Praxis CI 0df1ec391a docs(P00): create phase 1 plan — 10 slices, 4 waves, 34 tasks, 20/20 REQ coverage
PLAN.md: 998 lines (vertical-slice plan with wave ordering)
.gitignore: fix .env.example being ignored by .env.* pattern (D-038)

Wave 1: Dockerfile + docker-compose.yml + .dockerignore | FastAPI StaticFiles mount
Wave 2: PVE API layer (8 scripts) | health-check.sh
Wave 3: firstboot-hook.sh | install-service.sh + praxis.service | lxc-deploy.sh
Wave 4: secret wiring + .env.example | bats tests (11 files) | E2E verification

Persona load: devops-engineer 15 tasks, lead-developer 4, backend 4, data 2, frontend 0 (deactivated)

---ci---
project: praxis
phase: 0
milestone: v0.2
status: plan
---/ci---
2026-08-01 14:01:46 +00:00

Praxis — v0.1 Foundation

Voice-first AI apprenticeship platform. v0.1 is a tech-validation harness (per G-008) for the minimal viable voice loop: a single learner speaks to an AI tutor playing a Customer Service role-play scenario, hears a <600ms-latency response, receives an end-of-session coaching debrief, and has the session logged to SQLite.

Status

Phase 1 (minimal viable voice loop) — code-complete, pending live API keys for runtime verification.

Stack

  • Orchestration: Pipecat (D-017) with Silero VAD + interruptibility
  • ASR: Deepgram Nova-3 streaming (D-013)
  • LLM: Ollama Cloud direct API (D-020) — gemma4:cloud (role-play) + deepseek-v4-flash:cloud no-think (debrief)
  • TTS: Cartesia Sonic (primary, D-014) / Piper (self-hosted, R4 mitigation) — behind an interface
  • Client: React + Vite + WebRTC (Pipecat client SDK, D-015)
  • State: SQLite praxis.db (D-007, single hardcoded learner, no auth)

Layout

server/      Pipecat pipeline, services (TTS/LLM/Guardrail interfaces), scenario runtime, adapters
client/      React + Vite + WebRTC learner surface
scenarios/   YAML scenario definitions (D-018)
db/          SQLite schema, migrations, async store
scripts/     Latency probes (R1-R4), e2e smoke
tests/       Unit + e2e
docs/        Latency report, debrief templates

Quickstart

  1. Copy .env.example.env, fill in DEEPGRAM_API_KEY, CARTESIA_API_KEY, OLLAMA_API_KEY.
  2. Install server deps: pip install -e ".[dev]"
  3. Install client deps: cd client && npm install
  4. Run probes: python scripts/probe_deepgram.py (etc.)
  5. Run server: python -m server
  6. Run client: cd client && npm run dev

See docs/latency-report.md for the R1-R4 spike status and TTS decision.

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