Engineering intelligence
Reason across the system.
Coordinate specialist perspectives around shared requirements, explicit interfaces and the same project history.
A new intelligence for the physical worldRobotics · Engineering · AI
Intelligence.
Made physical.
Architecture / actuation / intelligenceDrag to explore the relationship
Form study / 001Concept visualization
We are building the engineering foundation
for a new generation of robots.
The next frontier
From intelligence on a screen
to intelligence in the world.
The world is physical.
Its next breakthrough
should be, too.
AI can imagine almost anything. Making it work in the real world asks more of us: materials, motion, precision, and proof.
insilico brings these disciplines together. We are developing a connected engineering system where ideas become explicit requirements, designs become inspectable artifacts, and every claim has a place for evidence.
Discover our approachThe insilico platformOne system.
One system.
Every discipline.
Keep the reasoning connected to the robot.
From the first question to the next revision.
RequirementsDefine what must be true
insilicoShared project record
EvidenceUnderstand what is known
Design & simulation
Independent review
A conceptual view of the platformInside the platform
Built across boundariesSoftware thinks.
Software thinks.
Hardware makes it matter.
Physical architecture
Start at the source of motion.
Develop custom actuators and mechanical systems together, with the motor, transmission, feedback and control boundaries in view.
Evidence & review
Build the case for every step.
Keep proposals, calculations, simulations and measured results distinct. Make the next engineering decision with a clearer picture.
“The most important thing
we build is the connection
between possibility and proof.”
Where we areBuilding the
Building the
foundation. In depth.
Our current work connects requirements, CAD, simulation, rendering and review in a local development platform.
Custom actuator development is a core workstream. Physical validation, manufacturing qualification and deployment remain ahead. We are building toward them with explicit engineering gates.
Our development focus