Appearing in ASSEMBLY Magazine, this feature explores why physical AI needs more than machine vision and how PPS tactile sensing technology helps robots understand touch, force and contact. Marking PPS’s 30th anniversary, the article highlights how TactileGlove II, Chameleon software and RoboTact bridge human touch data and robotic manipulation, supporting the development of more dexterous, responsive and capable robotic systems.
Read MoreAppearing in Electronic Specifier, this feature examines how PPS tactile sensing technology helps engineers quantify comfort and fit in wearable devices through real-time pressure mapping and contact analysis. The article highlights how objective tactile data can support more ergonomic, user-focused product development across wearables and head-mounted electronics.
Read MoreAppearing on Electronics Specifier, the article explains how tactile sensing is becoming a core sensor alongside vision and motion, and how it enables engineers to embed ergonomic measurement into electronics design by capturing pressure and force data to improve usability and human-centred performance.
Read MoreFeatured in Eureka Magazine, the article announces the PPS and BOA partnership, outlining how a new tactile sensing headform will support BOA in elevating helmet fit and performance. It highlights how PPS’s real-time pressure-mapping technology captures the full interaction between headwear and the human head, helping BOA engineer best-in-class fit systems for their customers.
Read MoreFeatured in Eureka Magazine, the article delves into how pressure, force and tactile sensing differ, and why that distinction matters, showing how tailored sensor arrays transform blunt ‘how much’ measurements into rich maps of ‘where and how’ loads are distributed.
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