Transitioned from a standalone media server configuration to a centralized orchestrator model. Central handles stream routing, load balancing, and provisioning across large server farms automatically.
Expanded camera range support; multiple cameras can now be ordered with preinstalled agent.
Advanced access control lists restricting playback by country, ISP, or concurrent session count per user token. Notable Breaking Changes and Migration Trajectories
One release—25.2, "Tide"—embraced the cloud in a new way. Flussonic had always been pragmatic, running on-premises appliances and on rented VMs, but Tide introduced elastic licensing and ephemeral nodes that could spawn in public clouds for high-traffic events. The release notes told of a concert streamed to twelve time zones where demand spiked like a tidal wave. flussonic release notes full
For highly specific API integrations, consult the official Flussonic Streaming Solutions blog for in-depth technical whitepapers and release announcements.
Flussonic continues to refine its legacy ingest pipelines to maintain enterprise backward compatibility:
Recent release notes are dominated by the embedding of computer vision features directly into the stream processing pipeline: Transitioned from a standalone media server configuration to
| Feature | Description | |---------|-------------| | | Enhanced congestion control, streamlined mode. | | HEVC in HLS | Better support for hvc1 / hev1 tracks. | | DVR improvements | Faster startup for time-shifted playback. | | Security | HTTP basic auth over HTTPS enforced by default. |
Video analytics and surveillance features have received multiple backend enhancements:
Are you using the media server primarily for or video surveillance/NVR ? Blog - Flussonic Streaming Solutions The release notes told of a concert streamed
The latest release of Flussonic includes fixes for several bugs and issues that were reported by users. Some of the notable bug fixes include:
Historically, Flussonic was built almost entirely on Erlang, leveraging its high concurrency model for handling thousands of simultaneous video streams. In recent years, the architecture transitioned toward a hybrid model: