Without guardrails, AI coding assistants inherit and replicate technical debt from the surrounding codebase. Spec-driven development addresses this by providing AI assistants with explicit specifications (via files like agents.md, claude.md, or gemini.md) that define conventions, constraints, and anti-patterns to avoid before any code is written. Effective specs include a target state, clear scope, explicit constraints, and before/after examples. They act earlier than linters or CI checks by shaping contributions before they are written. The post covers how to prioritize debt reduction using an impact/frequency matrix, how to integrate specs into local dev, PR, and CI/CD workflows, how to measure progress by tracking anti-pattern frequency and velocity metrics, and common pitfalls like overly broad/narrow specs, stale specs, and lack of ownership. Aviator Runbooks are presented as a platform for sharing and versioning specs across teams.

11m read timeFrom aviator.co
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Table of contents
What Is Spec-Driven AI Development?Specs are the Missing Link in AI-Assisted Debt ReductionCreating Effective Specs for Debt ReductionIntegrating Spec-Driven AI Into Your Existing Development WorkflowHow to Measure Technical Debt Reduction with Spec-Driven AIAvoiding Common Spec-Driven Development PitfallsSpecs as the Missing Guard Rails in AI DevelopmentFrequently Asked Questions

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