High-end architecture analysis with interactive 3D graphs for messy codebase. The ultimate graph for engineering teams.
Navigate your file system in a fully immersive 3D space.
Find circular dependencies and bottlenecks in seconds.
Unified score based on modularity, test coverage & churn.
Moduly is an advanced architecture analysis tool that automatically scans your codebase and visualizes it in an interactive 3D environment. It transforms messy directory structures into intuitive, navigable graph networks.
See the hidden structure of your monolithic codebases. Track dependencies instantly.
Automated insights that flag circular dependencies and architectural bottlenecks.
Designed explicitly to fit within a modern developer's natural workflows without any configuration.
Perform comprehensive AST parsing across your entire project locally and securely.
Monitor codebase health with live updating modularity, test coverage, and churn scores.
Export generated 3D maps and architecture reports to share with your engineering team.
See the hidden structure of your monolithic codebases. Track dependencies instantly.
Automated insights that flag circular dependencies and architectural bottlenecks.
Designed explicitly to fit within a modern developer's natural workflows without any configuration.
Perform comprehensive AST parsing across your entire project locally and securely.
Monitor codebase health with live updating modularity, test coverage, and churn scores.
Export generated 3D maps and architecture reports to share with your engineering team.
Adding Moduly to your workflow is frictionless. You don't need to rebuild your projects, change dependencies or install complex systems. Just run the install command and launch perfectly integrated analysis.
Under the hood, Moduly uses sophisticated algorithms to parse your TypeScript, JavaScript, and other file types, creating an Abstract Syntax Tree (AST). It then maps these structures to calculate dependencies and architectural depth.
Locally scans your directories and reads imports/exports securely.
Processes relationships to flag tight coupling and calculate modularity scores.
Renders the structured data into an immersive force-directed 3D landscape.