We are building the operating system that will give robots, autonomous systems, and people one shared model of the world.
The operating system for the physical world.
We are building SIP and the robots and autonomous systems that will run on it, so different bodies and senses can share one world model and work alongside people.
Our first sensing prototype was fielded outdoors in July 2026. It now operates unattended on our bench.
One system. A shared world.
SIP connects senses, decisions, actions, coordination, and accountability across physical systems.
Explore the architecture- 01
Perceive
Bring different signals into one shared picture.
- 02
Decide and act
Turn relevant context into a bounded next step, or abstain when it cannot support one.
- 03
Coordinate
Keep people and systems working from the same context.
- 04
Account
Preserve the context needed to review what happened and why.
Robots, autonomous systems, a shared world.
We are building toward autonomous sites, farms, factories, and homes, where robots and autonomous systems will work alongside people within limits their owners sign.
Explore what we are buildingWe will design and build different bodies, each running SIP and working from the same picture.
Company, architecture, ambition.
The operating system for the physical world.
We are building SIP and the robots and autonomous systems that will run on it, so different bodies and senses can share one world model and work alongside people.
One system. A shared world.
SIP connects senses, decisions, actions, coordination, and accountability across physical systems.
Robots, autonomous systems, a shared world.
We are building toward autonomous sites, farms, factories, and homes, where robots and autonomous systems will work alongside people within limits their owners sign.
Build what comes after software.
We plan to hire two senior engineers with funding, with software and autonomy planned later. Our Talent Network is open for future work.
Explore careers



