# Status & Roadmap

**For the v2 pillar lens feature matrix, see the dedicated [v2/features.md](../v2/features.md).**

Where the project is and the de-risked path to the full vision. Architecture is in
[architecture.md](./architecture.md); the mesh design origin is
[`../.project/history/20260608_fleet-manager-mesh-design.md`](../.project/history/20260608_fleet-manager-mesh-design.md).

## Status at a glance

| Area | Status | Note |
|---|---|---|
| App — playback (VLC / mpv / QuickTime) | ✅ Shipped | helper retired → mpv; no NFS — local players play downloads, else route to the always-on host |
| App — library browser | ✅ Shipped | central index fast-path + local `MEDIA_ROOTS` walk + registry fallback (no NFS) |
| App — downloads (search + transmission) | ✅ Shipped | via `mcp` CLI; search needs FlareSolverr |
| App — metadata enrichment + artwork | ✅ Shipped | regex parse + TMDB/IMDb/keyless + ffmpeg frame-grab |
| App — all UI (Home/Player/Library/Search/Downloads/Metadata/Adult/Devices/Logs/Settings) | ✅ Shipped | wired, no TODO/FIXME/`fatalError` debt |
| App — device registry (Devices tab) | ✅ Shipped (registry only) | `DeviceConfig`: type→services presets mapping to fleet classes, per-device load badge; duty *engine* still unbuilt (see fleet below) |
| App — adult content tab | ✅ Shipped | `porn-rotation.py` ported to `PornCollectionService`; `ENABLE_ADULT` compile flag + runtime `pornFeature` setting, concealed by default |
| App — VPN subsystem | ✅ Shipped | OVPN profile/credential stores (Keychain), controller, settings UI |
| App — offline cache + Now Playing/media keys | ✅ Shipped | `OfflineCacheController`, `NowPlayingController`, bandwidth policy |
| iOS app (`TVAnarchyiOS`) | ✅ Shipped (companion) | VLCKit player, library, downloads, remote control via HTTP bridge (default `:8787`); the bridge *server* is not in this repo's `mcp/` tree |
| Distribution (release/update) | ✅ Shipped (macOS) / 🟡 scaffolded (rest) | `tools/release.sh` → Forgejo; `tools/update.sh` resolves per-OS asset+dest (mac/linux/windows/android/iOS) via the single-source `tools/platform.sh`. Only the macOS asset can exist until the client is cross-platform (see north star) |
| Universal client (one app, all devices) | ❌ Designed | the spine: control-plane HTTP daemon on the always-on host → thin web client → wrap (Tauri/Capacitor) → retire Swift UIs; adult becomes a backend-entitled module. See "North star" |
| `governor` (`portable-net-tv`) | ✅ Shipped (single-host) | watch tracking + prefetch buffer |
| `mcp` (`tv-anarchy-mcp`) | ✅ Shipped | VLC / helper / transmission / display tools |
| `recommender` | ✅ Shipped | enrichment + local recs |
| MLX title refiner | ✅ Shipped | `LocalLLMTitleRefiner` → `media_rec/title_refiner.py` (MLX Qwen); cached, self-disabling, wired at app startup |
| `governor` → fleet orchestrator (stage 1) | ✅ Shipped | `governor/src/fleet/`: registry ingest, duty assignment, custody floor-check, zombie reaper, **re-pin actuation** (`fleet repin --apply`: rsync holder→target + recorded holdings), capacity probes (`fleet probe`: ssh df + EWMA uptime), periodic daemon (`fleet daemon`), research feed into `mcp` search |
| `peers_for` / `custodians_of` (stage 3 core) | ✅ Shipped (single-fleet) | source model + both policy gates enforced; unions fleet ∪ seedbox ∪ live DHT, provenance-tagged; served over HTTP by `fleet serve` (`/peers_for/<hash>`, bearer-token) — runnable on any node until a real broadcast host exists |
| Fleet WireGuard fabric (plane 1) | ❌ Designed | blocked on the `10.9.0.4` open question + root on each node |
| Seedbox source + off-home face | ❌ Blocked external | engine supports the class/duty today; needs an actual provisioned seedbox |
| Friend-mesh / F2F relay (stage 4) | ❌ Designed | needs other fleets to exist |
| Private-tracker source (stage 5) | ❌ Designed | gates already enforced in `peers.ts`; ships last, after F2F is battle-tested |
| Discord planes | ❌ Designed | control/QA/announce + availability bot; needs bot tokens/servers |
| Multi-identity / cross-fleet | ❌ Designed | single-fleet foundation must land first |

**Verdict:** the media-client layer is complete and production-grade. The
fleet/mesh layer now has its single-fleet core (registry → duties → custody →
reaper → `peers_for`) implemented and tested in the governor; what remains is
actuation (cross-host copies), the WG fabric, and every stage that requires
infrastructure outside this repo (seedbox, friends, Discord).

## North star — one client, every device

The goal: **one app we install on every device** — iOS, Android, macOS, Ubuntu,
Bluefin, Windows — controlling the display endpoints (Roku, smart TVs) it can't
run on, **with the adult feature as an opt-in package on entitled devices only**.

**Why today's app can't be that.** It is Swift + SwiftUI/AppKit/UIKit + VLCKit —
structurally Apple-only (29 UI files; the core leans on Observation/AppKit/
MediaPlayer). It reaches only 2 of the 6 install targets. The per-platform
branches in `tools/update.sh` (linux/windows/android) are honest scaffolding for
release assets a Swift+SwiftUI build **cannot produce**. No amount of packaging
fixes that; the *client technology* is the constraint.

**The unlock is already on the roadmap.** ~20% of `TVAnarchyCore` exists only to
reach the always-on host over ssh/Process, and most of the rest *fronts* state that truly
lives on the always-on host (the index, the watchlog, transmission, porn-rotation). Once
the control-plane HTTP daemon (below) exposes those as HTTP, the client keeps almost no logic — it
becomes **browse + control + a `<video>`**. A thin client is portable; a fat one
isn't. So the dependency order is: **server-side consolidation first, universal
client second.** They're one program, not two.

**Client decision (the one real fork).** To be genuinely *one* codebase across
all six:
- **Recommended — web/PWA, wrapped:** one TypeScript app; Tauri for
  macOS/Windows/Linux installs, Capacitor for iOS/Android, raw PWA in any
  browser (covers Bluefin and anything else for free). Talks only HTTP+WS to
  the control-plane HTTP daemon on the always-on host. Reuses the workspace's TS toolchain (governor/mcp). Roku/TVs are
  *controlled*, not install sites. **Cost:** the Swift macOS/iOS UIs become
  legacy and are retired at parity — a real rewrite, paid down by the logic
  moving server-side where it belongs. **Tradeoff to weigh:** native VLCKit
  offline playback is best-in-class today; a PWA's offline story (service worker
  + Capacitor filesystem on mobile) is good but not equal — this is the one
  capability the pivot risks.
- **Pragmatic alternative:** keep Swift for Apple (where it's excellent), ship
  the web client only for the non-Apple platforms. Two clients, not one —
  satisfies *reach* but not the literal "one app" goal.

**Adult as a package (honoring "some include it").** In the web-client world the
adult feature becomes a **lazily-loaded module gated by a per-device entitlement
the backend issues** — clients are byte-identical everywhere; the always-on host serves the
adult module *and* adult library rows only to entitled devices. That's strictly
stronger than today's client compile flag (an un-entitled install never holds
adult data to leak). The existing `ENABLE_ADULT` compile-strip survives as a
**store-safe variant** for the one case that needs zero adult code present
(an app-store submission) — cut from the same source via the asset-suffix
dimension the release pipeline already supports.

**Sequence (each phase ships):** 1) control-plane HTTP daemon — HTTP/WS service plane on the always-on host
(player, index, **`/media`**, verbs); 2) thin **web client** against it
(browse + control + player) reaching parity with the Swift app feature-by-
feature; 3) **wrap** (Tauri/Capacitor) + entitlement-gated adult module;
4) **retire** the Swift UIs and any intermediate bridge for client playback. The `/media` plane in (1)
is the same one the Roku channel needs — bought once.

> Open decision for the operator: commit to the web-thin-client rewrite (true
> one-app, accept the offline-playback tradeoff), or hold Swift-for-Apple +
> web-for-the-rest (reach without a single codebase). Everything before the
> client rewrite — the control-plane HTTP daemon, the `/media` plane — is correct either way, so the
> fork can be deferred until phase 2 without stalling phase 1.

### Repo-state note

The `PlumTV → TVAnarchy` rename and the helper subsystems (`governor/`, `mcp/`,
`recommender/`, `search/`, `fleet/`, `tools/`) were committed to `main` on
2026-06-09 as a series of atomic commits (`41afc1c`…`b44b5a2`). Stage 0
(hygiene) below is **done**.

## Remaining work — detail

### ~~MLX title refiner~~ — ✅ done 2026-06-09

`LocalLLMTitleRefiner` (Swift) shells into `media_rec/title_refiner.py` (MLX
Qwen 1.5B, same model as the show grouper), consulted only for degenerate
(<2-char) regex titles. Results are disk-cached
(`~/.local/state/tv-anarchy/title-refinements.json`); two consecutive
subprocess failures disable it for the session so a scan never pays repeated
timeouts when MLX is absent. Wired at app startup. (The seam itself had a
wiring bug — the raw-name fallback ran *before* the refiner check, making it
unreachable — fixed in the same change.)

### governor → fleet orchestrator — ✅ engine + read-only actuation done 2026-06-09

`governor/src/fleet/` implements stage 1: registry ingest (the app-side
`fleet.json` array is authoritative, `devices.json` the fallback), deterministic
duty assignment with the spec's invariants, the N-copy custody floor-check with
rolling-baton custodianship + re-pin planning, and the zombie reaper
(`healthy | stalled | dead`, mesh-first recovery, public re-search fallback).
CLI: `portable-net-tv fleet status|duties|custody|repin|reaper|peers|probe|daemon|serve`
(all `--json`). `reaper --apply` performs only safe idempotent transmission
nudges (reannounce/verify).

**Completed 2026-06-09 (later, parallel agent team):** the actuation layer —
`fleet repin --apply` executes re-pin plans (rsync on the target pulling from
the holder, recorded holdings feed back into the floor-check), `fleet probe`
measures disk/uptime over ssh (EWMA score; feeds custody disk-eligibility),
`fleet daemon` runs the duties→floor→reaper tick periodically for launchd, and
`fleet serve` exposes `/registry /custody /reaper /peers_for/<hash>` over HTTP
with optional bearer auth (the broadcast-host service, runnable on any node).
Research actions build real `mcp` search invocations (`fleet repin`/reaper
plans name them; execution behind apply flags). Remaining inside stage 1:
nothing — what's left is infrastructure (targets need `ssh` + `mediaRoot` in
`fleet.json` for repin to have somewhere to copy to) and the launchd plist
itself.

### fleet WireGuard fabric (plane 1) — blocked on a decision

The spec promotes a scoped fleet WG mesh (`tva0`, fleet-subnet-only
`AllowedIPs`, collision-probe) to a foundational stage, but its design is
explicitly blocked on the open question of what `10.9.0.4` is today (general
overlay vs ad-hoc tv-anarchy overlay), and bring-up needs root on every node.
Decide, then build.

### stages 2/4/5 + Discord — blocked on external infrastructure

The engine already models seedboxes (class, duty preference, source defaults)
and enforces the private-tracker gates; what doesn't exist is the
infrastructure: a provisioned seedbox, friends' fleets for F2F, private-tracker
credentials, Discord bots/servers. None of this is code in this repo until
those exist.

### Control-plane HTTP daemon on the always-on host (no ssh on the control path) — planned milestone

**This is phase 1 of the universal client** (see north star): it's the
prerequisite that thins the client enough to be portable, not merely an ssh
cleanup. ssh-as-transport is the app's load-bearing design debt: player control is a
fresh `ssh → sudo socat → /tmp/mpv.sock` pipeline per command (`MpvTarget`),
the library index is `ssh cat`, launch/stats/releases/restart are ssh-invoked
helper verbs (whose deploy drift required the `helper_sha` badge), and the
offline cache rsyncs over ssh. Consequences: every keyless client needs a proxy
(a roaming client app may need an intermediate bridge; a Roku/web client can't
ssh at all), every capable client reimplements ssh plumbing, and the `sudo
socat` hack exists purely because the far socket is root-owned. The
counter-examples are already in the stack: transmission (HTTP RPC :9091) and
the Roku's ECP are the robust integrations.

**Design:** one daemon on the always-on host — HTTP on LAN + WG overlay, bearer token:
- `/player/*` + WebSocket events — local unix-socket access to mpv (root
  problem dissolves; no per-command process spawn)
- `/library/index` — replaces `ssh cat`
- `/media/<path>` (HTTP range now, on-demand HLS remux later) — the SAME media
  plane the Roku channel / web client milestone needs; one investment
- `/launch`, `/stats`, `/releases`, `/restart` — the helper verbs
- `/version` — replaces helper_sha drift detection

**Migration (each phase shippable):** 1) daemon wraps the existing pieces
(systemd unit; deploy via the existing helper mechanism); 2) HTTP-based
`PlayerTarget` (MediaLaunchable over HTTP, like VLC's) preferred with ssh
fallback; 3) retire ssh paths for client playback + any intermediate bridge (clients talk directly
to the always-on host). ssh remains for deploys/admin only.

### Roku dev channel — planned milestone

The living-room display has a Roku Streaming Stick 4K (ECP)
alongside the central host's HDMI input. ECP **transport control is done** (HostKind
`.roku` / `RokuTarget` — pause/jump-back/exit/now-playing from the Devices
tab). The channel itself — a couch-native TVAnarchy UI *on the Roku* — needs:

1. **HTTP media plane on the always-on host** — Roku only plays HTTP(S) streams; today the
   media is NFS/ssh. A file server plus on-demand ffmpeg remux/transcode→HLS
   for the incompatible tail (mkv with FLAC/Opus audio, PGS subs). This is the
   heavy piece and is useful beyond Roku (any future web/TV client).
2. **BrightScript/SceneGraph client** — library browse (central index over HTTP)
   + Video node playback. New codebase, no Swift reuse.
3. **Release pipeline** — release asset + a push-deploy step
   (dev channels are uploaded TO the stick). One dev-channel
   slot, persists indefinitely; dev mode enable = ECP keypress sequence.

Store publishing is out: Roku killed non-certified channels (2024) and
certification would reject the torrent surfaces regardless of `ENABLE_ADULT`.
Sideload-only, which the forge model already fits.

## Build order (de-risked; each stage independently shippable)

From the design spec. Each stage ships on its own; later stages depend on earlier.

0. ~~**Hygiene (prerequisite)**~~ — ✅ done 2026-06-09: the `PlumTV → TVAnarchy`
   rename and the helper subsystems are committed on `main`.
1. ~~**Host registry + duty assignment, single fleet**~~ — ✅ done 2026-06-09
   (engine): app-side registry (Devices tab, `fleet.json`) + governor-side duty
   engine, custody floor-check, and reaper (`governor/src/fleet/`). Remaining
   inside stage 1: re-pin *actuation* (cross-host copy execution) and running
   `fleet duties`/`reaper` under launchd instead of on demand.
2. **Seedbox source + `public_swarm_face` duty.** Adds an always-on custodian;
   proves the source model on the zero-risk source first. ("Add a seedbox" is the
   single most important onboarding step for non-power-users — most multi-device
   fleets have zero always-on nodes otherwise.)
3. ~~**`peers_for()` over local sources**~~ — ✅ core done 2026-06-09:
   `fleet peers <infohash|title>` unions fleet holders ∪ seedbox ∪ live DHT
   peers, provenance-tagged, with both private-tracker policy gates enforced
   (`search_only` default-closed; `f2f_only` forced un-overridably). Remaining:
   a broadcast host to *serve* `peers_for` to other devices (today it's a local
   CLI query).
4. **Friend-mesh source + F2F relay.** Federates; the custody floor goes
   cross-fleet. Multi-identity lands here.
5. **Private-tracker source, default-closed.** LAST and highest-consequence:
   `swarm_isolation` forced to `f2f_only`, un-overridable; `content` share is an
   account-killer for the source user. Ship only once F2F isolation is
   battle-tested on safe sources.

**Parallel, any time:** ~~MLX `TitleRefiner`~~ — ✅ done 2026-06-09.
**After a working mesh:** the Discord planes — control/ops + QA/community +
release announcements (project home server) and content/availability (private mesh
+ a bot inside users' *own* servers, never the public home server). Discord is a
surface you notify, not a backbone you route through: custody/reaper/F2F run over
WireGuard regardless, and a Discord ban must not take the mesh down.

## Non-goals / explicitly deferred (not defects)

- **`BlackTVTarget` removed.** Intentional — auto-migrated at runtime to `MpvTarget`
  with `CommandsConfig.blackTVDefaults(bin:)`. Helper control still works.
- **No ratio enforcement.** Resolved decision (2026-06-08): ship gift-economy,
  build the `custody_capacity` knob, leave it off. First lever is visibility, not
  enforcement; hard ratio is a per-group last resort. Ratio anxiety is the pain
  being sold against — "minus the ratio police."
- **No fingerprint-stripping on private shares.** Resolved decision: **warn hard,
  strip never** by default. Stripping re-encodes and destroys the quality that
  makes a private release valuable; the friend is protected structurally by
  `f2f_only`, the source by the explicit warning. Strip is a per-release opt-in
  only, never auto.
- **App doesn't link `governor` or call the MCP server directly.** By design — it
  shells out to the `mcp` CLI and `recommender` as subprocesses; `governor` runs
  independently under launchd.
- **Watch state on the always-on host.** Intentional — local to the central host, read over SSH,
  never written across NFS.
- **Watch parties** (if built) = synchronized *local* playback; Discord carries
  only voice + timestamps, never streamed copyrighted video.
