LIBREROBOTICS

Open
hardware.
Real
autonomy.Built
for a more
independent
world.

Seed round · 2026 · Confidential

Sovereign
Robots.

Robot intelligence aligned to the owner — and no one else. Unaligned, decentralized, open-source. No foreign eyes on your robots.

Aligned to the owner Fully local Open & verifiable No foreign eyes

First article
inspection

PASSOwner control
FAI / LR

02 — The problemLRB-2026 / Confidential

Ownership should survive
a disconnection.

The dependencyWhere it leaves the ownerOur disposition

Vendor cloud

A connection drops, a service closes, or a contract ends. The machine you bought can stop being useful.

Cut off at source

Remote authority

An update can change the robot's priorities. A remote kill switch can take the decision out of your hands.

Owner override

Foreign eyes

Operational data leaves your site. Vendor access and jurisdictional exposure become part of your procurement review.

No outbound path

The boundary is physical. The authority is yours.

03 — The thesisLRB-2026 / Confidential

The robot's priorities are set by its owner — never by a vendor, never by a foreign government.

The same sovereignty logic that reshaped European cloud and AI procurement arrives next for physical AI. The robots are coming. The question is only: whose values do they serve?

04 — The owner's guaranteesLRB-2026 / Confidential

Built into the system.
Open to inspection.

System assemblyLocal / owner-held

Aligned to the owner: You set the tasks, priorities, and operating boundaries. The manufacturer cannot impose a remote policy change.
Fully local: Inference and fleet operations run on-robot or on-premise, with air-gap operation and no vendor kill switch.
Open and verifiable: Inspect the weights and code. Reproduce the build, fine-tune on your data, and verify the software you deploy.
No foreign eyes: No telemetry or vendor backdoor. Independently auditable attestation lets your security team examine the claim.

Owner
controlled

05 — Why nowLRB-2026 / Confidential

Three shifts make this
inevitable.

Physical AI is exploding

Robotics foundation models just became the hottest category in AI — and every player is US/China-cloud. The sovereign niche is empty.

$14B+Skild AI valuation, SoftBank round — once

Europe is buying sovereignty

Defense-tech VC is surging — majority of rounds back robotics and drones. State funds now exist to de-foreign AI.

$675MUK sovereign AI fund, alone

The open layer finally exists

LeRobot, OpenPI, GR00T-class open models mean a small team can ship a credible sovereign brain in months.

Openweights, data, tooling — ready to sovereignize

06 — Prior art · on the recordLRB-2026 / Confidential

The brain already exists.
Published. Reproducible.

labs.libertai.io · Methods / open weights

Unalignment methodology

Agent-run refusal suppression and stacked abliteration, demonstrated on a 320B-parameter open multimodal model. The method is available for scrutiny.

labs.libertai.io · Quantization / CUDA

NVFP4 edge inference

4-bit quantization and hand-written CUDA kernels for running large open models on workstation hardware. Practical foundations for local inference.

labs.libertai.io · Experimental runtime

Conscio agent runtime

Persistent memory, attention, drives, self-monitoring, and autonomous action in an inspectable agent runtime.

LibertAI · Confidential compute

Sovereign infrastructure

Private, decentralized inference on confidential compute through LibertAI. Published infrastructure from the same team building LibreRobotics.

07 — The productLRB-2026 / Confidential

The sovereign brain.
From model to machine.

System assemblyLocal / owner-held

Sovereign models

Hardened open robot foundation models — LeRobot, OpenPI, GR00T-class — fine-tuned on your tasks.

Published weights and code. Signed, reproducible builds.

Local fleet stack

Task orchestration, teleoperation, fleet management, and signed update bundles. Inference and operations stay inside your network.

On-robot or on-premise. Air-gap capable. Zero outbound connections.

First integrations

LeRobot SO-101 arms. Unitree quadrupeds. OEM fleet integration on request.

Verification transcriptIllustrative record

# Scope: owner-controlled deployment

model.location       local
model.weights        inspectable
build.signature      verified
build.reproducible   yes

outbound.connections 0
cloud.uplink         absent
telemetry            absent
vendor.kill_switch   absent

# Disposition
authority            owner

Inspect independentlyEvidence over assurance

08 — Proof of conceptLRB-2026 / Confidential

Cut the wire.

01Robot executes owner commands — brain fully local, no cloud, no API
02Pull the network cable. Mid-demo. The robot keeps working
03Show the audit log: zero outbound connections, ever
04Show the weights: auditable, open, owner-fine-tunable

Dev-kit pilotIn execution

Open hardware with the brain installed

LeRobot SO-101 arms and a Unitree Go2, driven by our abliterated models served via NVFP4 on bench hardware. Weeks, not months. Sovereignty demonstrated — not claimed.

09 — Go to marketLRB-2026 / Confidential

Brain first. Robots next.
Hardware if earned.

Months 0–12

The Sovereign Brain

Evaluation devkits for defense and integrators. Paid pilots. Open models published for ecosystem and credibility.

Months 9–24