docs: CHECKLIST.md at repo root — discoverable single-source-of-truth
Compact, easy-to-find checklist of every shipped feature + every open item from the 2026-05-15..17 session sweep. Each line carries its ADR reference and (where relevant) the implementing commit. Three sections: ✅ Done — server, FW, ops, docs ⏳ Open — priority-sorted (high-value-low-effort first, bigger items last, hygiene at bottom) Reference — pointers to detail docs Lives at the repo root so `ls` / GitHub README sidebar / any agent opening the repo finds it first. Pairs with espectre-gap-analysis.md which carries the deeper technique-by-technique reasoning. ≤ 200 lines per the project's docs convention.
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# RuView · Implementation Checklist
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Single source of truth for what's shipped and what's open. Updated
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at the end of every session. Pair with
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[`docs/references/espectre-gap-analysis.md`](docs/references/espectre-gap-analysis.md)
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for the technical detail behind each line.
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Last sweep: **2026-05-17**, branch `feat/ota-rssi-mobile`, head `e4204595`.
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---
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## ✅ Done
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### Server (`v2/crates/wifi-densepose-sensing-server`)
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- [x] **ADR-100** PHY gain-lock (AGC + FFT freeze, ESPectre port) — FW
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- [x] **ADR-101** Raw-amplitude classifier (CV + baseline drop, hysteresis)
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- [x] **ADR-101** Per-node classification badges in WS payload
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- [x] **ADR-102** NBVI subcarrier selection (formula α=0.5, top-12)
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- [x] **ADR-102** NBVI Step 1 quiet-window finder
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- [x] **ADR-103** Persistent baseline at `data/baseline.json` (FULL broadband)
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- [x] **ADR-103** Universal threshold via baseline-CV normalization
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- [x] **ADR-104** Per-subcarrier drift channel (off-axis presence)
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- [x] **ADR-104** NBVI Step 3 FP-rate validation (K ∈ {6,8,10,12,16,20})
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- [x] **ADR-105** Drop all synthetic data from runtime
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([signal_field, pose_keypoints, persons, fake confidence — all gated)
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- [x] **ADR-106** Full complex CSI in WS (`amplitude` + `phases` + meta)
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- [x] **ADR-106** Built-in CSI keepalive (managed `ping` per sensor)
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- [x] **ADR-106** Server-side µs `timestamp_us`
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- [x] **ADR-107** `POST /api/v1/baseline/calibrate` + UI button
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- [x] **ADR-107** Auto-recalibrate on long-quiet periods (30 min default)
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- [x] **ADR-107** `GET /api/v1/baseline` (status + cooldown)
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### Firmware (`firmware/esp32-csi-node`)
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- [x] **ADR-100** Gain-lock (300-packet median, MIN_SAFE_AGC=30 safety)
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- [x] **ADR-106** Sensor µs timestamp in CSI trailer (`rx_ctrl.timestamp`)
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- [x] **ADR-108** NVS persistence of gain-lock — reboot ready in ~0.5 s
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- [x] (parallel agent) RSSI carry-through via feature_state header fix
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- [x] (parallel agent) OTA: `OTA_SIZE_UNKNOWN`, httpd stack_size=8192,
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reset-reason log — all three FW prerequisites for working OTA
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### Ops / tooling
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- [x] `scripts/ota-deploy.sh` — WiFi OTA flash + auto-discovery + verify
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- [x] `scripts/record-baseline.py` — headless baseline capture (CLI)
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- [x] `data/baseline.json` v2 schema
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- [x] `docs/references/ota-pipeline.md` — verbatim OTA recipe (port 8032)
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### Documentation
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- [x] **ADR-100..108** all written, each ≤ 200 lines
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- [x] `docs/references/espectre-techniques.md` — Pace technique catalogue
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- [x] `docs/references/espectre-gap-analysis.md` — section-by-section gap
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- [x] Documentation actualization sweep — every Open Items section
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cross-checked against actual implementation state
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---
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## ⏳ Open, priority-sorted
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### High value, low effort
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- [ ] **Per-sub delta sparkline in `raw.html`** — operator sees off-axis
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drift channel firing in real time. ~30 min. (ADR-104 open)
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- [ ] **`POST /ota/recalibrate`** — clear gain-lock NVS via REST,
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no USB needed. ~30 min FW + OTA. (ADR-108 open)
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- [ ] **Track AP MAC in NVS alongside gain-lock** — auto-invalidate
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stale values on AP swap. ~1 h FW + OTA. (ADR-108 open)
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- [ ] **Per-subcarrier baseline AGE check** — flag for re-calibration
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when channel slowly drifts. ~1 h. (ADR-104 open)
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- [ ] **Tailscale-target in NVS** — sensor stream keeps working when
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Mac roams networks. ~30 min provision + reflash. (ADR-100 open)
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- [ ] **`n_aps_used` field in `enhanced_*`** — let consumers know
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when multi-AP pipeline ran on a single sensor. ~30 min. (ADR-105 open)
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### High value, medium effort
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- [ ] **HA via MQTT** — sensor as HA entity (`binary_sensor.motion`).
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Wide ecosystem reach. ~1 day.
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- [ ] **2 000-packet fixed-replay test suite** — regression protection
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over classifier + NBVI. Pace's pattern (1 000 idle + 1 000 motion).
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~1 day.
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- [ ] **Multi-AP `signal_field` via `MultistaticFuser`** — replaces
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zero-filled grid (ADR-105 D6) with physically real spatial map.
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~2-3 h.
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- [ ] **Phase-domain drift** — phase delta vs baseline phase, picks up
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sub-mm chest-wall motion for vital signs. Requires phase baseline
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in `baseline.json`. ~1 h script + ~30 min server. (ADR-104 open)
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- [ ] **Hide pose canvas in Docker SPA when `model_loaded == false`**
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— stop the upstream UI from rendering empty skeletons.
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~15 min UI patch. (ADR-105 open)
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### Bigger, lower urgency
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- [ ] **ESPHome native component** — tighter HA than MQTT bridge. 2-3 days.
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- [ ] **Web Serial calibration game** — playful threshold tuning. 1 day.
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- [ ] **Boot-time NBVI freeze in FW** — only if FP issues in real homes.
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Trade-off: doesn't adapt to channel changes. 2 h. (ADR-102 open)
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- [ ] **Per-channel NVS cache for gain-lock** — needed only if channel
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hopping (ADR-029) is reactivated. 1 h. (ADR-108 open)
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- [ ] **DensePose model train + load** — unlock 17-keypoint pose;
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needs dataset (MM-Fi or Wi-Pose) + training run. 1-3 days.
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- [ ] **AETHER contrastive pretrain on live data** — code path exists
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via `--pretrain`. Self-supervised, no labels. 2-3 h to set up +
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hours of training time.
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- [ ] **MERIDIAN domain generalization** — code present (parent
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project), not loaded. Cross-room transfer. 1 day to integrate.
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- [ ] **Channel hopping (ADR-029)** — scaffold in FW, deactivated.
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Frequency diversity for anomaly detection. 2-3 h.
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- [ ] **Multi-antenna support (`n_antennas` > 1)** — currently hard-
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coded to 1 in `csi_collector.c`. ESP32-S3 typically single-
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antenna so low value unless we ship on C6/MIMO. 1 h.
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- [ ] **Multiple baseline profiles** (day/night/season). 2 h.
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- [ ] **Progress bar in calibrate button** instead of text pill. 15 min.
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### One-time hygiene
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- [ ] **README.md** is 542 lines — review for current relevance, trim.
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- [ ] **CLAUDE.md** is 407 lines — same.
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- [ ] **Re-record `data/baseline.json`** via the new UI calibrate button
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so `per_subcarrier_mean` field is populated and ADR-104 drift
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channel activates. ~2 min operator time.
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---
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## Reference
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| Doc | Purpose |
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|---|---|
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| [`docs/adr/`](docs/adr) | All ADRs 001-108; 100-108 are this session |
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| [`docs/references/espectre-techniques.md`](docs/references/espectre-techniques.md) | Pace technique catalogue + RuView adoption |
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| [`docs/references/espectre-gap-analysis.md`](docs/references/espectre-gap-analysis.md) | Section-by-section gap with priority table |
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| [`docs/references/ota-pipeline.md`](docs/references/ota-pipeline.md) | OTA recipe — port 8032, three FW prereqs |
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To mark an item done: tick the box, add `(ADR-XXX, commit-sha)` after
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the line, move it from the priority section to the top "Done" section.
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