The Safety Runtime for Embodied AI
Infrastructure that enables AI policies to control physical robots safely across any hardware, vendor, or task.
Request Early AccessThe Deployment Challenge
Vendor Lock-In
Every robot requires unique integration. Hardware changes demand complete system rewrites.
Safety Validation
Each modification triggers costly re-certification cycles. Compliance becomes the bottleneck.
Integration Complexity
AI policies output abstract actions. Translation to hardware commands remains fragile.
A Neutral Safety Layer
The runtime infrastructure between AI intelligence and physical execution. Designed for safety, built for flexibility.
Hardware as Data
Configuration-driven robot abstraction. Swap hardware without touching code.
Safety Guarantees
Multi-stage validation with cryptographically signed audit trails.
Vendor Neutrality
Universal compatibility layer. Any policy, any robot, any tool.
For Teams Building the Future
System Integrators
Accelerate commissioning timelines. Achieve safety certification faster.
Humanoid Developers
Deploy pilot programs with built-in safety infrastructure. Scale with confidence.
OEM Partners
Offer hardware portability while maintaining control. Enable customer flexibility.
Why Now
Generalist AI controllers are production-ready. ROS2 provides the standard interface. Humanoid pilots are launching. The infrastructure layer must evolve.
Origin
We led AI integration at a European robotics OEM. Hardware development was internal. Software architecture was fragmented across vendors. Each platform operated with unique constraints.
Component substitutions required comprehensive re-validation. AI deployment encountered fundamental safety limitations. The cost became unsustainable.
SafeTool OS addresses this systematically: a vendor-neutral safety runtime enabling teams to focus on innovation rather than integration complexity.
Collaboration
Engaging with select partners for pilot deployment programs.