watch-cli

Watch any social video → get an architecture diagram, working component, runnable notebook, or step-by-step cheat sheet — automatically.

Eyes and ears for your AI agent. watch-cli composes yt-dlp + ffmpeg + a Whisper-class ASR into a single command that hands an agent the raw materials to "watch" any video: VIDEO + FRAMES + TRANSCRIPT, ready for an LLM to read frames as images and transcript as text.

watch https://twitter.com/anyone/status/12345

Works on YouTube, X, LinkedIn, TikTok, Reddit, Vimeo, and Facebook. Login-walled posts (LinkedIn, private X, FB) work with WATCH_BROWSER=auto, which reads cookies from a browser you are signed in to.

What you can build

Hand the watch output to your agent with one of five prompts in prompts/:

The prompt library is what turns "video → frames + transcript" into "video → working artifact". The full Prompt library section below has copy-paste templates.

Why this exists

Large language models can't watch video natively — they read text and look at still images. You can hand a video to a multimodal API and get back a chat-style summary, but for an agent workflow that's the wrong artifact: the agent wants the raw frames and the full transcript so it can reason for itself, not someone else's pre-digested recap.

A video is just frames + audio, and each piece already has a fast, near-free primitive:

• yt-dlp downloads from any social platform
• ffmpeg extracts evenly-spaced frames
• An ASR model transcribes the audio
• A multimodal LLM hears tone, music, SFX, language, mood

Compose them and your agent has the materials to watch any social video.

What it looks like

$ watch https://www.linkedin.com/posts/some-talk_activity-12345

VIDEO: /tmp/dl-video/abc123.mp4
DURATION: 218
FRAMES:
  /tmp/frames_abc123/frame_01.jpg
  /tmp/frames_abc123/frame_02.jpg
  …
TRANSCRIPT:
  Today I want to talk about how decomposition unlocks 10× cost reduction in
  multimodal pipelines …

Your agent reads the JPGs and the transcript. That's the whole watch.

Why pay-per-use, not subscription

Most subscription summary tools start around $15/month and deliver a polished, human-readable summary. If you're feeding an AI agent, that's the wrong artifact — agents need raw frames and the full transcript to reason for themselves, not someone else's pre-digested recap.

A typical research session is 1–3 videos, not 100. Through Kyma — the default backend — a 1-hour video costs ~$0.05 (transcribe is the only paid step; frame extraction is local ffmpeg).

No monthly minimum, no seat license, no lock-in. The free credit at Kyma signup is enough to run the full pipeline end-to-end before you spend a cent.

Install

# macOS — Homebrew (recommended)
brew tap sonpiaz/tap
brew install watch-cli

# Any OS — curl
curl -fsSL https://github.com/sonpiaz/watch-cli/releases/latest/download/install.sh | bash

The curl one-liner auto-falls back to git clone of main if no published release tarball is reachable.

Claude Code (skill marketplace)

If you use Claude Code, install watch-cli as a skill:

/plugin marketplace add sonpiaz/watch-cli
/plugin install watch-cli@watch-cli

The agent then picks up watch <url> as a first-class command.

Pin a specific version:

curl -fsSL https://github.com/sonpiaz/watch-cli/releases/download/v0.3.4/install.sh \
  | WATCH_CLI_VERSION=0.3.4 bash

Or from a clone:

git clone https://github.com/sonpiaz/watch-cli ~/.watch-cli
cd ~/.watch-cli && ./install.sh

The installer checks for yt-dlp, ffmpeg, jq, curl, python3 and symlinks the commands into ~/.local/bin. On macOS:

brew install yt-dlp ffmpeg jq

On Debian/Ubuntu:

sudo apt install yt-dlp ffmpeg jq python3 curl

Optional install flags

./install.sh --with-skill   # also drop SKILL.md into ~/.claude/skills/watch-cli/
./install.sh --with-mcp     # print the npm install hint for the MCP stdio server

• --with-skill copies the portable SKILL.md into ~/.claude/skills/watch-cli/ so Claude Code picks up watch-cli as a skill on next start. The same file works in OpenClaw and hermes-agent — see SKILL.md.
• --with-mcp prints the manual install line for @sonpiaz/watch-cli-mcp, the MCP stdio server that exposes watch-cli to Claude Desktop, Cursor, Cline, Continue.dev, Windsurf, Zed, and any other MCP-capable client. The flag will auto-install once the package is published to npm.

Setup

export KYMA_API_KEY=kyma-xxxxxxxx

Get a Kyma key at kymaapi.com — 60 seconds, no card.

Prefer bring-your-own-keys? Comment in GROQ_API_KEY and GOOGLE_AI_KEY in .env.example and watch-cli falls back to direct provider calls.

Why Kyma

watch-cli uses Kyma as its AI backend. A few things you get for free:

• One key, every model in this CLI. watch-cli calls Kyma using capability aliases (transcribe, audio-understand). When Kyma swaps in a better model behind the alias, your scripts keep working unchanged.
• Per-call cost in the response. Every transcribe gives you a real number, not an end-of-month dashboard surprise.
• Auto-fallback across providers. If the underlying audio provider is throttling or down, Kyma routes through another. Your script never sees the outage.
• Free credit at signup. About 9 hours of audio at the default rate. Enough to know if you like it before you spend a cent.

The badges above pull live from api.kymaapi.com/api/stats, so the model count and free-credit number stay current without a watch-cli release.

Commands

watch <url> [frame-count] [--cookies <file>] [--no-cache]
  Orchestrator. Downloads, extracts frames, transcribes — one block out.
  Archives the result; watching the same URL again reuses it.

watch-archive ls | find <query> | get <id|url> | where
  Query everything you've watched. `find` returns the timestamp of the
  matching line, so you get a seek position, not a video to re-watch.

dl-video <url> [out-dir] [--cookies <file>]
  Just download the video. Returns the local mp4 path.

extract-frames <video> [count] [out-dir]
  Pull N evenly-spaced JPG frames. Default 8.

transcribe <audio-or-video> [language] [--segments-out <path>]
  Speech-to-text. Auto-extracts audio from video first.
  --segments-out also writes timestamped segments to a JSON sidecar.

audio-q <audio-or-video> "<question>"
  Audio scene Q&A — tone, music, SFX, language, emotion.
  Beyond pure transcription.

models [--all]
  List audio models available on Kyma (live, no hardcoded list).
  --all to see every Kyma SKU (text + image + video + audio).

Watch once, keep it

Every successful run is archived to ~/.watch-cli/archive, so the same video is never transcribed twice. A second watch on the same URL skips both the download and the ASR call and prints byte-identical output.

watch https://youtu.be/xyz          # first run: downloads, transcribes
watch https://youtu.be/xyz          # cache hit, no API spend
watch-archive find "context graph"  # → id, [04:32], the line, across everything

Records are plain JSON, SRT and JPG on disk. grep and jq read them perfectly well without this tool, and transcript.srt drops straight into any video player. Full layout in docs/archive.md.

How transcribe and audio-q stay current

The scripts call Kyma using the transcribe and audio-understand aliases, not raw model IDs. When Kyma swaps the underlying model (Whisper v4, Voxtral, a faster ASR), watch-cli keeps working without an update — the alias points to whichever model is current. Run watch-cli models any time to see what's behind the alias today.

Login-walled videos

Most YouTube / TikTok / Reddit / Vimeo / public X work without setup. LinkedIn, private X posts, and Facebook need a session.

watch-cli fetches every URL anonymously and never reads a browser session on its own. For a login-walled URL, opt in per run:

WATCH_BROWSER=auto watch <url>      # any signed-in browser: Chrome → Firefox → Safari → Edge → Brave → Chromium
WATCH_BROWSER=firefox watch <url>   # one browser

Cookies are read from the local browser profile by yt-dlp, sent only to that platform, and never stored or uploaded.

For servers / CI without browsers, pass a manual cookies file:

watch <url> --cookies ~/cookies.txt

Full setup walkthrough: docs/cookies.md.

Use with Claude Code (or any agent)

You have access to a `watch` command that takes a URL and returns
a video, 8 frames, and the transcript. Read the frames as images and
the transcript as text — that's enough to "watch" any social video.