DISCLAIMER:

TS6 Manager

Web-based management interface for TeamSpeak servers. Control virtual servers, channels, clients, permissions, music bots, automated workflows, and embeddable server widgets — all from your browser.

Built on the WebQuery HTTP API (the ServerQuery replacement in modern TeamSpeak builds). Telnet is not used or supported.

Screenshots

Dashboard

Live overview of your server: online users, channel count, uptime, ping, bandwidth graph, and server capacity at a glance.

Music Bots

Run multiple music bots per server. Each bot has its own queue, volume control, and playback state. Supports radio streams, YouTube, and a local music library. Users in the bot's channel can control it via text commands (!radio, !play, !vol, etc.).

Bot Flow Engine

Visual node-based editor for building automated server workflows. Drag triggers, conditions, and actions onto the canvas, connect them, and deploy. Supports TS3 events, cron schedules, webhooks, and chat commands as triggers.

Flow Templates

Get started quickly with pre-built flow templates. Covers common use cases like temporary channel creation, AFK movers, idle kickers, online counters, and group protection. One click to import, then customize to your needs.

Features

Server Management

• Dashboard with live server stats, bandwidth graph, and capacity overview
• Virtual server list with start/stop controls
• Channel tree with drag-and-drop ordering
• Client list with kick, ban, move, poke actions
• Server & channel group management
• Permission editor (server, channel, client, group-level)
• Ban list management
• Token / privilege key management
• Complaint viewer
• Offline message system
• Server log viewer with filtering
• Channel file browser with upload/download
• Instance-level settings

Music Bots

• Multiple bots per server, each with independent queue and playback
• Radio station streaming with ICY metadata and live title updates
• YouTube playback via yt-dlp (search, download, queue)
• Music library management (upload, organize, playlists)
• Volume control, pause, skip, previous, shuffle, repeat
• Stereo audio support with stable 20ms pacing
• Auto-reconnect with exponential backoff on disconnect
• In-channel text commands for hands-free control
• Music request history tracking

Video Streaming

• Live video streaming from YouTube, Twitch, or direct URLs to TeamSpeak channels
• WebRTC-based with Go sidecar relay (Pion) for low-latency delivery
• Quality presets (480p, 720p, 1080p)
• In-browser preview with WebRTC playback
• A/V synchronization via RTCP Sender Reports
• Runs as a Docker sidecar container alongside the backend

Bot Flow Engine

• Visual flow editor with drag-and-drop node canvas
• Triggers: TS3 events, cron schedules, webhooks (with mandatory secrets), chat commands (global or channel-specific)
• Actions: kick, ban, move, message, poke, channel create/edit/delete, HTTP requests, WebQuery commands
• Conditions, variables, delays, loops, logging
• Animated channel names (rotating text on a timer)
• Placeholder system with filters and expressions
• Pre-built templates for common automation tasks

Server Widgets

• Embeddable server status banner for websites and forums
• Token-based public access (no authentication required)
• Available as live page, SVG, or PNG image
• Dark and light themes
• Configurable: show/hide channel tree and client list

Security

• Setup wizard for initial admin account (no default credentials)
• AES-256-GCM encryption for stored credentials (API keys, SSH passwords)
• SSRF protection on all outbound HTTP requests and FFmpeg URLs
• Rate limiting on authentication endpoints
• JWT access + refresh token rotation with reuse detection
• Role-based access control (admin / viewer)
• Per-server access control for multi-tenant setups
• WebQuery command whitelist in bot flows (blocks destructive commands)
• Authenticated WebSocket connections
• Password complexity requirements

Settings & Administration

• yt-dlp cookie file management for accessing age-restricted or member-only YouTube content
• Upload cookies via file or paste directly in the UI
• Admin-only settings panel

Architecture

┌──────────────┐     ┌──────────────┐     ┌─────────────────┐
│   Frontend   │────▶│   Backend    │────▶│  TS Server      │
│  React SPA   │     │  Express API │     │  WebQuery HTTP  │
│  nginx :80   │     │  Node :3001  │     │  SSH (events)   │
└──────────────┘     └──────┬───────┘     └─────────────────┘
                            │
                     ┌──────┴───────┐
                     │   SQLite     │
                     │   (Prisma)   │
                     └──────────────┘
                            │
                     ┌──────┴───────┐
                     │   Sidecar    │
                     │  Go/Pion     │
                     │  WebRTC :9800│
                     └──────────────┘

Public:  /widget/:token  ──▶  SVG / PNG / JSON (no auth)

Four packages in a pnpm monorepo:

Package	Description
@ts6/common	Shared types, constants, utilities
@ts6/backend	Express API, WebQuery client, bot engine, voice bots, widgets
@ts6/frontend	React SPA with Vite, TailwindCSS, shadcn/ui
sidecar	Go WebRTC media relay (Pion) for video streaming

The backend proxies all TeamSpeak API calls. The frontend never has direct access to API keys or server credentials.

Tech Stack

Frontend: React 18, Vite, TailwindCSS, shadcn/ui, TanStack Query + Table, React Flow, Recharts, Zustand

Backend: Node.js, Express, Prisma (SQLite), JWT authentication, WebQuery HTTP client, SSH event listener

Voice/Audio: Custom TS3 voice protocol client (UDP), Opus encoding, FFmpeg, yt-dlp

Video Streaming: Go sidecar with Pion WebRTC v4, RTCP Sender Reports for A/V sync

Quick Start (Docker)

1. Download the docker-compose.yml
2. Create a .env file next to it:

JWT_SECRET=your-random-secret-at-least-32-characters
ENCRYPTION_KEY=another-random-secret-for-credential-encryption

Generate secure values:

echo "JWT_SECRET=$(openssl rand -base64 32)" >> .env
echo "ENCRYPTION_KEY=$(openssl rand -base64 32)" >> .env

3. Start the stack:

docker compose up -d

4. Open http://localhost:3000/setup and create your admin account
5. Log in, then add your TeamSpeak server connection under Settings → Connections (host, WebQuery port, API key)

JWT_SECRET is required — the backend will refuse to start in production without it. ENCRYPTION_KEY is optional but recommended — if not set, JWT_SECRET is used as fallback for credential encryption.

Building from Source

git clone https://github.com/clusterzx/ts6-manager.git
cd ts6-manager
echo "JWT_SECRET=$(openssl rand -base64 32)" >> .env
echo "ENCRYPTION_KEY=$(openssl rand -base64 32)" >> .env
docker compose -f docker-compose.local.yml up -d --build

Coolify / Reverse Proxy

Use docker-compose.coolify.yml as a starting point. Key differences from the standard compose:

• No ports section — the reverse proxy handles routing
• Set the domain on the frontend service in Coolify (port 80)
• If your TS server runs in a separate Docker network, add it as an external network on the backend service:

services:
  backend:
    networks:
      - ts6-network
      - ts-server-net

networks:
  ts-server-net:
    external: true
    name: your-ts-server-network-id

Development

Requires: Node.js 20+, pnpm 9+

pnpm install
pnpm dev          # starts backend + frontend in parallel

Backend runs on :3001, frontend on :5173 (Vite dev server).

Database

Prisma with SQLite. On first run:

cd packages/backend
npx prisma migrate deploy

The Docker images handle migrations automatically on startup.

Environment Variables

Variable	Default	Description
JWT_SECRET	—	Required. Secret for JWT signing. Must be set in production.
ENCRYPTION_KEY	—	Optional. Dedicated key for AES-256-GCM credential encryption. Falls back to JWT_SECRET if not set.
PORT	3001	Backend port
DATABASE_URL	file:./data/ts6webui.db	SQLite database path
JWT_ACCESS_EXPIRY	15m	Access token lifetime
JWT_REFRESH_EXPIRY	7d	Refresh token lifetime
FRONTEND_URL	http://localhost:3000	CORS origin
MUSIC_DIR	/data/music	Directory for downloaded music files
SIDECAR_URL	—	Optional. Full URL of the WebRTC sidecar service (e.g. http://ts6-sidecar:9800). Set in Docker when sidecar runs as a separate container.
YT_COOKIE_FILE	—	Optional. Path to a Netscape-format cookies.txt file for yt-dlp. Can also be managed via Settings → YouTube in the UI.

Environment Variables Sidecar(VideoStreaming)

Variable	Default	Description
VIDEO_QUEUE_SIZE	2048	Size of the video RTP queue
AUDIO_QUEUE_SIZE	4096	Size of the audio RTP queue
SYNC_PLAYOUT_BUFFER_MS	4	Small playout buffer used by the adaptive pacing logic
SYNC_VIDEO_BIAS_MS	4	Optional extra holdback for video to fine-tune sync
AUDIO_DELAY_MS	0	Legacy / manual audio delay option With the current pacing logic this is typically expected to stay at 0
SIDECAR_DEBUG_LOGS	1	Enables verbose debug logging for high-frequency runtime details
VIDEO_READ_RTP_BUFFER	4194304	UDP OS-socketbuffer for video port
AUDIO_READ_RTP_BUFFER	1048576	UDP OS-socketbuffer for audio port
VIDEO_BUFSIZE	1M	FFmpeg Video Buffer

Music Bot Text Commands

When a music bot is connected to a channel, users in that channel can control it via chat:

Command	Description
!radio	List available radio stations
!radio <id>	Play a radio station
!play <url>	Play from YouTube URL
!play	Resume paused playback
!stop	Stop playback
!pause	Toggle pause/resume
!skip / !next	Next track in queue
!prev	Previous track
!vol	Show current volume
!vol <0-100>	Set volume
!np	Show current track

Requirements

• TeamSpeak server with WebQuery HTTP enabled (not raw/telnet)
• WebQuery API key (generated via apikeyadd or server admin tools)
• SSH access to the TS server (only needed for bot flow event triggers)
• yt-dlp and ffmpeg installed on the backend (included in the Docker image)

License

MIT