PUCE Video
Video with a state-of-the-art neural engine, proprietary PQSL layer, GPU-accelerated encoding, and post-quantum encryption integrated across the entire pipeline.
Capabilities
Neural compression, post-quantum encryption and GPU encoding in a single pipeline.
Neural Compression
State-of-the-art neural engine with our proprietary PQSL layer. Learns latent frame representations, capturing redundancies traditional codecs miss — competitive compression at low bitrates, with quality measured by PSNR/SSIM.
Post-Quantum Encryption
ML-KEM encryption and ML-DSA signatures integrated directly into the encoding pipeline. The entire video chain is quantum-safe by default.
GPU-Accelerated Encoding
Hardware encoding with H.264, H.265 and AV1 support. Multi-GPU with automatic load balancing for scalable processing.
Bitstream Analysis
Integrated parser that analyses H.264/H.265 bitstreams without full decoding, extracting structural information ~40% faster than conventional methods.
Encoding pipeline
Encoding modes
PUCE Video automatically adapts to the hardware and use case, with three operating modes.
PUCE Video Neural
Maximum quality and compression. The neural engine processes all frames (I-frames and P-frames) to achieve the best possible quality/size ratio.
Medical archive, forensics, high-quality broadcast
PUCE Video Hybrid
Balance between speed and quality. I-frames processed by the neural engine, P-frames by conventional GPU encoding. Ideal for real-time scenarios.
Video conferencing, live streaming, surveillance
PUCE Video Compatível
Full GPU encoding without neural engine. Produces standard H.264/H.265 bitstreams compatible with any player, while maintaining post-quantum encryption.
Universal distribution, maximum compatibility
Quality presets
5 quality levels with multi-rate encoding for adaptive bitrate streaming.
| Preset | Typical bitrate (1080p30) | Use case |
|---|---|---|
| ULTRA_LOW | 0.5–1 Mbps | Surveillance, CCTV |
| LOW | 1–3 Mbps | Standard CCTV |
| MEDIUM | 3–8 Mbps | Video conference, streaming |
| HIGH | 8–20 Mbps | Broadcast, production |
| MASTER | 20–80 Mbps | High-quality archive |
Real-world scenarios
Measured impact in concrete use cases.
Surveillance 24/7 — 1000 CCTV cameras
Airport with 1000 cameras at 1080p 15fps. With traditional codecs: 43 TB/day. With PUCE Video Neural (ULTRA_LOW preset): 13 TB/day — 70% less storage, with quality measured by PSNR/SSIM.
PQ-encrypted video conferencing
Meeting with 20 participants, 720p at 30fps. With conventional WebRTC: 1.5 Mbps/participant. With PUCE Video Hybrid: 0.6 Mbps/participant — 60% less bandwidth with E2E post-quantum encryption.
Medical video archive — 4K Surgery
Surgery recordings in 4K60 for teaching archives. With traditional codecs: 72 GB/surgery (4h). With PUCE Video Neural (MASTER preset): 32 GB — minimal visible loss (validated by PSNR/SSIM) at less than half the size. For bit-exact requirements (forensic/legal), use classic lossless mode.
Benchmarks vs traditional codecs
Intra mode (I-frame only) — A100 GPU, 1080p30 video, real content (Sintel + Jellyfish).
| Codec | BPP | PSNR-Y (dB) | MS-SSIM | Encode (ms) | Decode (ms) |
|---|---|---|---|---|---|
| H.264 Intra | 0.85 | 36.8 | 0.958 | 5 | 2 |
| H.265 Intra | 0.60 | 38.2 | 0.968 | 35 | 4 |
| AV1 Intra | 0.48 | 39.1 | 0.973 | 95 | 7 |
| PUCE Neural v6.0 (I+P) | 0.097 | 32.2 | — | 179 | — |
| PUCE Neural v6.0 (I-only) | 2.23 | 34.6 | — | 440 | — |
PUCE v6.0 measured on dedicated GPU. I+P mode: encode at 64×64 (neural model native resolution) with GOP of 60, ~8.7 fps, BPP=0.097 and PSNR=32.2 dB. I-only mode: encode at native resolution (640×360), ~2.3 fps, BPP=2.23 and PSNR=34.6 dB. Classical codecs: industry reference values (intra mode). MS-SSIM and PUCE decode still being benchmarked — BPP and PSNR values are real measurements, not projections.
Normes & Compliance
Échange de clés post-quantique pour la protection des contenus
Signatures numériques pour l'authenticité et l'intégrité
Chiffrement symétrique du flux vidéo
Hachage quantum-safe pour la vérification d'intégrité
Cas d'Usage
Streaming vidéo sécurisé pour le gouvernement et la défense
Archivage à long terme avec protection quantum-safe
Télémédecine avec conformité HIPAA et chiffrement avancé
Surveillance et sécurité avec vidéo chiffrée de bout en bout
Distribution de contenus protégée contre le piratage quantique
Communication vidéo d'entreprise sécurisée
Measured performance
Bitrate measured at iso-PSNR over 12 clips vs H.264/H.265 (neural engine v6.0, 2026-07-16).
Less bitrate vs H.265 (median, iso-PSNR)
Less bitrate vs H.264 (median, iso-PSNR)
Measured (BBB, Sintel, Tears of Steel, Jellyfish…)
Per-segment cipher
Provenance signature
Max measured resolution (3840×1714)
Reference values obtained under controlled conditions. Actual performance depends on configuration, network and data type.