Real-Time • Quantum-Safe

PUCE Streaming

Streaming video e audio quantum-safe con compressione adattiva in tempo reale.

Elaborazione in Tempo Reale

Pipeline di compressione e crittografia a latenza ultra-bassa per lo streaming live.

Compressione Adattiva

L'algoritmo si adatta automaticamente al contenuto — video, audio, metadati — ottimizzando ogni tipo.

Crittografia End-to-End

Crittografia post-quantistica per lo scambio di chiavi e il trasporto sicuro. Nessun intermediario ha accesso.

Protocolli Supportati

WebSocket PQC

gRPC PQC

MQTT PQC

ZeroMQ PQC

HLS/DASH PQC

Casi d'Uso

Videoconferenze sicure per governo e difesa

Telemedicina con protezione HIPAA quantum-safe

Streaming finanziario in tempo reale

Videosorveglianza e IoT con crittografia end-to-end

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.

Benchmarks

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.

47.6 fps

End-to-end sealing at 720p

26.8 fps

End-to-end sealing at 1080p

19.8 fps

HLS stream opening at 720p

2 s

CMAF segment (this is what sets minimum latency)

ML-KEM-768 + AES-256-GCM

Per-segment cipher

ML-DSA-65

Provenance signature

Reference values obtained under controlled conditions. Actual performance depends on configuration, network and data type.