Ultrasound tactile platform

Robots and wearables need a sense of touch, not just cameras, and UltraSense Systems said Wednesday it has built an ultrasound platform to supply it. Customer evaluation kits are scheduled to ship on June 1, 2026. (finance.yahoo.com) Tactile sensing is the hardware equivalent of skin: it tells a machine where contact happened, how hard it pressed, and when to stop squeezing. UltraSense said many existing designs put the sensing layer near the surface, where friction, pressure, and weather can wear it down. (finance.yahoo.com) UltraSense’s approach puts the active sensing layer under the outer material and uses ultrasound echoes to read what happened above it. The company said that lets the system detect contact, locate the touch point, and infer force-related behavior while shielding the sensor itself. (finance.yahoo.com) The company is aiming the platform at humanoid hands, robotic grippers, industrial end effectors, wearables, and other contact-heavy devices. Those are products that need to survive repeated grasping, rubbing, and impacts without losing signal quality. (finance.yahoo.com) That pitch lines up with a broader robotics problem: vision can tell a robot where an object is, but touch is what tells it whether the object is slipping, crushing, or seated correctly. A 2025 review in *Device* described tactile sensing as a critical part of safer human-robot interaction and more adaptive manipulation. (sciencedirect.com) Researchers are also pushing tactile systems closer to on-device computing, especially for robots and wearables that need fast reactions. A paper published April 8, 2026 in *Nature Communications* said real-time tactile perception remains a bottleneck because sensing and processing are often split apart. (nature.com) UltraSense is not starting from zero. The San Jose company, founded in 2018, previously sold ultrasound touch interfaces for automotive controls and said in January that it had passed 3 million automotive shipments of its AEC-Q100-qualified human-machine-interface controller. (ultrasensesys.com) Its core claim has been consistency across hard-to-sense materials such as metal, glass, plastic, wood, leather, and fabric. On its website, UltraSense says its systems combine ultrasound, force, capacitive sensing, illumination, haptics, and machine-learning algorithms for solid surfaces that replace mechanical buttons. (ultrasensesys.com; ultrasensesys.com) The next test is whether robotics customers treat the June 1 kits as a lab trial or the start of a production program. UltraSense said the platform is built for “real-world deployment,” and the first outside verdict will come from companies trying to make machines feel contact reliably over time. (finance.yahoo.com)