Join the community of developers using AppMap who work at places like these.
AppMap instruments your application to capture real-time snapshots of code execution, data flow, and behavior — every time your app runs, with zero effort and no code changes.
This gives AI tools like Navie, Copilot, and Cursor the runtime context they've been missing. Not just what your code is, but what it just did.
With this live understanding of your app's behavior, you get smarter suggestions, faster debugging, and fewer code defects, right in your code editor and CI.
Join the community of developers using AppMap who work at places like these.
Whether you're onboarding, debugging, or modernizing code, AppMap shows how everything fits, without any guesswork.
AppMap watches your application in action, recording how APIs, functions, and services actually behave. AppMap depicts this information as interactive diagrams that you can search and navigate.
You can see how functions, web APIs, databases, security, I/O, and other services all work together when your application runs. AppMap is an extension to your code editor, so its information is always available when and where you code. Whether you are documenting your internal APIs or reverse engineering an old application, AppMap has the information you need to keep moving forward.
AppMap captures what static code can't: the real behavior of your application at runtime. This rich data gives AI tools (and humans) the insight they need to answer deeper questions and make smarter suggestions.
Now your LLM-backed tools can answer questions like "What just happened?" with real runtime context.
What AppMap records:
AppMap gives AI the context it needs. Navie puts it to work.
AppMap powers Navie, your AI assistant designed specifically to understand and improve code based on how it actually behaves.
Navie uses static and runtime insights to help you:
With flexible backend options (GitHub Copilot, OpenAI, Anthropic, Google or self-hosted), Navie supports secure, enterprise-ready AI development — with zero fine-tuning required.