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Key people at Tap Systems.
Tap Systems was founded in 2015 by Udi peless (Founder and CEO).
Tap Systems develops wearable input devices that enable users to interact with technology through intuitive finger tapping gestures on any surface. Their flagship product, the TapXR wristband, functions as a versatile keyboard and mouse, offering a novel method for control within various digital environments. This technology provides an alternative input solution, designed for seamless integration with advanced computing platforms, including augmented and virtual reality systems.
Tap Systems, Inc. was founded in 2015 in Pasadena, California, by Dovid Schick and Dr. Sabrina Kemeny. The co-founders recognized a need for more natural and user-friendly human-computer interaction methods, particularly as new technologies emerged. Schick previously founded Schick Technologies, pioneering real-time digital dental X-Ray devices, while Kemeny co-invented and commercialized camera-on-a-chip (CMOS sensor) technology as co-founder of Photobit Corp.
The company's product serves a diverse user base, ranging from individuals seeking adaptive input solutions to creative professionals and enterprise clients. Tap Systems is especially focused on facilitating natural interaction within virtual and augmented reality, addressing the demand for effective input in immersive computing experiences. Their long-term vision centers on transforming the input industry by making advanced technologies more accessible and inclusive through their adaptable control mechanisms.
Tap Systems was founded in 2015 by Udi peless (Founder and CEO).
Key people at Tap Systems.
Tap Systems is a technology company that develops innovative wearable input devices, primarily known for its flagship product, the TapXR wristband. This device replaces traditional keyboards and mice by enabling users to input text and commands through finger taps detected by the wrist-worn wearable. TapXR serves a diverse clientele including creators, business enterprises, and individuals seeking efficient, hands-free interaction with digital devices. It supports virtual and augmented reality (VR/AR) environments, enhancing productivity and creativity in fields such as digital art, music production, and general computing. The product is compatible with numerous Bluetooth-enabled devices and offers high typing speed and customizable commands, positioning it as a powerful tool for modern computing workflows[1][3][5].
Founded in 2015 and headquartered in Pasadena, California, Tap Systems was created by Dovid Schick, an electrical engineer and entrepreneur with a history of innovation in digital technologies. Schick previously founded Schick Technologies, which commercialized the first real-time digital dental X-ray devices and was taken public before being acquired. The idea for Tap emerged from the need for a more natural, efficient input method that could work seamlessly with emerging VR and AR systems. Early traction was driven by the patented Tap input technology, which allows users to type and control devices through finger taps without traditional keyboards or control surfaces. The company has since evolved to focus on wearable input solutions that integrate with a broad range of digital platforms[2][3].
Tap Systems is riding the wave of increasing adoption of VR and AR technologies, where traditional input devices like keyboards and mice are impractical. The timing is favorable due to the expanding VR/AR market and the growing demand for more natural, wearable computing interfaces. TapXR addresses a critical usability gap in these immersive environments by providing a compact, intuitive input method that enhances user interaction and productivity. This positions Tap Systems as a key player in the evolution of human-computer interaction, influencing how users engage with emerging digital ecosystems and contributing to the broader trend of wearable and spatial computing[1][3][4].
Looking ahead, Tap Systems is poised to capitalize on the growing VR/AR market and the increasing need for efficient wearable input devices. Continued innovation in gesture recognition, expanded compatibility, and deeper integration with VR/AR platforms will likely shape their trajectory. As immersive technologies become more mainstream, Tap Systems could evolve from a niche input device maker to a foundational technology provider for next-generation computing interfaces. Their influence may expand as they enable new forms of digital interaction, potentially transforming workflows in creative industries, enterprise applications, and consumer technology[4].