Augent
OfficialEnables exporting transcriptions to Obsidian graph view with wikilinks, MOCs, and frontmatter.
Click on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@Augent transcribe this YouTube URL: https://youtu.be/abc123"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
Augent — The Audio Layer for Agents
If the answer is trapped in audio or video, this is the way through.
Augent turns any audio or video source into structured, searchable intelligence for agents. Give it URLs or files. It downloads, transcribes, indexes, and stores everything in persistent memory. Search by keyword or meaning, find where concepts intersect, identify speakers, generate chapters and notes, batch process entire libraries, and more. One install, full pipeline, entirely on your machine.
If you want the quality info from content without sitting through it, the fastest way, this is it.
Preferred setup: run the one-line installer in your terminal. One command installs Augent, all dependencies, and the MCP server config. Works on macOS and Linux. Windows: install via pip. Works with Claude Code, Codex, and any MCP client. New install? Start here: Getting started.
Install
curl -fsSL https://augent.app/install.sh | bashWorks on macOS and Linux. Installs everything automatically.
Windows: pip install "augent[all] @ git+https://github.com/AugentDevs/Augent.git"
The installer is a single bash script (source). Every dependency is open source:
Dependency | What it does |
Runtime | |
Audio processing | |
Media downloads | |
Parallel downloads | |
TTS phonemizer | |
Speech-to-text | |
ML framework | |
Semantic search | |
Speaker diarization | |
Text-to-speech | |
Audio source separation | |
Local web UI |
No background services. No telemetry. No sudo on macOS.
What each phase installs and why | |
Step-by-step for macOS, Linux, and Windows | |
How to fully remove Augent |
Related MCP server: video-analyzer
How it works (short)
graph TB
A["URL / File"] --> B["Download + Separate"]
B --> C["Transcribe"]
C --> D["Memory + Tag"]
D --> E["Search"]
D --> F["Analyze"]
D --> G["Export"]
style A fill:#0d2618,stroke:#00f060,color:#00f060,stroke-width:2px
style B fill:#0d2618,stroke:#00f060,color:#00f060,stroke-width:2px
style C fill:#0d2618,stroke:#00f060,color:#00f060,stroke-width:2px
style D fill:#0d2618,stroke:#00f060,color:#00f060,stroke-width:2px
style E fill:#0a0a0a,stroke:#00f060,color:#00f060,stroke-width:2px
style F fill:#0a0a0a,stroke:#00f060,color:#00f060,stroke-width:2px
style G fill:#0a0a0a,stroke:#00f060,color:#00f060,stroke-width:2px
linkStyle default stroke:#00f060,stroke-width:1.5pxProject Structure
augent/
├── mcp.py # MCP server — 22 tools for agents
├── config.py # User configuration (~/.augent/config.yaml)
├── core.py # Transcription engine (faster-whisper)
├── search.py # Keyword search
├── embeddings.py # Semantic search, chapters, visual scoring
├── speakers.py # Speaker diarization (pyannote-audio)
├── separator.py # Audio source separation (Demucs v4)
├── tts.py # Text-to-speech (Kokoro)
├── memory.py # Three-layer memory (SQLite)
├── graph.py # Obsidian graph view (wikilinks, MOCs, frontmatter)
├── clips.py # CLI clip extraction (audio segments around matches)
├── export.py # Export formats (JSON, CSV, SRT, VTT, MD)
├── cli.py # CLI interface
└── web.py # Web UI (FastAPI)MCP Tools
The primary way to use Augent. Any MCP client gets direct access to all tools.
Add to ~/.claude.json (global) or .mcp.json (project):
{
"mcpServers": {
"augent": {
"command": "augent-mcp"
}
}
}Restart Claude Code. Run /mcp to verify connection.
Tool | Description |
Download audio from video URLs at maximum speed (1,000+ supported sites) | |
Full transcription with metadata | |
Find keywords with timestamps and context snippets | |
Search audio by meaning, not just keywords (semantic search) | |
Take notes from any URL with style presets | |
Auto-detect topic chapters in audio with timestamps | |
Search multiple files in parallel, built for batch workflows and agent swarms | |
Convert text to natural speech audio (Kokoro TTS, 54 voices, 9 languages) | |
Find where keywords appear near each other | |
Identify who speaks when in audio (speaker diarization) | |
Isolate vocals from music and background noise (Demucs v4) | |
Export a video clip from a URL for a specific time range | |
Export MP4 clips of specific moments, auto-pick the best or target exactly what you want | |
Add, remove, or list tags on transcriptions for organized filtering | |
Extract visual context from video at moments that matter (query, auto, or manual) | |
Rebuild Obsidian graph view data for all transcriptions | |
Search across ALL stored transcriptions by keyword or meaning | |
List media files in a directory | |
List stored transcriptions by title | |
View transcription memory statistics | |
Clear stored transcriptions | |
Download, check, or stop X/Twitter Spaces recordings |
"Download these 10 podcasts and find every moment a host covers a product in a positive or unique way. Not just brand mentions, only real endorsements or life-changing recommendations. Give me the timestamps and exactly what they said: url1, url2, url3, url4, url5, url6, url7, url8, url9, url10"
CLI
Full CLI for terminal-based workflows. Works standalone or with any agent.
Command | Description |
| Download audio from video URL (speed-optimized) |
| Search for keywords |
| Full transcription |
| Find keyword A near keyword B |
| Search across all stored transcriptions |
| View memory statistics |
| List stored transcriptions |
| Clear memory |
Eyes & Ears
Someone explains their entire workflow in a video. Augent transcribes it, builds the workflow files, maps the sequencing, the decision points, the tool stack. Every piece structured into something an agent can act on.
But some steps are inherently visual. Augent detects where visual context is needed and exports multiple screenshots at those moments, giving the agent frame-by-frame context of the flow being described. Audio intelligence plus visual context equals a complete, replicable system.
graph TB
A["Expert explains workflow or automation"] --> B["Augent transcribes + structures"]
B --> C["Builds workflow files + sequencing"]
C --> D["Maps decision logic"]
C --> E["Identifies tools + platforms"]
C --> F["Flags visual gaps"]
F --> G["Exports screenshots for context"]
D --> H["Ready to run"]
E --> H
G --> H
style A fill:#0d2618,stroke:#00f060,color:#00f060,stroke-width:2px
style B fill:#0d2618,stroke:#00f060,color:#00f060,stroke-width:2px
style C fill:#0d2618,stroke:#00f060,color:#00f060,stroke-width:2px
style D fill:#0a0a0a,stroke:#00f060,color:#00f060,stroke-width:2px
style E fill:#0a0a0a,stroke:#00f060,color:#00f060,stroke-width:2px
style F fill:#0a0a0a,stroke:#00f060,color:#00f060,stroke-width:2px
style G fill:#0a0a0a,stroke:#00f060,color:#00f060,stroke-width:2px
style H fill:#0d2618,stroke:#00f060,color:#00f060,stroke-width:2pxX/Twitter Spaces
Download or live-record Twitter/X Spaces audio. Auto-detects whether a Space is live or ended and handles both. Live Spaces record from the current moment using ffmpeg, ended Spaces download the full recording via yt-dlp. All downloads run in the background so your agent keeps working.
One-time setup
X/Twitter requires authentication to access Space audio. Any account works, including a burner.
Log into x.com in any browser
Open DevTools (F12 or Cmd+Option+I) > Application > Cookies >
https://x.comCopy the
auth_tokenandct0valuesCreate
~/.augent/auth.json:
{"auth_token": "PASTE_HERE", "ct0": "PASTE_HERE"}Tokens are stored locally and only sent to Twitter's servers to fetch audio. Augent never posts, DMs, follows, or modifies anything on your account. To revoke access, log out of Twitter or delete ~/.augent/auth.json.
Claude Code Skill
Claude and Codex already know how to use Augent's tools from their descriptions. The skill adds advanced workflows on top: multi-step note-taking pipelines, auto-tagging rules, translation flows, quiz formatting, and optimal search strategies.
mkdir -p ~/.claude/skills/augent
curl -o ~/.claude/skills/augent/SKILL.md \
https://raw.githubusercontent.com/AugentDevs/Augent/main/skills/augent/SKILL.mdWorks globally across all projects. One install, every conversation benefits.
OpenClaw
Augent is available as an OpenClaw skill on ClawHub.
Install via ClawHub:
npx clawhub@latest install augentOr set up manually:
augent setup openclawIf you installed Augent with curl -fsSL https://augent.app/install.sh | bash, OpenClaw is detected and configured automatically. These commands are only needed for manual setup or pip installs.
Obsidian Graph View
Every transcription builds a node. Every shared tag builds a connection. Your audio memory becomes a navigable knowledge graph, entirely automatic.
Every take_notes call, every transcription, every tag creates structure: YAML frontmatter, [[wikilinks]] between related content, and MOC hub files that cluster topics. Run rebuild_graph once to upgrade existing memory. The graph grows on its own from there.
Use Augent inside your main Obsidian vault, alongside your personal notes, journals, and projects. Everything compounds together. Full guide.
Using Claude Code or Codex with Obsidian? Set up augent-obsidian to make every
.txtand.mdfile on your Mac open directly in Obsidian, with automatic sync for external edits.
Multilingual
Augent transcribes audio in its original language with full accuracy, powered by OpenAI's Whisper, supporting 99 languages including Chinese, French, Spanish, Japanese, Arabic, Hindi, Korean, German, Russian, Portuguese, and many more. Language is auto-detected, no configuration needed. Translation to English is handled by Claude (or your LLM), producing far better translations than any local model.
When a transcription returns a non-English language, the MCP response includes a translation offer
Accepting stores a clean English
(eng)sibling file in memory alongside the originalBoth the original and translated versions appear in the Memory Explorer
Model Sizes
tiny is the default. Handles everything from clean studio recordings to noisy field audio. Use small or above for heavy accents, poor audio, or lyrics.
Model | Speed | Accuracy |
tiny | Fastest | Excellent (default) |
base | Fast | Excellent |
small | Medium | Superior |
medium | Slow | Outstanding |
large | Slowest | Maximum |
Configuration
Customize defaults and disable tools you don't need via ~/.augent/config.yaml:
# ~/.augent/config.yaml
model_size: tiny # Default Whisper model
output_dir: ~/Downloads # Default download directory
notes_output_dir: ~/Desktop # Notes, clips, TTS output
clip_padding: 15 # Seconds of padding around clips
context_words: 25 # Words of context in search results
tts_voice: af_heart # Default TTS voice
tts_speed: 1.0 # TTS speed multiplier
disabled_tools: [] # Hide tools from MCP clientsPer-call arguments always override config. No config file needed, all values have sensible defaults.
Web UI
Local web interface. Runs 100% locally. No internet, no API keys, no data leaves your machine.
augent-webOpen: http://127.0.0.1:8282
Search view:
Upload an audio file or paste a YouTube/video URL to download audio directly
Enter keywords separated by commas
Click SEARCH and results stream live with timestamps and context
YouTube timestamps are automatically hyperlinked when the source is YouTube
Clip export:
Click the film icon on any search result to create a visual region on the waveform, or drag on the waveform to select any range manually
Nudge buttons (±1s / ±5s) on each edge for precise boundary adjustment
Preview plays only the selected range so you hear exactly what will be exported
Export MP4 downloads only the selected segment, not the full video
Keyboard shortcuts:
Spacepreview,Enterexport,Escclose
Memory Explorer:
Browse all stored transcriptions, including files transcribed via MCP or CLI. Every tool writes to the same memory.
View full transcripts with clickable YouTube timestamps
Delete individual transcriptions from memory
Show Audio to reveal the source audio file in Finder
Show Transcript to reveal the
.mdtranscript file in Finder. Drag it into a Claude Code session to run the full MCP pipeline on a previously transcribed file.Share as HTML to download a self-contained, shareable transcript page
Search across all memories by keyword to find matches across every transcription in your library
Source URL persistence: When audio is downloaded from any URL (YouTube, Twitter/X, TikTok, Instagram, SoundCloud, and 1000+ sites) the source URL is permanently stored by file hash. Any future search or transcription of that file, even weeks later or from a different path, automatically links back to the original source. No need to re-enter the URL.
Command | Description |
| Start on port 8282 |
| Custom port |
Star History
Contributing
PRs welcome. Open an issue for bugs or feature requests.
License
MIT
Available Tools
22 toolsbatch_searchA
Search multiple audio files for keywords in parallel. Ideal for processing podcast libraries, interview collections, or any batch of audio files. Returns aggregated results with file paths.
Inputs: keywords (required), audio_paths (required), workers, model_size.
chaptersB
Auto-detect topic chapters in audio.
Inputs: audio_path (required), model_size, sensitivity.
clear_memoryA
Clear the transcription memory to free disk space.
Inputs: no named parameters.
clip_exportA
Export a video clip from a URL for a specific time range. Downloads only the requested segment — not the full video. Perfect for extracting moments around keyword matches. Supports YouTube and 1000+ sites.
Inputs: end (required), url (required), start (required), output_dir, +1 more.
deep_searchC
Search audio by meaning, not just keywords.
Inputs: query (required), audio_path (required), clip, top_k, +5 more.
download_audioA
Download audio from video URLs at maximum speed. Built by Augent with speed optimizations (aria2c multi-connection, concurrent fragments). Downloads audio ONLY - never video. Supports YouTube, Vimeo, TikTok, Twitter, SoundCloud, and 1000+ sites. IMPORTANT: When a user pastes ANY URL and asks what was said, what happened, or wants the content — use this tool to download, then transcribe_audio to get the text. This is the correct path for tweets, videos, podcasts, and any link with audio/video content. Do NOT use WebFetch for media URLs.
Inputs: url (required), output_dir.
highlightsA
Export MP4 clips of specific moments. Two modes: auto (AI picks top moments by quotability and insight density) or focused (find moments matching a specific topic, person, or concept). Returns timestamps and text for each highlight, the calling agent decides which to export as clips.
Inputs: audio_path (required), clip, query, top_k, +3 more.
identify_speakersC
Identify who speaks when in audio.
Inputs: audio_path (required), model_size, num_speakers.
list_filesB
List media files in a directory.
Inputs: directory (required), pattern, recursive.
list_memoriesA
List all stored transcriptions with their titles, durations, dates, and file paths to markdown files. Useful for browsing what has already been transcribed.
Inputs: no named parameters.
memory_statsA
View transcription memory statistics including number of stored files and total duration.
Inputs: no named parameters.
rebuild_graphA
Rebuild Obsidian graph view data for all transcriptions. Migrates .md files to YAML frontmatter format, computes [[wikilinks]] between semantically related transcriptions, and generates MOC (Map of Content) hub files for tag clusters. Safe to run repeatedly. Run this once to upgrade existing memory for Obsidian.
Inputs: min_moc_members.
search_audioA
Search audio files for keywords and return timestamped matches with context snippets. Useful for finding specific moments in podcasts, interviews, lectures, or any audio content.
Inputs: keywords (required), audio_path (required), clip, output, +3 more.
search_memoryA
Search across ALL stored transcriptions. No audio_path needed, queries everything in memory. Default mode is 'keyword' (literal match). Use 'semantic' mode for meaning-based search.
Inputs: query (required), mode, top_k, output, +2 more.
search_proximityA
Find where one keyword appears near another keyword in audio. Useful for finding contextual discussions, e.g., 'startup' near 'funding'.
Inputs: keyword1 (required), keyword2 (required), audio_path (required), output, +2 more.
separate_audioA
Separate audio into stems (vocals, drums, bass, other) using Meta's Demucs v4. Isolates vocals from music, background noise, and other sounds. Use this before transcription when audio has music, intros, or heavy background noise for dramatically cleaner results.
Inputs: audio_path (required), model, vocals_only.
spacesA
Download or live-record a Twitter/X Space. Three modes: (1) Pass url to start a download (returns recording_id), (2) Pass recording_id to check status, (3) Pass recording_id + stop=true to stop a live recording.
Inputs: url, stop, output_dir, recording_id.
tagA
Add, remove, or list tags on a transcription. Tags are broad topic categories (e.g. 'AI', 'Health', 'Music') that help organize and filter memories in the Web UI.
Inputs: action (required), cache_key (required), tags.
take_notesA
Take notes from a URL. Downloads audio, transcribes, and saves .md to Desktop. This single tool handles the entire pipeline — download, transcribe, and save — when the user asks for notes, summaries, highlights, takeaways, eye-candy, quiz, or any formatted content from a video/audio URL. Returns audio_path for follow-up tools (chapters, search). Also used to SAVE formatted notes: call with save_content to write notes to the file from the previous take_notes call (no url needed).
Inputs: url, style, model_size, output_dir, +3 more.
text_to_speechA
Convert text to natural speech audio using Kokoro TTS. Saves an MP3 file. Runs in background — returns a job_id immediately. Call again with job_id to check status. Pass text for raw TTS, or file_path to read a notes file (strips markdown, skips metadata, embeds audio player).
Inputs: text, speed, voice, job_id, +3 more.
transcribe_audioA
Transcribe an audio file and return the full text with timestamps. Useful when you need the complete transcription rather than searching for specific keywords.
Inputs: audio_path (required), start, output, duration, +2 more.
visualA
ONLY call this tool when the user explicitly asks for visual context, screenshots, or frames. Do NOT call it alongside take_notes or download_audio unless the user specifically requests visuals. Extract visual context from a video at moments that matter. Four modes: (1) Query mode (default): describe what you need visual context for and the tool finds those moments in the transcript, then extracts frames. (2) Auto mode: autonomously detects moments where the speaker implies visual content (UI actions, screen recordings, demonstrations). (3) Manual mode: extract frames at specific timestamps. (4) Assist mode: analyzes the transcript for visual gaps and returns time ranges where the user should provide their own screenshots (ideal for talking-head videos where the speaker describes a UI but doesn't show it). Frames are stored in augent memory alongside the transcription and embedded in the .md file as Obsidian wikilinks.
Inputs: url, auto, clear, query, +7 more.
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
Loading tool schema changelog…
TDQS
Scored across 22 tools
The set includes multiple search tools (search_audio, deep_search, batch_search, search_memory, search_proximity) with overlapping capabilities, which could confuse an agent about which to use. Additionally, clip_export and highlights both export video clips, and download_audio and spaces both handle Twitter content. Most other tools are distinct.
Most tools follow a verb_noun pattern (download_audio, transcribe_audio, list_memories), but several are single-word nouns (chapters, tag, highlights, visual, spaces) and deep_search doesn't match the search_* convention. Overall still readable and predictable.
With 22 tools, the server is slightly above the ideal 3-15 range, but the broad scope of audio/video processing, memory management, and export features justifies this count. It feels heavy but not excessive.
The tool set covers the full pipeline from download to transcription, search, note-taking, and export, including optional enhancements like speaker identification and audio separation. However, it lacks individual transcription deletion (only clear_memory) and a direct get-by-ID retrieval, which are minor gaps.
Maintenance
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