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architecture drift prevention

Architecture Drift Prevention for Pull Requests

Architecture drift starts with one reasonable import. AxiomGuard catches boundary violations before they become the new normal.

Architecture drift prevention keeps code changes aligned with approved architecture decisions. AxiomGuard checks TypeScript imports and scoped rules so teams can stop layer boundary violations before they merge.

Why it matters

Proof beats plausible review comments.

Rules can encode boundaries such as auth must not import billing.

Findings show the importing file, resolved edge, violated invariant, and status.

The CLI can fail only on approved critical rules with PROVEN evidence.

Use cases

Where teams apply this first.

FAQ

Questions about architecture drift prevention.

What is architecture drift?

Architecture drift happens when code gradually diverges from approved design decisions, often through small dependencies, shortcuts, or refactors that look harmless in isolation.

How does AxiomGuard prevent architecture drift?

AxiomGuard encodes approved boundaries as SemanticRules, analyzes TypeScript changes, and reports proof-carrying findings when a pull request violates those boundaries.

Related topics

semantic code review Semantic Code Review for TypeScript PRs

Semantic code review checks whether a TypeScript pull request preserves approved business and architecture intent, not only syntax, style, or security patterns.

 intent-aware code review Intent-Aware Code Review Guardrails

Intent-aware code review verifies that every pull request preserves documented business, product, and architecture rules.

 AI code review guardrails AI Code Review Guardrails for Generated Code

AI code review guardrails help teams keep AI-generated and refactored code aligned with approved business and architecture rules.

 business logic regression prevention Business Logic Regression Prevention in Code Review

Business logic regression prevention checks pull requests for rule violations such as unsafe side effects, broken product invariants, and invalid thresholds.