From risk analysis to compliance tracking, CodeDig gives you deep visibility into every pull request — so you can ship faster without sacrificing quality or security.
Every pull request is automatically scored for risk so your team can focus review effort where it matters most. CodeDig evaluates blast radius, complexity delta, and historical failure patterns to surface the PRs that deserve extra scrutiny.

Catch vulnerabilities before they reach production. CodeDig runs 200+ security rules against every code change, covering OWASP Top 10 categories and language-specific pitfalls. Findings appear inline on the PR with severity ratings and remediation guidance.
Understand how your codebase evolves over time. CodeDig builds a living model of your architecture and alerts you when changes drift from established patterns, introducing unwanted coupling or violating module boundaries.

Go beyond line-level coverage numbers. CodeDig overlays test coverage data on every PR diff so reviewers can see exactly which new or modified code paths lack tests, and prioritize test writing where risk is highest.

Eliminate maintenance burden by identifying code that is no longer reachable. CodeDig performs cross-file, cross-module analysis to find unused exports, unreachable functions, and orphaned modules that can be safely removed.

One tool for your whole stack. CodeDig provides deep, language-aware analysis for the most popular backend and frontend languages, with the same rich insights regardless of which language a PR touches.

Meet regulatory requirements without slowing down your team. CodeDig automatically generates audit trails for every code change and maps findings to compliance frameworks so you are always audit-ready.

Get started in under 60 seconds. CodeDig installs as a GitHub App with a single click and requires zero configuration files or CI pipeline changes. Analysis results appear as inline comments directly on your pull requests.
Deep analysis tools that give your team real visibility into code behavior, architecture, and risk.
Visualize runtime execution flows, detect behavioral regressions, and understand how your code actually behaves in production. Tabs for execution storyboards, behavioral diffs, code personality profiles, and predictive aging.

Visualize code dependencies through multiple analysis lenses — security, performance, data lineage, and more. Explore how symbols relate across your entire codebase.

Build interactive graphs to explore code relationships. Search for symbols, add callers and callees, and export visualizations. Perfect for onboarding, architecture reviews, and incident investigation.

Walk through your codebase in 3D. Modules become buildings, dependencies become roads. Switch between Architecture Walk, Holographic Debugger, and Museum of Code modes. Supports desktop, VR, and AR devices.

See your entire system as a living city. Building height maps to complexity, color encodes module type, and roads show dependency traffic. Time-travel through snapshots to watch your architecture evolve.

Your single entry point to codebase health, insights, and documentation. Connect a repository and instantly get health scores, diagrams, narratives, and an onboarding guide via Project Atlas.

Start analyzing your pull requests in under 60 seconds. No credit card required.