Task direction
The lead model turns a product goal into a specific task with constraints and completion criteria.
The system automates the development loop: a lead AI plans and reviews the work, an implementation AI writes code, and a quality layer prevents unchecked changes from passing.
A single model can write code quickly, but without stable context it may lose requirements, miss issues or optimize a local change at the product's expense.
The roles are separated: the lead model preserves the goal and decomposes the work, the implementation model completes tasks, and every result goes through automated checks.
The lead model turns a product goal into a specific task with constraints and completion criteria.
Before implementation, the system gathers the files, decisions and requirements relevant to the current change.
The implementation model completes the task within its defined scope and records which parts were changed.
The lead model compares the code against requirements, architecture and the intended user journey.
Builds, types, tests and structural rules become a mandatory gate before acceptance.
When a necessary feature is identified, the lead model defines it as a separate task and oversees its implementation.
Every stage leaves a verifiable result. This preserves product context and makes it clear why a change was accepted or returned.
Preserves the goal, plans tasks and decides whether work is ready.
Writes code from a precise brief without expanding scope without reason.
Runs mandatory checks and blocks results when errors remain.
Connects every change to clear product behaviour requirements.
Preserves the work log, review notes and reasons behind changes.
Keeps final approval for meaningful architectural decisions with the product owner.
Instead of one-off generation, the system creates a sequence: task, context, implementation, review, verification and improvement. AI becomes a useful development participant without receiving uncontrolled authority over the product.
This description reflects the process architecture; speed and quality claims require separate measurement and are not invented here.
Describe the repeatable knowledge task. I will design model roles, quality control and safe automation boundaries.
Discuss an AI system