Arc ready

arc-ready

arc-ready routes software work across the idea-to-launch arc while preserving the artifact contract established by the eleven-skill ready-suite. Keep orchestration in this file. Load detailed workflow, examples, schemas, grep tests, and catalogs only when the routed work needs them.

Non-negotiable discipline

1. Every artifact element is a grounded decision with rationale, a labeled hypothesis with a validation plan, or a named open question with an owner and due date.
2. Run the substitution test on user-facing claims, architecture rationales, roadmap commitments, stack recommendations, launch copy, and security claims. If a near-equivalent product or choice can replace the subject without making the claim false, the element is not specific enough.
3. Downstream commitments cite upstream artifacts. Ungrounded work is cut or routed back upstream.
4. Disk is authoritative. A tier is complete only when its canonical artifact exists, is non-empty, is not an unmodified scaffold, and passes its gate.
5. Silence is not a skip. Every in-scope tier is pending, in-flight, done, skipped, imported, failed, or re-invoked in .arc-ready/PROGRESS.md.
6. Scope leak is refused and routed. arc-ready does not silently perform work outside the selected arc tier.

Load core orchestration for the full principles, scope fence, Tier 0 procedures, AGENTS.md rules, and completion behavior. Load the failure-mode catalog when verifying any tier.

The have-nots

The canonical have-nots list is the load-on-demand failure-mode catalog. Its tier-specific references preserve every inherited named pattern, grep signal, severity, and remediation without loading the full catalog during activation.

Start or resume every turn

1. Read .arc-ready/PROGRESS.md when present.
2. Inventory every canonical .<tier>-ready/ directory and verify artifacts claimed complete or imported.
3. Correct ledger drift from disk evidence. Disk wins over conversation memory.
4. Detect and record Mode A, B, C, or D.
5. Select project form before selecting domain guidance.
6. Identify the first unfinished dependency-valid tier. Do not dispatch through a missing upstream artifact unless the user records a Mode B override.
7. Record a timestamped resume verification and next sub-step.

Load the resume protocol for the Bash 3.2-compatible drift and next-step procedure. Load the artifact and state contract for imports, status vocabulary, and per-tier state schemas.

Mode router

Mode	Use when	Dispatch
A	Greenfield project or full arc from raw intent	Tier 0, then Tiers 1-3 in dependency order
B	Existing codebase or a request to fill a specific gap	Smallest dependency-valid tier set that closes the gap
C	Read-only retroactive audit of an existing artifact	Tier-specific audit, severity findings, no source-artifact edits
D	Multi-repo suite, service collection, or monorepo split	Collection layout first, then per-repo Tier 2 routing

Record the mode before other work. For decision trees, audit paths, verdict semantics, and Mode D rules, load mode routing and audits. For ambiguous phrases, load trigger disambiguation.

Product-form router

Select exactly one primary project form before domain composition:

Form	Typical signals	Required reference
Web application	Browser UI, SaaS, portal, dashboard	product-form router
API or service	Headless contract, service endpoint, worker	product-form router
CLI or SDK	Terminal workflow, package, developer library	product-form router
Mobile or desktop	App stores, native capabilities, offline client	product-form router
Data or ML	Pipelines, datasets, training, models, analytics	product-form router
Infrastructure or IaC	Terraform, Kubernetes, platform operations	product-form router

The form router reuses project profiles and defines form-specific build concerns and gates. It prevents web-dashboard assumptions from leaking into other forms.

Domain composition

Compose domain guidance in this order:

1. Project form: delivery shape and build gate.
2. Product archetype: SaaS, marketplace, developer platform, workflow automation, internal tool, or another product pattern.
3. Industry overlay: healthcare, finance, manufacturing, research, education, and other domain rules.
4. Regulatory overlay: only the jurisdictions and frameworks evidenced by the project.

Load the domain registry for mappings between build profiles and the 12 stack profiles. Load the domain router and only the directly applicable focused profiles. Regulatory and vendor details are freshness-sensitive; verify current obligations and provider capabilities before making a grounded commitment.

Tier routing

Tier 0: orchestration

Detect harness and mode, capture Mode A intent, maintain the progress ledger, enforce the scope fence, and emit or respect Pillars-compatible project memory. Load core orchestration, progress tracking, and handoff protocols.

Tier 1: planning

Run in dependency order:

1. PRD at .prd-ready/PRD.md.
2. Architecture at .architecture-ready/ARCH.md.
3. Roadmap at .roadmap-ready/ROADMAP.md.
4. Stack at .stack-ready/STACK.md.

Load planning workflow for all sub-steps and direct reference routes. Planning gates require the three-label test, substitution resistance, grounded dependencies, explicit capacity, weighted stack criteria, flip points, and downstream handoffs.

Tier 2: building

1. Scaffold the repository for the detected project profile at .repo-ready/SCAFFOLD.md, or audit it at .repo-ready/AUDIT-REPORT.md.
2. Build end-to-end vertical slices and record .production-ready/STATE.md.

Load building workflow, then the selected product-form router section and composed domain profiles. Every shipped slice uses a real backend where the form has one, covers relevant states, enforces permissions at boundaries, contains no placeholders or fake production data, and has form-appropriate tests. For non-UI forms, use the equivalent user-operable slice, such as a CLI command round trip, SDK consumer example, API contract path, pipeline execution, or IaC plan/apply verification.

Tier 3: shipping

1. Deploy: same-artifact promotion, explicit migration classification, concrete canary stop rules, and proven rollback.
2. Observe: journey-bound SLOs, owned error-budget policy, exercised runbooks, and independent telemetry.
3. Prepare launch assets and hardening in parallel after observe passes.
4. Public activation is serial and gated. Immediately before any public release action, re-read hardening state, record a timestamped pre-publication gate, and block on every unresolved Critical unless the documented policy permits an explicit acceptance. Regulated hard gates cannot be bypassed.

Load shipping workflow for detailed sub-steps and completion and release gates for gate semantics.

Public activation gate

Launch preparation may finish while hardening continues. A prepared launch is not a published launch.

Immediately before publication:

1. Re-read .harden-ready/FINDINGS.md and .harden-ready/STATE.md from disk.
2. Confirm the hardening artifact revision or hash being checked.
3. Count unresolved Critical findings and validate any permitted risk acceptance for owner, justification, acceptance date, and expiration.
4. Record checked_at, the hardening revision, finding counts, and verdict in .launch-ready/PREPUBLICATION.md.
5. Publish only when the verdict is pass and the gate timestamp is later than the latest hardening update.
6. If hardening changes after the check, invalidate the gate and re-run it.

This gate closes the launch and hardening race. Load completion and release gates for the full Critical-finding rules.

Canonical artifact contract

Tier	Canonical artifact
0	.arc-ready/PROGRESS.md
1.1	.prd-ready/PRD.md
1.2	.architecture-ready/ARCH.md
1.3	.roadmap-ready/ROADMAP.md
1.4	.stack-ready/STACK.md
2.1	.repo-ready/SCAFFOLD.md or .repo-ready/AUDIT-REPORT.md
2.2	.production-ready/STATE.md
3.1	.deploy-ready/DEPLOY.md
3.2	.observe-ready/OBSERVE.md
3.3	.launch-ready/STATE.md plus .launch-ready/PREPUBLICATION.md before public activation
3.4	.harden-ready/FINDINGS.md
0/2.1	Project-root AGENTS.md and Pillars floor files agents/context.md, agents/repo.md

Companion artifact names and import aliases remain stable. Load artifact and state contract for the complete map.

Completion gates

The next tier starts only after the current canonical artifact exists and its tier gate passes. A red test, lint, build, evaluation, deploy check, or unresolved Critical is repair work, not completion. Explicit user skips are recorded with reason.

Use the form-specific build gate plus the common tier gate. Run the detailed checks in completion and release gates. For mechanical heuristics, load verification grep tests. Grep tests are signals, not substitutes for the full named-pattern audit.

Reference routing

Load only the smallest direct set needed for the current tier:

• Core, resume, scope, modes, schemas: reference routing catalog.
• Planning sub-steps: planning workflow.
• Repo and implementation sub-steps: building workflow.
• Deploy, observe, launch, harden: shipping workflow.
• Product form: product-form router.
• Domain composition and stack mapping: domain registry.
• Calibration: worked examples.
• Harness-specific operation: harness integration.

References are direct from this file. Do not load the whole catalog.

Finish

The arc is complete only when every in-scope tier is verified done, imported, or explicitly skipped; the public activation gate passed when publication was in scope; .arc-ready/PROGRESS.md contains the final per-tier ledger and open handoffs; and project memory was emitted, respected, or blocked with reason.

Keep going until the disk-backed outcome is actually complete.