#United States #San Jose #AR Glasses #UltraSense #UltraTouch UI

UltraSense Systems Launches Innovative Ultrasound Touch UI for AR Glasses

UltraSense Systems, a trailblazer in ultrasound and piezoelectric user interfaces, has made significant strides with the launch of their groundbreaking ultrasound-based touch and force user interface technology known as UltraTouch™ AR Series. This cutting-edge innovation is tailored for augmented reality (AR) glasses, boasting features that promise to redefine smart eyewear usability and aesthetics.

As companies race to establish their dominance in the AR glasses market, where over 30 firms are heavily investing, there is an undeniable demand for intuitive, stylish, and functional interfaces. The current generation of AR glasses often falls short, typically due to their hefty designs and poor gesture recognition performance, a limitation primarily stemming from the reliance on capacitive sensing technology.

UltraSense aims to tackle these challenges head-on. Unlike traditional capacitive sensors, which are limited to non-conductive materials and lack force detection capabilities, UltraSense's solution is remarkably versatile. It utilizes ultrasound technology to enable both touch and force sensing through various materials, including lightweight metals. This opens a vast realm of design possibilities and allows for the creation of thinner, more fashionable frames highly sought after in modern eyewear.

Key Advantages for Manufacturers of AR Glasses

1. Material Flexibility: UltraTouch™ works seamlessly across different materials such as metal, plastic, and wood, making it ideal for high-end eyewear.
2. Fashion Meets Function: This technology facilitates the use of luxury materials like titanium and magnesium to design slimmer, lighter, and more stylish AR glasses.
3. Energy Efficiency: Ultrasound sensing technology significantly reduces power consumption compared to its capacitive counterparts, a crucial factor for wearers looking for all-day functionality.
4. Comprehensive Gesture Support: The UltraTouch™ system supports a full range of gestures including tap, press, swipe, and slide, providing a rich UX toolkit in an ultra-compact design.
5. False Trigger Immunity: The dual-modality capability of touch and force sensing minimizes unwanted activations caused by moisture, accidental touches, or static from hair, enhancing user experience.

This announcement cements UltraSense's position as a leader in wearable technology, building on its successes in diverse fields such as mobile and automotive user interfaces. With an impressive portfolio of 23 patents and a rapidly expanding clientele that encompasses smartphones and automotive applications, UltraSense Systems is poised to establish a new benchmark for embedded human-machine interfaces across multiple sectors.

About UltraSense Systems

UltraSense Systems stands at the forefront of transforming human-machine interactions through its proprietary technologies, which blend ultrasound with piezoelectric sensing methods. With significant expertise in semiconductors and system-level innovations, the company offers seamless, intuitive experiences across various surfaces—metal, glass, plastic, and fabric—catering to industries including automotive, consumer electronics, medical applications, and AR/VR.

As we step into a future dominated by augmented reality, UltraSense's innovations are expected to play a pivotal role in shaping user expectations and experiences in the realm of digital spectacles.