← ClaudeAtlas

implementlisted

Read the engineering docs, classify each feature as HITL (needs human approval) or AFK (autonomous), then implement the next phase as vertical slices using parallel subagents. Each subagent implements one feature end-to-end through all layers. Updates feature status in .harness/engineering/features/. Use after dev-plan (and optionally prototype) has produced feature specs.
RubenGlez/harness · ★ 0 · AI & Automation · score 75
Install: claude install-skill RubenGlez/harness
# Implement ## Step 1: Read the context Read everything. Subagents cannot access the codebase — you are their only source of context. **Internal docs** - `.harness/engineering/architecture.md` — stack, components, data flow, constraints - `.harness/engineering/implementation-plan.md` — phases and task ordering - `.harness/engineering/features/` — all feature spec files (read every one) - `.harness/adr/` — architectural decisions that constrain implementation - `.harness/product/CONTEXT.md` — domain vocabulary (use these terms exactly in all code) **Codebase** - `CLAUDE.md` — conventions, naming, patterns, do-not-edit files - `README.md` — public description, install/run instructions - Scan key directories: identify what files exist, what each does, what's absent - Check `package.json` / `pyproject.toml` / `go.mod` — dependencies and scripts Build a dependency map: - Which features are `planned`? - Which phase is current — the lowest phase number with `planned` features? - Within the current phase, are any features dependent on others in the same phase? If there is a conflict between `implementation-plan.md` and a feature spec, the feature spec takes precedence — it is the authoritative technical reference. Use `implementation-plan.md` only for phase ordering and task dependencies. ## Step 2: Classify features as HITL or AFK Before implementing anything, classify each `planned` feature in the current phase: **AFK** (can be implemented autonomously) — ALL must be true: