Video Streaming Platform
MediaProductionMedia platformVideo transcoding pipeline with async job queuing, multi-bitrate FFmpeg encoding, S3 segment storage, CDN delivery, and real-time engagement analytics. Use for VOD and streaming platforms.
Recommended for: Media teams launching video-on-demand
Scope Notes
Intended for Media teams launching video-on-demand at Production complexity and Media platform scope. Treat the graph as a starting shape rather than a fixed stack: keep the topology and the signals below, then swap providers to match your platform.
Review Checklist
Use Case
Video-on-demand platforms, live streaming, corporate media portals, educational content
Best Fit Scenarios
- VOD catalogues with adaptive bitrate playback
- Upload-to-publish transcoding pipelines
- Engagement analytics on playback
Stack Breakdown
Architecture Layers
Components by Category
frontend
infra
backend
database
async
Why This Topology Works
Uploads are registered through the ingest API and written to S3, which is also the transcoder's source. RabbitMQ decouples the API from encoding, the CDN serves encoded segments at the edge, and a dedicated collector batches playback events instead of letting clients write analytics storage directly.
Scaling Notes
Transcode workers scale with queue depth. The CDN absorbs playback traffic and S3 stores raw masters plus encoded segments. S3 lifecycle rules should expire raw masters once renditions are published.
Observability
Monitor transcode queue depth, CDN cache hit ratio, collector batch lag and ClickHouse query latency. Playback events reach analytics only through the collector.
Typical Bottlenecks
- Transcode queue depth for large uploads
- CDN cache hit ratio on long-tail content
- Playback telemetry volume versus collector capacity
Async Flow and Reliability
The upload API returns as soon as the asset is registered; encoding runs asynchronously off RabbitMQ. Segment uploads and telemetry batching are also off the playback path so viewing never blocks on processing.
Upgrade Path
Add a packager for HLS/DASH manifests and signed playback tokens, then add a DLQ for poison transcode jobs and a dashboard that reads ClickHouse.