Any GitHub repo or GATE project.
Point the builder at a repository. It extracts the real structure: files, classes, functions, imports, and calls.
Codebase maps
Your codebase, mapped.
An interactive knowledge graph of your repository: files, functions, and how they connect, plus communities, tours, and recent issues. The way a senior engineer holds a codebase in their head, made visible, for your agents and your team.
How it works
From a wall of files to a map.
A large repo stops being something you grep and hope. It becomes a graph you can read, with the modules and the important paths called out.
Nodes, edges, communities.
The graph is assembled and clustered into communities, with summaries, so the shape of the code becomes navigable instead of a wall of files.
Guided walks.
Tours walk through how the important parts fit together, so a newcomer, human or agent, gets oriented fast.
Agents find their way.
Agents working in the repo use the map to navigate like a senior engineer would, reaching the right file the first time.
What you get
Structure you can see.
Files, functions, connections
Not a file tree. A graph of files, classes, functions, imports, and calls, showing how the pieces actually relate.
Communities, not chaos
The graph is clustered into communities with labels, so you see the modules and boundaries, not an undifferentiated blob.
Guided orientation
Tours walk through the important paths, so a new engineer or agent gets up to speed without reading everything.
They navigate like seniors
Agents use the map to find the right place in a large repo the first time, instead of grepping blind.
Recent issues surfaced
The map reflects recent issues alongside the structure, so context and open work live together.
GitHub or GATE project
Works on any GitHub repo or GATE project, yours or one you are learning.
How it fits
How your agents read a big repo.
A map is what lets agents work in a large codebase like a senior engineer would. The same coding agents use it to open the right pull requests, the security agents use it to know where to probe, and it all runs on the same platform as the project you host and deploy here. For the longer story of how a map is built from an inherited codebase, read how to get a system map from your existing code.
FAQ
Straight answers.
What does the map show?
A knowledge graph of the codebase: files, classes, functions, imports, and calls, clustered into communities, with summaries and tours.
Is it just a file tree?
No. A file tree lists files. This maps how they connect, so you see structure, boundaries, and the paths that matter.
How do agents use it?
As a map to navigate. Instead of searching blind in a large repo, an agent follows the graph to the right file the way a senior engineer would.
Map your codebase.
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