cdzombak/ipcam-browser repository overview

⁠IP Camera Browser

An improved web application for browsing and viewing recordings and snapshots on an SD-card equipped SV3C/CamHiPro compatible IP webcam.

⁠Features

• 📹 Browse videos and images from your IP camera's SD card
• 🔍 Filter by date, media type (images/videos), and trigger type (alarm/periodic)
• 🖼️ Gallery view with thumbnails, generated from each video's 6-second mark
• 🎬 Built-in video player for H.264 (.264) and H.265 (.265) files
• 🔄 On-the-fly video remuxing (raw H.264/H.265 → MP4) with aggressive error handling
• 💾 Caching system for images, converted videos, and thumbnails
• ⏱️ Optional background caching for improved UX
• 📦 Single self-contained binary
• 📱 Responsive design

⁠Installation

⁠Debian/Ubuntu (via apt repository)

# Add repository
echo "deb http://dist.cdzombak.net/deb_oss any oss" | sudo tee /etc/apt/sources.list.d/dist-cdzombak-net-deb-oss.list
sudo apt update

# Install
sudo apt install ipcam-browser

Note: You'll also need to install ffmpeg: sudo apt install ffmpeg

⁠macOS (via Homebrew)

brew install cdzombak/oss/ipcam-browser

Note: ffmpeg is automatically installed as a dependency.

⁠Docker

Docker images are available on both GitHub Container Registry and Docker Hub:

# Using Docker Hub
docker pull cdzombak/ipcam-browser:latest

# Using GitHub Container Registry
docker pull ghcr.io/cdzombak/ipcam-browser:latest

# Run with Docker Compose (recommended)
# Edit docker-compose.yml with your camera settings, then:
docker compose up -d

# Or run directly with docker run:
docker run -d \
  -p 8080:8080 \
  -e CAMERA_URL=http://your-camera-ip/web/sd \
  -e CAMERA_USERNAME=admin \
  -e CAMERA_PASSWORD=your-password \
  -e CAMERA_NAME=your-camera-name \
  -v ipcam-cache:/var/cache/ipcam-browser \
  cdzombak/ipcam-browser:latest

See docker-compose.yml⁠ for a complete example with all configuration options.

⁠Manual Download

Download pre-built binaries from the releases page⁠.

Prerequisites:

• ffmpeg - Required for video remuxing (must be in PATH)

Install ffmpeg:

# macOS
brew install ffmpeg

# Ubuntu/Debian
sudo apt install ffmpeg

# Windows
# Download from https://ffmpeg.org/download.html

⁠Quick Start

export CAMERA_URL="http://192.168.1.100/web/sd"
export CAMERA_USERNAME="admin"
export CAMERA_PASSWORD="your-password"
export PORT="8080"
ipcam-browser

Then open your browser to http://localhost:8080⁠

⁠Configuration

Configuration is via environment variables:

• CAMERA_URL - [Required] Base URL to camera SD card (e.g., http://192.168.1.100/web/sd)
• CAMERA_USERNAME - Camera username (default: admin)
• CAMERA_PASSWORD - [Required] Camera password
• CAMERA_NAME - Display name for your camera (default: camera)
• PORT - Server port (default: 8080)
• CACHE_DIR - Directory for caching media files (default: /tmp/ipcam-browser-cache)
• MAX_CONCURRENT_CONVERSIONS - Maximum parallel video conversions (default: 3)
• BACKGROUND_CACHE_ENABLED - Enable background media caching (default: false)
• BACKGROUND_CACHE_INTERVAL_MINUTES - Interval between background cache runs in minutes (default: 5)

⁠Background Caching

When enabled via BACKGROUND_CACHE_ENABLED=true, the application periodically fetches the media list from the camera and pre-caches both videos and images. This improves the user experience when loading the web interface after not using it for a while, as content will already be cached and ready to view.

How it works:

• On startup, immediately fetches and caches all media
• Then repeats at the configured interval (default: every 5 minutes)
• Videos are remuxed to MP4 format for instant browser playback
• Each video gets a thumbnail: a camera image recorded during the video if one exists, otherwise a frame extracted from the video's 6-second mark
• Video thumbnails are cached first (higher priority), followed by all other images
• Uses the same concurrency limits as on-demand requests to avoid overwhelming the camera
• Gracefully stops when the application receives a shutdown signal

Example configuration:

export BACKGROUND_CACHE_ENABLED=true
export BACKGROUND_CACHE_INTERVAL_MINUTES=10  # Cache every 10 minutes

Note: Background caching is disabled by default. The on-demand caching path continues to work regardless of this setting.

⁠Cache Maintenance

To prevent unbounded cache growth, use the provided cleanup script to remove old cached files:

# Remove files older than 30 days from cache directory
./cleanup-old-cache.sh /mnt/ipcam-cache 30

# Set up automated cleanup via cron (runs daily at 3 AM)
crontab -e
# Add this line:
0 3 * * * /path/to/cleanup-old-cache.sh /mnt/ipcam-cache 30 >> /var/log/ipcam-cache-cleanup.log 2>&1

The script:

• Removes files modified more than N days ago (default: 30 days)
• Works recursively through all subdirectories
• Removes abandoned temp-* files left behind by an interrupted conversion (older than 1 day)
• Logs the number of files deleted, broken down into videos, thumbnails, and images
• Safe to run while the application is running (deleted cached files will be regenerated on next access if still available from camera)

⁠Security Note

This program provides no authentication. I recommend hosting it behind an authenticating reverse proxy or via Tailscale⁠.

⁠License

This program is provided under the MIT license; see LICENSE⁠ in this repo.

⁠Author

Chris Dzombak (dzombak.com⁠ / GitHub @cdzombak⁠) assisted by Claude Code.