OpenFGA
- Identity Charmers
| Channel | Revision | Published | Runs on |
|---|---|---|---|
| latest/stable | 27 | 11 Apr 2024 | |
| latest/edge | 87 | 20 Oct 2024 | |
| 2.0/stable | 26 | 11 Apr 2024 | |
| 2.0/edge | 81 | 10 Oct 2024 | |
| 1.0/edge | 12 | 17 Oct 2023 |
juju deploy openfga-k8s --channel 2.0/stable
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Platform:
OpenFGA Charm Security
This document provides cryptographic documentation for the OpenFGA charm. Its purpose is to track the exposure of charm code to cryptographic attack vectors.
What is not included in this document and regarded as out of scope:
- Workload code (refer to the workloads’ cryptographic documentation).
- Data at rest encryption.
Sensitive Data Exchange
The charm relies on Juju secrets:
- To pass an OpenFGA token to the requirer charm. Implemented in lib/charms/openfga_k8s/v1/openfga.py.
- To get OpenFGA datastore credentials. Implemented in lib/charms/data_platform_libs/v0/data_interfaces.py.
Github secrets are used during development, build, test and deploy phases:
- To get Charmcraft credentials that are used to interact with Charmhub.
- To get a Github token that is used to interact with Github API.
Cryptographic tech and packages in use
OpenFGA charm uses the following cryptography packages:
- Python secrets built-in library is used to create an OpenFGA token.
OpenFGA charm supports TLS encryption on internal and external connections. Security considerations related to TLS encryption:
- It is recommended against using self-signed certificates for production clusters.
- It is strongly recommended to use TLS v1.3, as it is more secure than v1.2.