ralph-loop

Managing PRD-driven feature development ticket by ticket requires an iterative workflow that spawns isolated agent sessions per ticket, enforcing per-ticket scope and single-ticket commits. This approach validates completion deterministically and tracks progress explicitly to reduce implementation risk.

Enforcing per-ticket commits during agent orchestration requires a loop mechanism that validates each ticket's completion before proceeding. This ensures a single, properly scoped git commit is generated per cycle, providing auditable progress tracking and strict context isolation across the feature implementation.

Automating ticket-by-ticket execution from a PRD plan involves running an iterative loop that processes one ticket at a time. The system automatically spawns and supervises isolated agent sessions using prompt templates, applying strict scoping and status updates for steady delivery.

Iterative agent orchestration works for deterministic feature iterations by relying on prompt-template driven sessions and per-ticket isolation. This approach suits engineering workflows that depend on PRD-driven tickets, ensuring explicit progress signaling and validated completion for each cycle.

You should avoid processing one ticket at a time when feature work lacks a clear PRD or requires cross-ticket dependencies that break strict per-ticket isolation. The workflow enforces single-ticket commits and scoped context, which may constrain tightly coupled implementation tasks.