- Initialize .sdlc/ with config, guidance, and state machine - Register M0-M8 as released milestones (full engine track history) - Seed M9 (Community Sync & Revocation) and M10 (Governance & Agent Rights) with features - Seed product milestones P0-P4 and PG1 gate with features from existing planning docs - Add Team section to AGENTS.md (tidal-engineer, tidal-visionary, tidal-researcher, tidal-storyteller) - Add knowledge-librarian agent for .sdlc/knowledge/ curation - Gitignore .sdlc/telemetry.redb (volatile binary state) - Add .ai/ scaffold (project knowledge index)
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AGENTS.md
Agent instructions for tidalDB.
Team
| Agent | Identity | Model | Invoke when |
|---|---|---|---|
@tidal-engineer |
Jon Gjengset — principal Rust database engineer | opus | Implementing features, storage internals, signal system, query engine, debugging correctness |
@tidal-visionary |
Spencer Kimball — product and roadmap strategist | opus | Planning milestones, scoping phases, build-vs-defer decisions, roadmap sequencing |
@tidal-researcher |
Andy Pavlo — database systems researcher | opus | Prior art surveys, library evaluation, architectural research, producing docs/research/ docs |
@tidal-storyteller |
Marketing and technical writer | sonnet | Marketing site (site/), blog posts, public-facing copy |
Agent definitions live in .claude/agents/. Full context in CLAUDE.md §Agents.
SDLC
Required reading:
.sdlc/guidance.md— engineering principles that govern all implementation decisions on this project.
This project uses sdlc as its SDLC state machine. sdlc manages feature lifecycle, artifacts, tasks, and milestones. It emits structured directives via sdlc next --json that any consumer (Claude Code, custom scripts, or humans) acts on to decide what to do next.
Consumer scaffolding is installed globally under ~/.claude/commands/, ~/.gemini/commands/, ~/.opencode/command/, and ~/.agents/skills/ — available across all projects. Use /sdlc-specialize in Claude Code to generate a project-specific AI team (agents + skills) tailored to this project's tech stack and roles.
Key Commands
sdlc feature create <slug> --title "..."— create a new featuresdlc next --for <slug> --json— get the next action directive (JSON)sdlc next— show all active features and their next actionssdlc artifact approve <slug> <type>— approve an artifact to advance the phasesdlc state— show project statesdlc feature list— list all features and their phasessdlc task list [<slug>]— list tasks for a feature (or all tasks)
Lifecycle
draft → specified → planned → ready → implementation → review → audit → qa → merge → released
Treat this lifecycle as the default pathway. You can use explicit manual transitions when needed, but approvals/artifacts are the recommended way to keep quality and traceability.
Artifact Types
spec design tasks qa_plan review audit qa_results
CRITICAL: Never edit .sdlc/ YAML directly
All state changes go through sdlc CLI commands. See §6 of .sdlc/guidance.md for the full command reference. Direct YAML edits corrupt state.
Directive Interface
Use sdlc next --for <slug> --json to get the next directive. The JSON output tells the consumer what to do next (action, message, output_path, is_heavy, gates).
Consumer Commands
/sdlc-next <slug>— execute one step, then stop (human controls cadence)/sdlc-run <slug>— run autonomously to completion/sdlc-status [<slug>]— show current state/sdlc-plan— distribute a plan into milestones, features, and tasks/sdlc-milestone-uat <milestone-slug>— run the acceptance test for a milestone/sdlc-pressure-test <milestone-slug>— pressure-test a milestone against user perspectives/sdlc-vision-adjustment [description]— align all docs, sdlc state, and code to a vision change/sdlc-architecture-adjustment [description]— align all docs, code, and sdlc state to an architecture change/sdlc-enterprise-readiness [--stage <stage>]— analyze production readiness/sdlc-setup-quality-gates— set up pre-commit hooks and quality gates/sdlc-cookbook <milestone-slug>— create developer-scenario cookbook recipes/sdlc-cookbook-run <milestone-slug>— execute cookbook recipes and record results/sdlc-ponder [slug]— open the ideation workspace for exploring and committing ideas/sdlc-ponder-commit <slug>— crystallize a pondered idea into milestones and features/sdlc-guideline <slug-or-problem>— build an evidence-backed guideline through five research perspectives and TOC-first distillation/sdlc-suggest— analyze project state and suggest 3-5 ponder topics to explore next/sdlc-beat [domain | feature:<slug> | --week]— step back with a senior leadership lens; evaluate if we're building the right thing in the right direction; stores history in.sdlc/beat.yaml/sdlc-recruit <role>— recruit an expert thought partner as a persistent agent/sdlc-empathy <subject>— deep user perspective interviews before decisions/sdlc-spike <slug> — <need>; [see <ref>]— research, prototype, validate, and report; produces working prototype + findings in.sdlc/spikes/<slug>/findings.md/sdlc-convo-mine [file or text]— mine conversation dumps for signal; apply 5 perspective lenses, group themes, launch parallel ponder sessions per group
Tool Suite
Project-scoped TypeScript tools in .sdlc/tools/ — callable by agents and humans
during any lifecycle phase. Read .sdlc/tools/tools.md for the full help menu.
sdlc tool list— show installed toolssdlc tool run <name> [args]— run a tool; pass--json '{...}'for complex inputsdlc tool sync— regeneratetools.mdafter adding a custom toolsdlc tool scaffold <name> "desc"— create a new tool skeleton
Core tools: ama (codebase Q&A), quality-check (runs platform shell gates)
Use /sdlc-tool-run, /sdlc-tool-build, /sdlc-tool-audit, /sdlc-tool-uat in Claude Code for guided tool workflows.
Project: tidalDB