AI Decision System
Replayable, offline-verifiable records for AI-assisted go/no-go decisions: experiment promotions, typed model answers and human-approved actions.
Shared remote development workspace for people and AI coding agents
Developer toolsTypeScript · CSSGitHub @nikolovskiandrejOnlineOwner unconfirmed
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A self-hosted, browser-based shared development workspace where people and AI coding agents work on the same project at the same time: persistent Linux environments, shared terminals, files, presence, and agent tasks that run in isolated git worktrees and are integrated only after review.
Status: M0–M1 done, agent task pipeline (M3/M4) working end to end. Read docs/HANDOFF.md first if you are continuing development.
Quick start (development; Docker Desktop or Docker Engine required)
Sign in, create a workspace, open a terminal, edit files.Read the full README ↗A self-hosted, browser-based shared development workspace where people and AI coding agents work on the same project at the same time: persistent Linux environments, each member's own Claude side by side in one project, presence, and agent tasks that run in isolated git worktrees and are integrated only after review.
Status: M0–M1 done, agent task pipeline (M3/M4) working end to end. Read docs/HANDOFF.md first if you are continuing development.
apps/
orchestrator/ Runtime service: Docker lifecycle, WebSocket bridge, members' Claude terminals (Fastify)
web/ Control plane: auth, workspaces, members, Claude terminals, tasks (Next.js 16)
worker/ Runs queued agent tasks in worktrees; integrates approved ones
packages/
protocol/ Shared message contract (zod schemas + types), protocol v1.1
workspace-agent/ Daemon inside every workspace container (PTY, exec, files, presence)
workspace-client/ Protocol client for browsers and Node + orchestrator REST client
db/ Drizzle schema + migrations (Postgres)
agents/ Providers, agent runtimes (Claude Code, generic CLIs), git worktrees, integration
infra/
workspace-image/ Dockerfile for the base workspace image (includes claude / codex / gemini CLIs)
compose/ docker-compose.dev.yml (Postgres on 127.0.0.1:55432)
docs/ Specification, architecture, decisions, roadmap, handoff
npm install # Node 24+, npm 11+
cp .env.example .env # fill the secrets: openssl rand -hex 32
docker compose -p notea-dev -f infra/compose/docker-compose.dev.yml up -d
npm run migrate -w @notea/db
npm run create-user -w @notea/web -- [email protected] "Your Name" a-strong-password
npm run build:image # builds notea/workspace:dev (a few minutes)
npm run dev:orchestrator # terminal 1 → http://127.0.0.1:4100
npm run dev -w @notea/web # terminal 2 → http://127.0.0.1:3000
npm run dev -w @notea/worker # terminal 3 (agent tasks)
Sign in and create a workspace. The middle of the page is one Claude terminal per member who can write, side by side, working on the same project: yours starts by itself and, the first time, asks you to sign in with your own Claude account right there; everyone can watch everyone's, and only you can type into yours (docs/DECISIONS.md D-045). To run an agent task in the background instead: connect a provider account under AI & Claude in the account menu (needs CREDENTIALS_KEY in .env) or log in to a CLI from a workspace terminal, then use New task in the workspace's Tasks panel. Finished tasks wait for Approve & integrate; the worker rebases, runs the policy's check command and fast-forwards the base branch.
After rebuilding the image, stop and start a workspace: the orchestrator recreates its container on the new image while keeping the volume.
Everything this project stores — source, node_modules, Docker images, containers, volumes, build cache, the dev database and the npm cache — is heavy, and on a small system drive it will fill it. The development machine is Ubuntu with Docker Engine, which keeps its data in /var/lib/docker, and npm uses its default cache in ~/.npm; put both on a disk with room. (The Windows-era layout, with Docker Desktop's data disk moved to D:, is kept for history in docs/ARCHITECTURE.md §12.)
Both locations are machine-level settings rather than repository settings, so a fresh clone elsewhere keeps that machine's defaults:
npm config get cache # npm's cache directory
docker info --format '{{.DockerRootDir}}' # Docker's data root
Test scratch directories do travel with the repository: vitest.shared.mjs points TMPDIR/TEMP/TMP at <repo>/.tmp so suites never write to the system temp directory.
npm run typecheck
npm test # db-backed suites skip without DATABASE_URL
npm run test:e2e -w @notea/orchestrator # real container end to end
# The db and worker suites need a database. Use a throw-away one: the worker
# suite clears tasks in beforeEach, so never point it at the dev database.
docker exec notea-dev-postgres psql -U notea -d postgres -c 'CREATE DATABASE notea_test'
DATABASE_URL=postgres://notea:[email protected]:55432/notea_test npm test -w @notea/db -w @notea/worker
docker exec notea-dev-postgres psql -U notea -d postgres -c 'DROP DATABASE notea_test'
| File | Purpose |
|---|---|
docs/HANDOFF.md | Start here: exact state, next step, what not to change |
docs/CURRENT_STATE.md | What exists, what is tested, known issues |
docs/PROJECT_SPEC.md | Product definition, concepts, milestones, prior art |
docs/ARCHITECTURE.md | Components, flows, runtime/terminal/realtime/agent design |
docs/AGENT_SYSTEM.md | Multi-agent architecture as implemented |
docs/DECISIONS.md | Decision log |
docs/MVP_ROADMAP.md | Milestones and status |
docs/IMPLEMENTATION_PLAN.md | Ordered next steps |
docs/SECURITY_MODEL.md | Threat model, controls, pre-commercial checklist |
docs/DATABASE_SCHEMA.md | Postgres schema |