implement

Spec-driven implementation translates detailed specifications into functional code while enforcing guardrails like budget, scope, anti-scope, and pattern compliance. It validates specs, loads context, plans, codes, tests, and self-verifies against a Definition of Done.

Automated spec-driven coding executes a multi-phase pipeline including spec validation, context loading, planning, coding, and testing. It ensures quality by running tests post-implementation and verifying the output against a predefined Definition of Done.

Yes, automated implementation enforces pattern compliance alongside scope, anti-scope, and budget guardrails. The coding agent operates with filesystem access to ensure deterministic task execution adheres strictly to project coding standards.

You can automate feature implementation by pointing the coding agent at your spec file. It reads the detailed specifications, loads the necessary project context, and executes the coding and testing pipeline to deliver the functional feature.

Yes, the implementation pipeline operates with zero external dependencies. It functions autonomously as a coding agent utilizing filesystem access and internal tool utilization to execute deterministic tasks from specification to verified code.

The implementation relies entirely on the detail and clarity of the provided specifications. Without a precise Definition of Done and explicit guardrails like budget and scope, the coding agent cannot guarantee deterministic or compliant task execution.