Robots that obey their owner.

Build robot intelligence you can run, adapt, and own.

Explore the stack
Unbranded quadruped illustrating how observations, a local policy, and joint commands form a robot control loop.
An illustrative step over an obstacle

Read the ground.

Camera observations reveal the obstacle and its position.

Technical side elevation of the illustrative quadruped, showing its chassis and articulated legs.
Open to inspection.
From model to machine.

Your robot.
Your intelligence.

Build on open robot models with a fleet stack that can run locally. Adapt the intelligence to your hardware, tasks, and operating boundaries.

Adapt the models
LeRobot, OpenPI, and GR00T-class foundations, fine-tuned on your tasks.
Run the stack locally
Fully local operation with suitable models and on-premises infrastructure.
Inspect what you deploy
Review model weights, code, and build provenance during evaluation.

Starting platforms
LeRobot SO-101 arms and compatible quadrupeds. Other integrations are scoped with your team.

Request weights, code & integration details

The work
behind the promise.

Explore the methods and engineering behind LibertAI. Published foundations to inspect as you plan a local robotics stack.

Local inference

4-bit quantization and CUDA kernels for running open models locally.

Conscio runtime

Experimental agent runtime with persistent memory and autonomous action.

Before you deploy.

Can we use robots we already own?

First integrations are LeRobot SO-101 arms and compatible quadrupeds. For other OEM fleets, we scope integration around your platform, interfaces, and tasks.

Does it need an internet connection?

Internet requirements depend on the model and what’s available on premises. With a suitable model and local infrastructure, the system can run entirely offline.

What can our security team verify?

Model weights and code, signed and reproducible builds, and network behavior. Independent attestation is part of the product; we agree its scope and evidence for your deployment during evaluation.

What is verified during the pilot?

Task performance, hardware compatibility, operating conditions, and security requirements. Payload, endurance, and safety depend on the selected platform and use case; they are not certified specifications here.

Put it
to work.

Tell us what you’re building, which robots you use, and what needs to run locally. We’ll scope an integration or dev-kit pilot together. NDA available.

hello@librerobotics.ai