Sanctuary AI, a developer of human-like intelligence for general-purpose robots, has introduced a new generation of tactile sensor technology designed to improve dexterous manipulation in robots.
The new tactile sensors are engineered to offer enhanced sensitivity and durability, making them well-suited for a range of applications in workplace environments.
These sensors provide robots with a richer sense of touch, which is critical for achieving human-level dexterity and success in manipulating objects. By improving the tactile feedback in robots, Sanctuary AI aims to reduce errors and increase the robots’ overall performance in executing intricate tasks.
Sanctuary AI’s technology integrates advanced haptic feedback systems that allow for higher volumes of data to be processed, thereby supporting more effective training of robots.
The improved sensor design is expected to significantly impact the next generation of embodied AI models, enabling more responsive and adaptable robotic systems. The company believes that these innovations will be key to addressing labour challenges in various industries by enabling robots to perform high-value tasks safely and efficiently.
Jeremy Fishel, Principal Researcher at Sanctuary AI, said: “The challenge is in developing tactile sensing technology with the right blend of features and durability to unlock dexterous manipulation and high-performance training data. This new design of compliant, sensitive, and scalable tactile sensors that will cover all grasping surfaces in the near future is a major step forward.”
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