Visualize your codebase and coding agents in a 3D workspace
Hi Coders and Dev's!I'm a solo Dev and built a 3D environment for coding with agents.I wanted an easier way to visualize my codebase, repo and see what my agents were coding. Task: A solo developer built AgentIntersect World, a local-first 3D environment using Three.js to visualize codebases and coding agents. The workflow integrates existing agents (OpenClaw, Hermes, Codex, Claude Code) where users interact with 3D avatars representing agents that perform coding tasks. Users navigate a spatial world where repo files appear as clickable 3D objects, and the running software is displayed on spatial screens. The human role involves setting up the environment, installing supported agents, and interacting with the 3D interface to monitor and refine code.; tools: OpenClaw, Hermes Agent, Codex, Claude Code. Human role: The original post does not say how a person stayed involved.; limitations: Requires a local installation of at least one supported agent (OpenClaw, Hermes, Codex, or Claude Code) with active authentication. The Windows build is currently unsigned, which may trigger security warnings. Performance depends on browser capabilities and graphics settings; the author acknowledges potential slowness. The tool is experimental, with rough AI-generated assets and an evolving UI that the author admits is still complex in some areas..
Tools
Published on Agent Work Atlas:
Overview
Hi Coders and Dev's!I'm a solo Dev and built a 3D environment for coding with agents.I wanted an easier way to visualize my codebase, repo and see what my agents were coding.
Workflow
A solo developer built AgentIntersect World, a local-first 3D environment using Three.js to visualize codebases and coding agents. The workflow integrates existing agents (OpenClaw, Hermes, Codex, Claude Code) where users interact with 3D avatars representing agents that perform coding tasks. Users navigate a spatial world where repo files appear as clickable 3D objects, and the running software is displayed on spatial screens. The human role involves setting up the environment, installing supported agents, and interacting with the 3D interface to monitor and refine code.
Reported result
The project was released under an MIT license for Windows and Linux, but the author explicitly states it is 'not perfect' and 'rough in places.' No measured performance metrics or user adoption statistics are provided. The author notes that 3D models are AI-generated and may lack polish, and the primary goal was to create a fun, intuitive visualization tool rather than a production-ready enterprise solution.
Human role
The original post does not say how a person stayed involved.
Limitations
Requires a local installation of at least one supported agent (OpenClaw, Hermes, Codex, or Claude Code) with active authentication. The Windows build is currently unsigned, which may trigger security warnings. Performance depends on browser capabilities and graphics settings; the author acknowledges potential slowness. The tool is experimental, with rough AI-generated assets and an evolving UI that the author admits is still complex in some areas.
Try it
I want to test the AgentIntersect World 3D coding environment. First, ensure I have [replaceable: OpenClaw/Hermes/Codex/Claude Code] installed and signed in locally. Download the latest release from [replaceable: GitHub URL] for my OS ([replaceable: Windows/Linux]). Launch the application and verify that my agents appear in the setup screen. Load a sample repository [replaceable: repo URL or local path] and confirm that code files render as 3D objects. Interact with one agent to execute a simple command and observe the output on the spatial screen. Check performance settings if the frame rate drops below 30 FPS. Do not proceed to complex workflows until the basic visualization and agent connection are confirmed. Report any crashes or missing agent integrations.
Source reports are not independently verified. Publication date is the catalog publication date, not the original article date.