This repository contains the organization-wide governance, contribution, licensing, security, and community standards for the OpenAMRobot ecosystem.
These governance documents apply across the OpenAMRobot GitHub organization unless a repository explicitly defines additional project-specific requirements.
The purpose of this repository is to:
- standardize governance across repositories,
- define contribution expectations,
- protect the OpenAMRobot identity,
- support long-term ecosystem sustainability,
- encourage open collaboration,
- provide legal and organizational clarity.
OpenAMRobot follows the principle:
Open technology, protected identity.
The ecosystem encourages open-source collaboration, education, research, and industrial experimentation while protecting the identity, governance, and sustainability of the organization.
All repositories should contain at minimum:
- LICENSE
- README.md
- CONTRIBUTING.md
- CODE_OF_CONDUCT.md
- SECURITY.md
- SUPPORT.md
- GOVERNANCE.md
The OpenAMRobot ecosystem uses different licenses depending on asset type.
| Asset Type | Recommended License |
|---|---|
| Software | MIT |
| Documentation | CC BY-SA 4.0 |
| Hardware CAD | CERN-OHL-S-2.0 |
| Logos & Branding | Reserved |
| Educational Content | CC BY-SA 4.0 |
OpenAMRobot encourages contributions from:
- developers,
- roboticists,
- researchers,
- students,
- makers,
- educators,
- industrial partners.
Contributors retain ownership of their contributions unless explicitly stated otherwise.
By contributing, contributors agree that their submissions may be distributed under the repository license.
OpenAMRobot projects may involve robotics, electronics, autonomous systems, and AI components.
All software and hardware is provided:
“AS IS”, WITHOUT WARRANTY OF ANY KIND.
Users are responsible for validating:
- safety,
- regulatory compliance,
- operational suitability,
- industrial compatibility.
The organization aims to build:
- an open robotics ecosystem,
- educational infrastructure,
- research collaboration frameworks,
- industrially applicable robotics platforms,
- sustainable community-driven development.
The ecosystem is intended to support both open collaboration and future commercial sustainability.