+-------------------+ +---------------------+ +-------------------+
| Capture Edge | ---> | Real‑time Media | ---> | Distribution |
| (4K/8K cameras) | | Juggler (RMJ) | | Layer (CDN) |
+-------------------+ +----------+----------+ +-------------------+
| ^ |
+-------------------+ | +-------------------+
| | |
+------v------+ +-----v------+ +-----v------+
| Ingest API | | Encoding | | Metadata |
+-------------+ +-----------+ +------------+
| Feature | Description | |---------|-------------| | Immutable “Full‑Resolution” Store | Objects written once, lock‑policy applied, checksum (SHA‑256) verification. | | Retention Policies | Tiered: 24 h hot (SSD), 30 d warm (Standard S3), > 30 d cold (Glacier). | | Versioning | Each clip gets a UUID; any re‑encode creates a new version linked to the original. | | Search Index | ElasticSearch + vector embeddings for visual similarity search. | | Compliance Export | One‑click export to NIST‑compliant evidence packages (hash, chain‑of‑custody metadata). |
| Metric | Target | |--------|--------| | End‑to‑End Latency (capture → first playback frame) | ≤ 80 ms | | Throughput | 340 Mbps per stream sustained; 200 k concurrent streams on 50 x c5.9xlarge‑equivalent cluster | | Clip Generation Time | ≤ 30 ms after 15‑second window | | Storage Cost (Full‑Resolution) | $0.018/GB per month (Cold tier) | | CDN Edge Delivery Latency | 150 ms 95th‑percentile worldwide | | AI Enrichment Latency | ≤ 150 ms per clip (GPU‑accelerated) | | Error Rate | < 0.01 % dropped frames; < 0.001 % corrupted clips | sone340rmjavhdtoday015909 min full
| Problem | Solution | |---------|----------| | Latency – traditional pipelines add seconds to minutes before a short clip is viewable. | Sub‑100 ms end‑to‑end latency from capture to CDN edge. | | Bandwidth waste – streaming full‑resolution video for short events is inefficient. | Adaptive bitrate + per‑clip “min‑full” mode: only the necessary data is transmitted, yet the output retains full‑resolution metadata for downstream processing. | | Manual editing – short clips often need manual trimming, captioning, and branding. | Automated clip generation, AI‑driven thumbnail/preview, auto‑watermarking, and optional on‑the‑fly transcription. | | Scalability – spikes (e.g., breaking news) overwhelm static servers. | Horizontal, serverless‑ready micro‑services that scale to 100 k concurrent clips per second. | | Compliance – media archives must retain original quality for legal/forensic use. | Full‑resolution “archival” stream stored in immutable object storage (e.g., WORM S3). | | Problem | Solution | |---------|----------| | Latency
Example output:
"studio": "SONE",
"id": "340",
"full_id": "SONE-340",
"runtime_seconds": 7149,
"runtime_formatted": "01:59:09",
"source_site": "javhdtoday",
"tags": ["full"],
"original_filename": "sone340rmjavhdtoday015909 min full"
| Area | Controls | |------|----------| | Transport | TLS 1.3 + Mutual TLS for ingest APIs; SRTP for RTP streams. | | At‑Rest | AES‑256‑GCM encryption (S3 SSE‑KMS). | | Identity | OAuth2 + OpenID Connect; optional SAML for enterprise SSO. | | Audit | Immutable CloudTrail‑style logs, signed with AWS KMS keys. | | Privacy | GDPR‑ready data‑subject request workflow; automated face‑blur pipelines. | | Regulatory | Supports FCC E‑Rate, FCC U‑S‑10, ISO 27001, SOC 2 Type II. | | Disaster Recovery | Multi‑region replication (active‑active) with RPO < 30 s, RTO < 2 min. | 2 min. |