Trust is earned before deployment, not after.
Built for environments where people and robots work side by side.
Contact-rich manipulation happens close to people, parts, and equipment that can't tolerate error. We design with compliance, backdrivability, and predictable failure behavior as first principles — not features added after the fact.
Every skill is tested before it's trusted.
Every task is tested across a wide range of simulated variation before any real-world deployment.
Models move from simulation, to controlled real-world testing, to supervised pilot deployment — never straight to production.
We deliberately test failure conditions — not just the cases where a task succeeds.
Designed with industry standards in mind.
Our deployment approach is designed with recognized industrial safety frameworks in mind, including ISO 10218 and ISO/TS 15066 for collaborative robot applications. Formal certification is pursued in step with our deployment partners as each application moves toward production scale.
Open foundations, by design.
Because part of our development stack is built on open robotics infrastructure, our approach is inspectable in ways closed, proprietary systems are not. We believe auditability is a genuine advantage in environments where trust has to be earned, not assumed.