ASAASA Standard

Structural Solutions

Five techniques that address the root causes of structural failure in AI-generated codebases.

S5·RC01, RC02, RC03, RC04, RC05 (all five root causes — continuous enforcement)
Architecture Enforcement License: AI Code Guardrails as a Tool

The Architecture Enforcement License is a self-serve tooling license that gives development teams the complete ASA enforcement stack — boundary linter configura

S1·RC01 (Architecture Drift), RC02 (Dependency Graph Corruption)
Boundary Enforcement: How to Prevent AI Code Regression

Boundary enforcement is a structural technique for AI-generated codebases that makes architectural violations impossible to merge. It replaces manual code revie

S4·RC05 (No Deployment Safety Net), RC04 (Test Infrastructure Failure)
CI/CD Safety Pipeline: Automated Enforcement for AI-Generated Code

The CI/CD safety pipeline is a structured set of automated checks that run on every commit, before every merge, and before every deployment in an AI-generated c

S2·RC04 (Test Infrastructure Failure), RC05 (No Deployment Safety Net)
Production Safety Layer: Making AI-Generated Code Safe to Deploy

The Production Safety Layer is a structural technique for AI-generated codebases that establishes the automated feedback loop between code changes and correctne

S3·RC01 (Architecture Drift), RC03 (Structural Entropy)
Slice Isolation: Modular Architecture for AI-Generated Codebases

Slice isolation is a structural technique for AI-generated codebases that organizes code by operation rather than by type. Instead of grouping all services toge