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Analyze TypeScript and Prisma codebases to prevent risky changes and silent regressions.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "CodeGuard" yet — see the docs or source repo.
Analyze the dependency structure of this TypeScript/Prisma project. Identify which services, data models, and call chains will be affected by my planned changes to the user permissions module, and flag high-risk modification points.
A dependency graph summary, affected module list, and risk-ranked change recommendations.
Review this commit for impacts on the Prisma schema, type definitions, and core business logic. Find issues that could cause silent regressions, and explain the reasons and fixes.
A list of potential regression issues, impacted areas, and actionable fixes.
Review the changes I am about to merge. Focus on breaking API changes, hidden dependency breakage, or high-risk database operations; if any exist, clearly identify them and recommend blocking the merge.
A risk review highlighting changes that should be blocked, with safer implementation alternatives.
Analyze project architecture and detect similar code patterns for cross-language consistency.
Validate AI-generated code against real codebases before bugs reach runtime.
Analyze TypeScript types and dependency graphs to understand and refactor codebases.
Scan AI-generated code for injections, secrets, SSRF, and risky patterns.
Scan dependencies for vulnerabilities and breaking changes with AI-powered impact analysis.
Scan large codebases, detect hotspots, and refactor code safely.