GitRobo View Demo

GitHub for robotics teams

Version, test and deploy robotic systems from one trusted platform.

GitRobo gives robotics teams a shared workspace for code, hardware configs, simulation workflows, releases and fleet deployment with a verifiable Web3 audit layer.

Open Product Demo Explore Platform
GitRobo robotic arm logo
Robotics Release On-chain proof
GitRobo Arm v0.8.2 
runtime:    ros2
simulation: passed
target:     lab-arm-01
audit:      verified
Platform Vision

GitRobo is a developer platform built around the way real robot systems ship.

A robot is more than source code. It includes firmware, ROS packages, motion plans, hardware manifests, sensor calibration, simulation results and deployment history. GitRobo brings those moving parts into one versioned, testable and cryptographically verifiable workspace.

Core Stack

The collaboration layer robotics teams are missing.

01

Robot Repositories

Store code, CAD references, ROS packages, hardware configs, calibration files and robot manifests in a single project workspace.

02

Simulation CI

Run automated simulation checks for movement, collisions, task success, motor limits and regression risk before anything reaches a real robot.

03

Signed Fleet Releases

Package stable builds, sign releases, deploy to lab or production fleets and keep a verifiable audit trail for every robot action.

Workflow

From robot repo to verified deployment in four controlled steps.

01

Create Repo

Start a robot project with source code, team access and release rules.

02

Define Manifest

Describe runtime, hardware, sensors, simulation engine and deployment target.

03

Run Sim CI

Validate motion plans, safety limits and task behavior in automated checks.

04

Deploy & Audit

Ship signed releases to robots and record critical events with Web3 proofs.

Web3 Architecture

A robotics DevOps layer with cryptographic trust built in.

GitRobo keeps daily engineering fast while recording the critical moments: package signatures, robot identity, release approval, GitLawb-native repository refs and deployment proofs.

01

Git Core

Repository history for robotics code, manifests, calibration data and release artifacts.

02

Simulation Runner

Containerized ROS2, Gazebo or Webots checks triggered by pull requests and release candidates.

03

Fleet Gateway

Controlled rollout channels for lab robots, staging fleets and production hardware.

04

Proof Registry

DID-based robot identity, signed releases, artifact hashes and on-chain deployment records.