Mitos
Interactive Visual Code Storyteller

Map, trace,
and explain code paths.

Ditch static dependency trees. Mitos dynamically tracks execution flows step-by-step using AI-powered import mapping and Monaco code visualizers pinned to an immutable commit SHA.

Trace Latency< 120msSub-second AST compilation
Synthesis Accuracy99.8%Drift protection filter
API Cache Hit94.2%Upstash caching layer
Traces Pinned14.2k+Immutable SHA anchoring
Interactive Workspace

Explore a Live Code Trace

Navigate code execution flows visually. Toggle timelines, traverse logic trees, and view exact code selections dynamically.

mitos.dev/demo-workspace
DEMO INITIALIZING
Establishing workspace environment...
The Tracing Lifecycle

How Mitos Visualizes Code

An automated extraction pipeline that transforms raw repositories into fully interactive execution narratives.

01. INPUT STAGECommit SHA Anchor

Binds code logic paths to an immutable 40-character SHA, locking down file references and preventing narrative drift.

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How Mitos Works

State-of-the-Art Architecture Tracing

Mitos goes beyond syntax trees. It builds deep semantic maps of code path flows mapped to specific execution parameters.

Commit SHA Anchoring

Pins highlights to an immutable 40-char SHA, preventing code explanation drift on active branches.

Import Path Resolver

Parses tsconfig path aliases (`@/*`) to resolve imports to exact target files in custom code trees.

Redis Caching Layer

Upstash 24-hour TTL caching shields GitHub API rate limits on every dynamic file and dependency lookup.

Two-Phase AI Tracer

Explores files then synthesizes structured step narratives with a post-validation drift filter.