Version-control your architecture diagrams. Branch, diff, merge, and review diagrams with the same Git workflow you use for code.
The same version control you trust for code, applied to architecture.
Every diagram change is a commit. See who changed the architecture, when, and why — with git log and git blame.
Experiment with architecture changes on branches. Merge when approved. Revert if needed. Standard Git workflow.
Mermaid and PlantUML are plain text. Git shows clean line-by-line diffs — no comparing screenshots.
Architecture changes go through pull requests. Reviewers comment on specific lines and approve before merge.
GitHub, GitLab, Bitbucket, Azure DevOps — diagrams stored as text files work everywhere Git works.
Describe your architecture in English. Cybewave generates the Mermaid or PlantUML code. Commit to Git.
Author your architecture diagrams as text-based code using Mermaid or PlantUML syntax directly in your repository. Store diagram source files alongside the application code they describe for maximum co-location.
Commit diagram code files like any other source code. Each commit captures the diagram state at that point in time, complete with commit messages that explain why the architectural change was made.
Your architecture documentation now follows the same branching, merging, and review process as your application code—ensuring diagrams and implementation never drift apart over time.
Keep architecture diagrams in the same monorepo as your services, ensuring each service's documentation lives right next to its implementation code.
Create feature branches to experiment with architectural changes, diagram the proposed architecture, and discard or merge based on review feedback.
Set up CI pipelines that render diagrams on every push, catching syntax errors and ensuring diagrams always produce valid visual output automatically.
Treat architecture documentation with the same rigor as application code—linted, reviewed, tested, and versioned in Git alongside everything else.
Provide clear, maintainable architecture diagrams in open source repositories that contributors can update through standard pull request workflows.
Document your GitOps pipelines and deployment workflows as diagrams stored in the same Git repositories that drive your infrastructure automation.
Diagrams stored outside of Git have a shelf life measured in weeks. They live in wikis, cloud drives, or design tools that nobody updates when the code changes. Git-tracked diagrams are the only diagrams that stay accurate because they are maintained by the same developers who change the code, in the same workflow they already use every day.
Git gives diagrams superpowers that no other storage medium provides: branching lets you experiment with architectural changes without risk, diffs show exactly what changed between versions, blame reveals who made each modification, and merging combines parallel work from multiple contributors seamlessly.
When diagrams live in Git, they become part of your deployment pipeline. You can validate diagram syntax in CI, generate rendered images automatically, publish documentation on merge, and ensure that every release includes up-to-date architecture documentation. This automation eliminates the manual effort that causes most documentation to fall behind.
Free to start. 50 AI credits/month. No credit card required.
Get started for free →