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⚠️Status: Benchmarks below represent specification-stage validated targets. Image watermark recovery validated on COCO dataset. Audio and video benchmarks are roadmap items.
Latency Benchmarks
Operation
Median (ms) ± σ
95th Percentile (ms) ± σ
Setup
Dataset
ID Generation
3 ± 0.5
6 ± 1.2
Intel i7-1165G7, 16GB RAM
—
Watermark Embed
42 ± 5
68 ± 8
CPU only
COCO 1080p
Verification
55 ± 6
80 ± 10
CPU/GPU NVIDIA T4
5k samples
Throughput (batch 4)
250 req/s
—
4-core VM
—
Error bars show ± 1σ over 1,000 runs.
Watermark Recovery — Image
Transform
Recovery Rate
Dataset
Status
JPEG Q=30 (3x compression)
> 99.5%
COCO 2025 (25k images)
✅ Validated
JPEG Q=50
Expected > 99.5%
—
⏳ Pending
PNG re-encode
Expected > 99%
—
⏳ Pending
Watermark Recovery — Audio
Transform
Recovery Rate
Dataset
Status
MP3 128kbps re-encode
TBD
LibriSpeech
⏳ Roadmap Q3 2026
Audio SNR drop ≤ 1 dB
TBD
LibriSpeech
⏳ Roadmap Q3 2026
Watermark Recovery — Video
Transform
Recovery Rate
Dataset
Status
H.264 re-encode
TBD
UCF-101
⏳ Roadmap Q3 2026
Frame extraction
TBD
UCF-101
⏳ Roadmap Q3 2026
Known Bottlenecks
Bottleneck
Description
Mitigation
BCH decoding at 4K+ video
High computational cost for error correction at large frame sizes
SIMD-optimised ECC implementation
KMS throughput during peak rotation
Key rotation events can temporarily reduce throughput
Async key cache with pre-rotation staging
GPU Acceleration
Current benchmarks are CPU-only for the watermark embed operation. GPU off-load is expected to reduce watermark embed latency by approximately 60-70% on NVIDIA T4 hardware.
GPU acceleration implementation is a roadmap item — target Q2 2026.