Meta is collaborating with GelSight, a sensor technology firm, and Wonik Robotics from South Korea to develop tactile sensors specifically for artificial intelligence applications

These advanced sensors are not intended for consumer use; instead, they are designed for scientific research. Meta aims to utilize this technology to enhance AI’s understanding of the physical world, allowing it to learn in more nuanced ways.

As part of this initiative, GelSight will help launch Digit 360, which Meta describes as a “tactile fingertip” equipped with human-like multimodal sensing capabilities. This device is the next generation of Meta’s Digit sensor, and it processes touch signals using an on-device AI chip along with approximately 18 sensing features to perceive environmental changes.

In a blog post, Meta detailed, “We developed a touch-perception-specific optical system with a broad field of view to capture omnidirectional deformations on the fingertip surface. Furthermore, we integrated multiple sensing modalities, as each touch interaction generates a unique profile based on the mechanical, geometrical, and chemical characteristics of a surface, enabling it to detect vibrations, measure temperature, and even identify odors.”

Digit 360 is slated for release next year, and Meta is inviting researchers to submit proposals for early access to the device.

Meanwhile, the partnership with Wonik Robotics will focus on advancing the Allegro Hand, a robotic hand that incorporates tactile sensors like the Digit 360. Building on Meta’s existing platform that integrates sensors into a single robotic hand, the new Allegro Hand will include control boards that transmit data from the tactile sensors to a connected computer.

The Allegro Hand is also expected to launch next year.