PUCE Streaming
Quantum-safe video and audio streaming with real-time adaptive compression.
Real-Time Processing
Ultra-low latency compression and encryption pipeline for live streaming.
Adaptive Compression
The algorithm automatically adapts to the content — video, audio, metadata — optimizing for each type.
End-to-End Encryption
Post-quantum cryptography for key exchange and secure transport. No intermediary has access.
Supported Protocols
Use Cases
Secure videoconferencing for government and defense
Telemedicine with quantum-safe HIPAA protection
Real-time financial streaming
Surveillance and IoT with end-to-end encryption
Protocol Comparison
| Protocol | Latency | Encryption | Use Case |
|---|---|---|---|
| CMAF-PQ | 2 s (1 segment) | ML-KEM-768 + AES-256-GCM | Live broadcast, VOD |
| HLS-PQ | 4–6 s (2–3 segments) | ML-KEM-768 + AES-256-GCM | Apple compatibility |
Streaming delivers over CMAF and HLS. It does not support WebRTC or SRT — minimum latency is the segment duration, and we say so before being asked. For conversational real time (sub-second, peer-to-peer), the right product is PosQuantum Meet.
Measured performance
End-to-end throughput measured on 2026-07-31 on dedicated GPU infrastructure, with real jobs — transfer, neural engine, sealing and write included. These are not network latencies.
End-to-end sealing at 720p
End-to-end sealing at 1080p
HLS stream opening at 720p
CMAF segment (this is what sets minimum latency)
Per-segment cipher
Provenance signature
Reference values obtained under controlled conditions. Actual performance depends on configuration, network and data type.