CLUSTER: HEALTHY
← Operator Console
ARCHITECTURE v3.8

Edge Video Ingest & Transcoding Gateway

StreamCore VOD delivers ultra-low-latency video ingest, hardware-accelerated adaptive transcoding (AV1 / HEVC / H.264), and distributed chunk replication across tier-1 edge nodes. Engineered for high-throughput live broadcasting and secure media processing.

< 180msGlass-to-Glass Latency
99.99%High-Availability SLA
TLS 1.3Strict Zero-Trust Crypto

Authentication & Token Security

All stream sessions require a cryptographically signed HMAC token. Stream ingest keys follow the live_sk_[hex] standard and must be passed via the X-Stream-Key header or encrypted within the initial TLS handshake payload.

Authorization: Bearer sc_live_token_7f9a2b8c4d...

REST & Streaming Endpoints

METHODENDPOINTDESCRIPTIONACCESS
POST/api/auth/loginInitiate Server-Sent Events (SSE) telemetry pipeline & generate session token.Required (Stream Ingest Key)
GET/api/cluster/healthLiveness probe and cluster health status for edge routing nodes.Public
GET/api/cluster/metricsTelemetry stats: ingest bitrate, transcoding queue, memory & packet drop rate.Public / Rate-limited
POST/api/v1/streams/ingestAllocate RTMP/SRT ingest worker port and provision HMAC authentication nonce.Bearer Token (Session)
GET/video/download/{chunk_id}Edge-cached low-latency CMAF/HLS video chunk delivery endpoint.Signed Token

Quickstart Ingest Example

# Test Cluster Liveness Probe
curl -i https://stream.ghosterbeef.tech/api/cluster/health

# Check Live Transcoding Cluster Metrics
curl -i https://stream.ghosterbeef.tech/api/cluster/metrics

Security, SLA & Compliance

StreamCore Edge is compliant with SOC 2 Type II, ISO/IEC 27001, and GDPR standards. Real-time media feeds are strictly ephemeral and processed in-memory without persistent caching unless explicitly archived by channel operator rules.