Self Signed Certificates provides self-signed X.509 certificates to charms using the tls-certificates integration on both Machine and Kubernetes models. Self-Signed-Certificates is useful in securing internal unit-to-unit communication, non-public facing contexts and non-production environments.
The operator implements the tls-certificates interface supporting automatic certificate renewal and CA private key rotation with automatic certificate regeneration for all integrated applications.
In this documentation
| Tutorials Get started - a hands-on introduction for new users | How-to guides Step-by-step guides covering key operations and common tasks |
| Explanation Concepts - discussion and clarification of key topics | Reference Technical information - specifications, APIs, architecture |
Project and community
Self Signed Certificates is an open-source project that welcomes community contributions, suggestions, fixes and constructive feedback.
- Read our Code of Conduct
- Meet the community and chat with us on Matrix
- Contribute and report bugs to Self-Signed-Certificates-Operator
Navigation
| Level | Path | Navlink |
|---|---|---|
| 1 | tutorials | Tutorials |
| 2 | h-tutorials-getting-started | Getting Started |
| 1 | how-to | How-to guides |
| 2 | h-how-to-provide-certificates | Provide certificates |
| 2 | h-how-to-integrate-with-cos | Integrate with COS |
| 2 | h-how-to-integrate-migrate-from-latest-to-1 | Migrate from latest to 1 |
| 1 | explanation | Explanation |
| 2 | tracks-and-compatibility | Tracks and Compatibility |
| 2 | private-key-management | Private Key Management |
| 2 | security | Security Considerations |
| 1 | reference | Reference |
| 2 | tls | TLS Certificates Integration |
| 2 | support | Supported Releases |