Performance &
Security
Lightning-fast compression with enterprise-grade privacy. No compromises.
1-3s
Average Image Processing
For images under 5MB
~10-15s
Batch Processing (3-10 files)
Parallel on Pro plans
~30-60s
Video Compression (1 min)
Browser-based encoding
2-4s
Initial App Load
Lazy loading enabled
Compression Benchmarks
Typical results - actual performance varies by device and content
| Conversion | Original | Compressed | Savings | Time | Quality |
|---|---|---|---|---|---|
| JPEG → WebP | 1.8 MB | 520 KB | 71% | ~1s | Visually Similar |
| PNG → WebP | 3.2 MB | 980 KB | 69% | ~1.5s | Near-Lossless |
| JPEG → AVIF | 1.8 MB | 380 KB | 79% | ~3s | Good Quality |
| GIF Optimization | 5 MB | 2.5 MB | 50% | ~8s | Frames Preserved |
| MP4 Compression | 30 MB | 10 MB | 67% | ~20s | 720p-1080p |
| MP3 Optimization | 6 MB | 2.5 MB | 58% | ~3s | 128kbps Stereo |
| WAV → MP3 | 40 MB | 4 MB | 90% | ~4s | 128kbps Stereo |
Security & Privacy
Zero Server Uploads
Your files never leave your device. All compression happens locally in your browser using WebAssembly.
No Data Collection
We don't track, store, or analyze your files. Your media stays completely private.
Works Offline (Images)
Image compression works without internet after initial load. Video and audio features require a connection to load processing resources.
Open Processing
Standard, auditable compression algorithms. No hidden processing or AI analysis of your content.
Technical Implementation
Under the hood - how we achieve premium performance
Image Processing
- Canvas API for fast rendering
- WebAssembly codecs (AVIF)
- Adaptive quality algorithms
- Multi-pass optimization
Video Processing
- WebCodecs API (H.264)
- Hardware acceleration
- MP4 muxing in-browser
- Audio track preservation
Performance
- Web Workers for parallel tasks
- Lazy component loading
- Frame rate optimized effects
- Memory-efficient streaming