Flussonic 26.04 improves video surveillance with QR code login, richer access logs, a redesigned mosaic experience, and stronger NVR workflows. Media Server and Central move forward together with smoother HLS and DASH playback, cluster-wide auth and configuration, and smarter GPU-aware transcoding orchestration.
Lire la suite →Flussonic 26.03 introduces track filtering for HTTP playback, SimulCrypt EMM support, improved UDP MPEG-TS ingest, and Retroview integration in Catena and Watcher. Central adds templates and auto-generated credentials. Watcher gains expanded NVR management, domain admin capabilities, and mosaic improvements. Catena SE adds Gateway API support, Retroview dashboards, and template manuals.
Lire la suite →Flussonic 26.02 introduces full SMPTE 2110 integration with NMOS control, production-ready SimulCrypt CAS support, improved Kubernetes deployment with prefix-based routing, and expanded NVR management capabilities in Watcher. The release also adds a new MP4 validation tool for reliable VOD ingestion and multiple stability improvements across Media Server, Central, and Watcher.
Lire la suite →Flussonic 26.01 introduces major improvements across the entire platform. This release brings NMOS/ST-2110 integration and GPU-accelerated thumbnails to Flussonic Media Server, a new official Golang SDK in Flussonic Central, and low-latency LL-HLS playback, vehicle analytics, and NVR support in Flussonic Watcher. Together, these updates improve scalability, latency, and manageability for both broadcast and video surveillance deployments.
Lire la suite →In 2025, Flussonic grew together with our customers — scaling products, platforms, and infrastructure to support the growth of their businesses. This post looks back at the year of shared progress, key milestones, and how our technology continues to evolve in step with our customers’ ambitions.
Lire la suite →In Intel’s technical documentation and marketing materials, the Xeon Platinum line appears to be an obvious upgrade over Broadwell-EP processors. More cores, a new interconnect, AVX-512, higher memory bandwidth — everything suggests that Xeon Platinum 8160 should be faster. But in practice, we often see the opposite: older **2× Xeon E5-2697 v4** outperform **2× Xeon Platinum 8160** in several real-world workloads. In this article, we’ll break down why this happens and which scenarios favor the older platform.
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