every.channel
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every.channel

A global, disaggregated mesh of relays that turns local ATSC antennas into a coherent, worldwide stream. The stack is Rust-first, MoQ-native, and designed for deterministic chunking so identical broadcasts yield identical data.

Goals

  • Free, global access to broadcast TV through user-run relays.
  • Deterministic encoding and chunking to make availability a coordination problem.
  • Clean layering: capture -> transcode -> MoQ publish -> relay -> client playback.
  • Cross-platform clients: Tauri app, CLI, and a static web UI.

Repository layout

  • crates/ec-core: shared types and determinism profiles.
  • crates/ec-hdhomerun: HDHomeRun discovery and lineup scaffolding.
  • crates/ec-linux-iptv: Linux DVB ingest scaffolding.
  • crates/ec-iroh: iroh transport scaffolding.
  • crates/ec-crypto: stream key derivation helpers.
  • crates/ec-ts: MPEG-TS timing and table parsing.
  • crates/ec-chopper: deterministic ffmpeg chunking scaffolding.
  • crates/ec-moq: MoQ data model and relay scaffolding.
  • crates/ec-node: node runner (ingest + publish).
  • crates/ec-cli: CLI for discovery and node control.
  • apps/tauri: desktop client shell.
  • apps/tauri/ui: Dioxus web frontend embedded in the Tauri app.
  • docs/USAGE.md: runbook for viewer and ingest pipelines.
  • docs/IROH_EXAMPLES.md: summary of iroh repos/examples used for design.
  • docs/: architecture, roadmap, and MoQ notes.

Development

Nix:

nix develop

Rust:

cargo build

Runbook:

cat docs/USAGE.md

Coverage:

./scripts/coverage.sh

Build static web:

./scripts/build-web.sh

Deploy to Cloudflare Workers (static site):

./scripts/deploy-workers.sh

Remote website E2E (local publisher -> deployed every.channel web):

./scripts/e2e-remote-website-direct.sh

Remote website E2E (public list/signaling -> website selects stream automatically):

./scripts/e2e-remote-website-directory.sh

Tauri viewer (Dioxus + Trunk):

cd apps/tauri/ui
trunk serve --port 1420 --public-url /
cd ../
cargo run

Status

This repository is intentionally minimal. It captures the initial architecture and scaffold for a MoQ-first network and will expand as proposals are accepted.