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Ultra-low-latency live video streaming with native support for every protocol that matters. Sub-second glass-to-glass live view from camera sensor to viewer screen, powered by a first-party engine with native passthrough and on-demand H.265 to H.264 transcoding.
Ingest from any source and deliver to any viewer with automatic protocol negotiation, transcoding, and format conversion.
Accept streams from any camera, encoder, or source device.
Industry standard for IP cameras with full pull/push support. Digest authentication, reliable TCP/UDP transport with universal device compatibility.
Broadcast-grade ingest with persistent TCP connections and stream-key publish authentication. Works with every mainstream encoder and platform.
Low-latency delivery over unreliable networks with AES-128/256 encryption built in. Handles packet loss and jitter gracefully.
IP camera discovery and control with auto-configuration. Profile S, T and G client operations, plus vendor device packs for the top five brands, deliver plug-and-play integration.
Native NDI ingest: high-quality, low-latency video over standard Ethernet with zero-configuration discovery for broadcast and professional AV workflows.
Robust container format for multiplexed audio/video delivery over IP networks. Error-resilient transport ideal for unreliable links and multicast.
Professional-grade reliable streaming with ARQ-based error correction. Designed for contribution-quality feeds over the public internet.
Chinese national surveillance interoperability standard for cross-vendor camera and platform integration with SIP signaling.
Open, low-latency AV-over-IP ingest with network discovery, alongside NDI.
Deliver to any viewer, browser, or downstream platform.
Sub-second server-to-browser live view with native playback. WHEP/WHIP signaling and automatic TURN relay over UDP, TCP and TLS.
HTTP delivery for web and mobile browsers, CDN-friendly, with LL-HLS partial segments for low-latency playback.
Re-stream to downstream consumers, NVRs, and third-party platforms via standard RTSP output with configurable transport.
HTTP-based FLV streaming for low-latency video delivery with broad compatibility, firewall-friendly transport, and minimal overhead.
Chunked MPEG-TS delivery over HTTP for reliable, firewall-friendly transport with broad player compatibility and low overhead.
Standards-based MPEG-DASH output with fine-grained segment control for enterprise players.
Built for demanding surveillance and broadcast workloads where every millisecond of latency and every pixel of quality matters.
Native H.264 and H.265/HEVC handling, with H.265 to H.264 transcoding only when a browser needs it and straight passthrough everywhere else.
Each tile picks the camera main or sub stream by its on-screen size, and the WebRTC pacer reacts to congestion feedback, keeping large grids smooth.
Every camera is fenced by server-enforced access control, so users only ever receive the streams and events they are cleared for.
Add stream nodes on demand. Pull streams are placed on healthy nodes and re-placed automatically if a node drops out.
Ingest in one protocol, deliver in another seamlessly. RTSP in, WebRTC out. RTMP in, HLS out. Any-to-any conversion without re-encoding.
TLS/DTLS encryption for all stream transport paths. Token-based authentication and per-stream access control ensure only authorized viewers connect.
Flexible multi-camera grid layouts with drag-and-drop controls, instant snapshots, per-camera transport fallback, and variable-speed playback.
Choose from 1x1 up to 6x6 grids on the video wall, plus custom layouts, to monitor any number of cameras simultaneously.
Double-click any camera feed to instantly enlarge it to fullscreen. Click again to return to the grid view.
Drag cameras into any grid position for custom layouts. Rearrange your monitoring wall in seconds without configuration menus.
Automatic per-camera fallback chain: WebRTC, then MPEG-TS, then HLS. Stall detection with auto-recovery using exponential backoff.
Independent volume control per stream, fullscreen mode, and variable playback speed: 0.5x, 1x, 1.5x, 2x, and 4x.
Capture high-resolution snapshots from any live feed with a single click. Each snapshot includes full metadata: timestamp, camera name, and resolution.
Real-time overlay showing camera name, resolution, codec, FPS, and connection status on every feed. Buffering indicator with automatic recovery.
Browser-to-camera audio via WebRTC microphone capture with RTSP backchannel delivery over the ONVIF RTSP audio backchannel for speaker-equipped cameras. No plugins required.
Capture audio directly from the browser via WebRTC microphone access. No plugins or desktop apps required for two-way communication.
Deliver G.711 audio to speaker-equipped ONVIF cameras over the ONVIF RTSP audio backchannel.
Intuitive push-to-talk UI with built-in echo cancellation and noise suppression for clear, interference-free communication.
Smart audio transcoding converts G.711 and AAC to Opus for WebRTC delivery. Automatic codec negotiation ensures compatibility across all endpoints.
Automatic TURN relay, staggered connection management, tile-aware stream selection, and intelligent codec negotiation keep every stream running smoothly.
WebRTC connections automatically fall back to TURN relay when direct peer-to-peer fails. TURN over TCP and TLS keeps high-resolution streams working behind restrictive firewalls.
Connections are established in staggered batches to prevent thundering-herd problems when loading large camera grids simultaneously.
Each tile independently chooses the camera main or sub stream by its displayed size, keeping large grids smooth.
Automatic transcoding from G.711/AAC to Opus for WebRTC delivery. Zero-configuration codec bridge between legacy cameras and modern browsers.
Automatic codec negotiation detects browser HEVC support and transcodes H.265 to H.264 on-the-fly for universal browser compatibility.
Measured in internal testing on real camera feeds, with a published benchmark due in Q3 2026.
Experience ultra-low-latency streaming that scales from a single camera to thousands of concurrent feeds without compromising quality or reliability.
Visylix achieves sub-second glass-to-glass live view via WebRTC, up to sub-200ms in ideal conditions, for real-time surveillance and monitoring. On-the-fly H.265 to H.264 transcoding covers browsers without native HEVC support.
Visylix supports 13 native protocols including RTSP (Digest Auth), RTMP, SRT, ONVIF (Profile S/T/G), NDI, MPEG-TS, RIST, and GB/T 28181 for ingest, and WebRTC (WHEP/WHIP), HLS/LL-HLS, RTSP, HTTP-FLV, HTTP-TS, and DASH for output, all in one first-party engine.
Yes, Visylix supports browser-to-camera talkback via WebRTC microphone capture and ONVIF RTSP audio backchannel delivery for speaker-equipped ONVIF cameras. The push-to-talk interface includes echo cancellation, noise suppression and real-time G.711 encoding.
Visylix natively supports 13+ streaming protocols across ingest and output in one first-party engine. This includes RTSP, RTMP, SRT, ONVIF, NDI, MPEG-TS, RIST, GB/T 28181, WebRTC, HLS, DASH, HTTP-FLV, and HTTP-TS.
Visylix offers flexible grid layouts (1x1 up to 6x6 on the video wall, plus custom), per-camera transport fallback (WebRTC to MPEG-TS to HLS), stall detection with auto-recovery, instant snapshot capture with metadata, variable-speed playback (0.5x to 4x), and real-time stream overlays.
Yes, Visylix includes automatic TURN relay over UDP, TCP and TLS, so high-resolution cameras connect even behind restrictive firewalls. Connections seamlessly fall back to TURN when direct peer-to-peer is unavailable.