Company

What OVR is building

A tactile sensing layer for contact-critical manipulation.

OVR builds the measurement layer that existing manipulation systems lack. The focus is on tasks where vision cannot observe the contact interface: occluded grasping, in-hand reorientation, and contact-critical force applications.

The stack spans sensor materials, embedded readout electronics, and control-loop integration. The tactile sensing problem requires solving materials, electronics, and integration challenges together, from hardware through software.

The technical team works across the full stack: piezoresistive composite materials, electrode array design, embedded circuit development, and control loop integration with existing robot systems.

Current phase

Sensor characterization.

OVR is not in deployment yet and is not seeking commercial partnerships or integration deals at this stage. The current focus is sensor characterization: measuring material response, validating array designs, and building toward benchmark-grade data.

The path from here is: characterize the sensor, collect data in target application domains, demonstrate effectiveness on benchmark tasks, then engage with integration partners.

For investors

The thesis is that manipulation reliability in contact-critical tasks requires tactile measurement.

Vision-based manipulation has made significant progress. But documented failure modes remain in tasks where the contact interface is occluded or where force distribution matters. These are not corner cases. They represent a structural gap in what visual inference can provide.

The data advantage thesis is that systems trained with real tactile data will outperform vision-only systems on contact-critical tasks. This is a thesis under investigation, not yet validated against benchmark data. The current characterization work is designed to test it.

We believe the manipulation systems that close the loop with tactile measurement will be more reliable on contact-critical tasks under occlusion. The evidence base supports the direction. The work ahead is demonstrating the performance delta.