
Multi-source audit of a shipped feature against its original plans, product vision, UI/UX best practices, and live browser inspection. Produces consolidated findings with prioritized recommendations.
Check prerequisites before starting a phase. Use before /phase-start to verify dependencies are met and context is loaded.
Generate PRODUCT_SPEC.md through guided Q&A. Use as the first step when starting a new greenfield project.
Verify generated specification documents for context preservation and quality issues. Automatically triggered after document generation. Checks that upstream requirements are preserved and identifies common specification problems.
Update documentation after commits. Syncs README, AGENTS.md, CHANGELOG, and docs/ with code changes. Use after commits or to analyze working tree changes.
Run code-verification on a specific task. Use to verify a single task's acceptance criteria after implementation.
Auto-detect test, lint, typecheck, and build commands from package.json, Makefile, and other project config. Use during project setup or when build tooling changes. Runs silently — no prompts.
Run dependency audits, secrets detection, and static analysis to find CVEs, leaked credentials, and insecure code patterns. Use at phase checkpoints or before releases.
Delegate code implementation to Codex CLI. Claude decomposes, scopes context, and verifies; Codex implements. Accepts a spec file, text description, or gathers requirements interactively.
Attempt automated verification of criteria before falling back to manual. Parses criterion text for automation hints and executes appropriate tool (curl, browser, file check). Invoked by verify-task and phase-checkpoint for MANUAL and MANUAL:DEFER criteria.
Define technical approach (architecture, integration points, data model) for a feature through guided Q&A and write FEATURE_TECHNICAL_SPEC.md. Use after /feature-spec.
Extract decisions, action items, new context, and insights from the current session into LEARNINGS.md and auto-memory. Run before ending any substantive conversation.
Multi-agent code verification workflow using a main agent and sub-agent loop. Use when verifying code against requirements, acceptance criteria, or quality standards. Triggers on requests to verify, validate, or check code against specifications, checklists, or instructions.
Create a GitHub PR with verification and Codex review. Runs verify.sh and code/doc review before PR creation.
Have OpenAI Codex review the current branch with documentation research. Use for second-opinion code reviews or when you want cross-AI verification.
Detect split data source anti-patterns and scattered business rule duplication where the same logic is reimplemented across multiple files and languages. Catches semantic duplication that syntactic tools like jscpd miss. Use at phase checkpoints or when investigating data consistency issues.
Generate EXECUTION_PLAN.md and scoped AGENTS.md files for a feature. Use after /feature-technical-spec to create the task breakdown.
Resume execution from wherever you left off. Detects current state and runs the appropriate next command, or reports what's blocking progress. Use at the start of any session to pick up where you left off.
Generate the greenfield execution plan plus root and scoped AGENTS.md files. Use after /technical-spec to create the phased task breakdown.
Merge multiple PRs with conflict resolution and CI failure auto-patching. Analyzes optimal merge order, resolves conflicts, pulls CI logs on failure, and fixes issues. Use when multiple feature branches need merging into the base branch.
Complete OAuth login flow and store tokens for verification. Use when browser verification requires authenticated sessions.
Run checkpoint criteria after completing a phase. Use after /phase-start completes all tasks to verify quality gates before proceeding.
Generate `.claude/phase-state.json` from the main execution plan and git history. Use to recover phase state after context loss or when joining an existing project.
Review deferred verification items. Use when you want to check or clear the deferred review queue without waiting for project completion.
Identify code duplication, cyclomatic complexity, large files, and maintainability anti-patterns. Use at phase checkpoints or on-demand to quantify technical debt.
Initialize a new project with the AI Coding Toolkit. Use when setting up toolkit skills in a new or existing project.
Audit project alignment with VISION.md, identify SDLC gaps, and generate feature proposals. Use when reviewing strategic direction or planning new features.
Resolve Vercel preview deployment URL for the current git branch. Invoked by browser-verification when deployment.enabled is true, or directly to check deployment status. Use to check deployment status or when browser verification needs a URL.
Discover and sync all toolkit-using projects with the latest skills. Use when skills are modified, after the post-commit hook reminds you, or to batch-sync multiple projects.
Comprehensive UI/UX analysis and design intelligence. Point at any product to get: code analysis, product/user context assessment, industry pattern research, and prioritized improvement recommendations. Combines craft principles, data-driven design intelligence, and creative excellence. Also guides design system setup for consistent AI-assisted UI work.
Generate TECHNICAL_SPEC.md through guided Q&A. Use after /product-spec to define the technical architecture.
Implement [ready]-tagged TODO items with commits. Use after /list-todos has clarified requirements and marked items as ready.
Report completion status of the main and feature execution plans. Use to check how many tasks remain and which phases are done.
Execute all tasks in a phase autonomously. Use after /phase-prep confirms prerequisites are met.
Analyze and prioritize TODO items from TODOS.md. Use when planning work or deciding what to implement next.
Identify high-impact innovative additions to the current app or plan. Use when planning next features, during strategic reviews, or when the user asks for creative ideas.
Orient to project structure and load context. Use at the start of each new session or after context reset to understand the project state.
Define feature requirements (problem, users, scope, acceptance criteria) through guided Q&A and write FEATURE_SPEC.md. Use when starting a new feature.
Exploratory conversation before /product-spec. Asks one question at a time, runs background research for open-source/off-the-shelf alternatives, and writes DISCOVERY_NOTES.md. Use when the user has an idea but hasn't scoped it yet.
Validate EXECUTION_PLAN.md for verification metadata, manual reasons, and testability. Use when preparing Phase 1 or after editing EXECUTION_PLAN.md.
Get a second opinion from OpenAI Codex on documents, specs, or plans. Use for cross-AI consultation on any content, not just code diffs.
Capture a project learning or pattern to LEARNINGS.md. Use when you discover a useful pattern or convention during development.
Verify browser-based acceptance criteria using ExecuteAutomation Playwright MCP with multi-tool fallback chain. Invoked by verify-task and phase-checkpoint for BROWSER:* criteria.
Audits skills, commands, and prompt templates for best practice violations including length, checklists, verification steps, and progressive disclosure. Use after creating or modifying skills, during reviews, or to improve existing prompt files. Produces prioritized improvement suggestions.
Extract automation patterns from session logs and rank by impact. Use periodically after multiple sessions to identify repetitive workflows that could become skills or hooks.
Add a properly formatted TODO item to TODOS.md. Use when you need to capture a new task, bug, or feature request during development.
Audit AGENTS.md (or CLAUDE.md) for length, attention-zone misplacement, and extraction opportunities. Produces a prioritized report with reordering and extraction recommendations. Use when AGENTS.md exceeds 400 lines, after major additions, or when agent instruction compliance is poor.