Versatile Robotics offers a compliant multi‑joint control software platform that lets humanoid, cobot, and industrial robots move faster, more precisely, and safely alongside humans. The controller integrates real‑time stability management, force‑control, and interaction modules to eliminate vibrations, overshoots, and singularities, enabling up to four‑times higher motion speeds without additional safety systems. This boosts productivity and ROI for manufacturers and system integrators deploying robots in collaborative production environments.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial robots and cobots often rely on conventional control software that requires extensive tuning and suffers from instabilities such as vibrations, overshoots, and limited precision. These issues force robots to operate slowly and limit their ability to work safely alongside humans, reducing overall productivity.
Solution
Versatile Robotics provides a compliant multi‑joint control software platform that enables robots to move faster, more precisely, and safely in shared human environments. The controller integrates advanced compliance, force regulation, and interaction capabilities, allowing robots to handle delicate tasks while maintaining stability and avoiding singularities. By abstracting the complex control logic, the software works across a wide range of robot types—from humanoids to cobots and traditional industrial arms—without extensive retuning. The result is up to four times higher motion speed and significantly improved task performance, delivering higher ROI for manufacturers that need both speed and safe human‑robot collaboration.
Target Audience
Primary customers are manufacturers and system integrators deploying cobots or industrial robots in production lines that require fast, precise, and safe collaboration with human operators.
Features
- Unified compliant multi‑joint controller compatible with humanoid, cobot, and industrial robot hardware
- Integrated force‑control and interaction modules for delicate grasping, positioning, and manipulation
- Real‑time stability management that eliminates vibrations, overshoots, and singularity risks
- High‑precision trajectory execution enabling up to 4× faster robot motions
- Built‑in safety layer that ensures reliable human‑robot interaction without additional safety systems