affordable solutions to make health and fitness accessible has always been my mission. With this collection we hope to empower consumers to help make the most informed decisions for themselves, and at an attainable price point,” says Jillian Michaels.

As one of the leading brands in the wearable tech space, iTOUCH Wearables has secured an impressive 600 square foot position within the Venetian at Booth #54935.  Michaels will be making an appearance on Friday, January 5 to introduce the new models.

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The debut of the iTOUCH Air 4 Jillian Michaels Edition smartwatch and the iTOUCH Active Jillian Michaels edition fitness tracker kicks off a week of exciting new product announcements and innovations from the brand.

“We believe that wearable technology is the future of fitness and are proud to have a partner like Jillian who has been an expert in the health and wellness industry since the mid 2000’s and a proponent for making a healthy lifestyle a priority. This is the first stepping stone into what we hope is a longstanding and fruitful partnership,” said Alen Mamrout, CEO of American Exchange Group

As part of iTouch Wearables CES announcements, the company will show off the iTOUCH Air 4 smartwatch, which is an update to the brand’s popular Air 3 model and offers a new design with a larger interactive touchscreen display and enhanced biometric sensors to more accurately capture heart rate and step count. Additional features have been added to the device like the “LoveTap” which allows the user to send a friend or loved one a glowing heart notification from their iTOUCH to let them know you are thinking about them. The Air 4 offers over twenty different sports modes to track your activities that can be updated directly from the mobile app.  The iTOUCH Active Fitness Tracker now offers a full touch screen with enhanced biometric sensors, the “Love Tap” feature and thirteen sports modes. Consumers will receive a free 90-day subscription to Jillian Michaels’ The Fitness App with their purchase of the Air 4 or Active; a $59.99 value.  In addition to the two Jillian Michaels edition products, the brand will be rolling out the new iTOUCH Explorer 4, iTOUCH Sport 4 and iTOUCH Flex 4 models. Prices for the new 2023 collection will range from $75– $115 and products will be available for purchase Spring 2023 at www.itouchwearables.com and retailers nationwide.

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“We are so thrilled to partner with Jillian Michaels and utilize her knowledge and expertise of the health and wellness space to create a sleek product at an accessible price point that will help consumers of all ages and fitness levels track and achieve their personal wellness goals. It makes perfect sense to reveal Jillian’s first wearable technology collaboration at the world’s most influential tech event,” said Steve Velasquez, Chief Strategy Officer at American Exchange Group.

“It is so exciting to work alongside Jillian, someone whom I’ve looked to for health and wellness tips over the years, to create an innovative product that will propel the iTOUCH brand forward, reach new consumers and offer our current loyal customer base new attributes to help keep track and motivate them to be the best versions of themselves,” said Cynthia Nixon, Vice President, Licensing & Brand Development at American Exchange Group.

iTOUCH Wearables products and applications are designed, built and managed directly by the dedicated technology team in New York City who has spent over 6 years developing and evolving smartwatches. Creating and managing a reliable smartwatch platform that respects the user’s privacy is the brand’s highest priority.  The apps and platforms that support the user base are built and managed directly by the iTOUCH team in the United States and all US-Based data is encrypted and stored in US data centers. iTOUCH Wearables is the only affordable smartwatch company that provides extensive customer support via web, email and online chat. This dedicated team is staffed 10am-7pm EST, 7 days a week, 365 days/year to provide a customer focused user experience.

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Softmatter, the sketch-to-shelf technology company that operates at the intersect of soft goods and wearables, announced its configurable stack of new technologies to accelerate the adoption and proficiency of wearables. The technologies enhance the wearability and user experience of devices by changing their composition through the integration of textile technology.

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“We are on a journey to enable positive change, driving progress through smart engineering solutions and wearable technology to elevate and empower the human experience”

Catering to the needs within the Consumer Technology and Consumer Health industries, Softmatter’s portfolio of solutions look to facilitate access and scale by connecting creators to consumers. Some of the technology solutions displayed at CES 2023 include:

• Re-engineered artificial reality (AR) & virtual reality (VR) headsets
• Premium Wristable Materials
• Softmatter’s Sensor Integrated Products

“We are on a journey to enable positive change, driving progress through smart engineering solutions and wearable technology to elevate and empower the human experience,” said Softmatter CEO Ulysses Wong.

Re-engineered Artificial Reality (AR) & Virtual Reality (VR) Headsets

The first generation of AR/VR headsets was developed in rigid form factors and carried a bulky design. Softmatter saw the need for improvements impacting comfort, duration of wear, softer stretchable materials, and a design that allows for modularized, lightweight, distributed computing and de-coupling power and processing from the optics.

• Enabling high-speed data transfer to build a user-friendly headset: By developing a textile cable in a soft form factor to transform design, Softmatter can accurately transfer high-speed data without losing accuracy, even when stretched. Developed over 16 discrete form factors with textile, TPU, conductive ink, etc.
• Integrated Technologies – Haptics & Sensors: Electrocardiogram (ECG), or Electromyography (EMG) can be customized considering the optimal positioning of the electrodes for different user categories, while an integrated haptic system enables tactile feedback and notification mechanisms in a virtual reality or gaming environment in response to various stimuli in the VR.
• Power Reserves – Flexible Battery Integration: Flex battery cells are used with the intention of progress in on-body computing and removing roadblocks with bulky and heavy-powering devices. Softmatter’s solution is a lightweight, flexible, washable, semi-solid electrolyte construction, that acts as a complementary power reserve to the on-device battery, allowing for longer and more seamless usage of the device.

Premium Wristable Materials

Softmatter has extensive experience with materials and constructions to achieve parameters across aesthetics, comfort, composition, elasticity, and fit. This expertise with wearables, allows Softmatter to integrate smart features in the form of sensors and haptics, flex battery power reserve, illumination/notification, dry electrodes, etc., allowing for better functionality and miniaturization.

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• Ergonomics and Usability – Engineered Knit and Narrow Width Elastics: Engineered wrist straps with advanced textiles, such as flat knit and woven elastics, allow for the creation of entirely new comfortable next-to-skin structures without hindering functionality and long-term use. The flat knits enable lightweight, breathable complex structures with specific inhomogeneous textures and complicated geometries. Other improvements include the exclusions of buckles and clasps, resulting in a lighter, breathable zero-waste wrist strap that offers a more precise second-skin feel.

Sensor Integrated Products

Softmatter is capturing health and motion-related information through the integration of textile-based and electronic sensors into apparel – an untethered and flexible approach to data gathering for motion and biopotential analysis for fitness and posture. Softmatter’s Sensor Integrated Products can measure metrics ranging from Electrocardiogram (ECG), Electroencephalogram (EEG), Electromyography (EMG), Movement, Temperature, and Pressure, which can be incorporated into a variety of form factors.

• Electrocardiogram (ECG): An ECG sensor integrated into apparel measures heart rate, respiration, and workout effort during high-intensity fitness workouts.
• Electroencephalogram (EEG): EEG sensors (temporal, mastoid, etc.) can be incorporated into various head-worn form factors for applications such as sleep, neuroscience, stress management, and consumer tech. Softmatter’s ecosystem of partners can customize EEG sensors to work next-to-skin or through hair.
• Electromyography (EMG): The EMG sensors are incorporated into an apparel form factor in a non-obtrusive manner to track muscle activity and balance from afar in real-time. These EMG (and strain) sensors can be used as a gesture-tracking mechanism.

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