Verona content delivery

The content delivery system is a powerful API for fast video delivery without delays. In addition to HTTP/HTTPS protocols, it also supports WebSocket for real-time video broadcasting. Flexible caching and HOVSP produce less CPU load than other real-time protocols. VEBuS technology facilitates the creation of a geographically distributed network infrastructure.

Overview

The diagram below shows how the platform works: the incoming video stream arrives at the processing server; the processing server directly broadcasts to the clients and/or to the delivery server simultaneously; the delivery server enables a large number of clients to use the Cloud simultaneously.

iOS Android Web

1. Delivery server
Intel Core i3, 16GB RAM, 10Gbps (scalable to multiple servers)
2. Processing server: Intel Core
i7, 64GB RAM, 10Gbps (scalable to multiple servers)
3. Verona playback
Included: analytics, subtitles, annotations, multi-audio, muting of copyright audio content.
4. Internal stream
125 streamsin 1080p + 480p + 360p
5. Cloud broadcasting
~~3092 users watching simultaneously at 1080p in real time and history
6. Source video
RTSP, RTMP, etc.; 125 streams; 1080p + 480p
7. Direct broadcasting
~3092 users watching simultaneously at 1080p in real time and history

HOVSP

With adaptive streaming

HTML5 player

HTML 5

HOVSP ready
Low latency in live
VOD support
Transparent live-to-VOD conversion
Custom tracks
Smooth streaming support
AVC video
HEVC video (if browser supported)
On-the-fly track switching
WebWorkers support for fast demuxing
WebAssembly support coming soon

iOS & Android players

HOVSP ready
Low latency in live
VOD support
Transparent live-to-VOD conversion
Custom tracks
Smooth streaming support
AVC video
HEVC video (if browser supported)
On-the-fly track switching
Hardware decoding

REST API for clients

Works with HTTP/HTTPS, web socket and long polling. Allows communication between a client and server working under representational state transfer (REST) constraints.

API

Multi-IP

Optimizes the video transfer by selecting the shortest path from the server to the user. It works automatically and is imperceptible to the user. For example: if a user is on the same network as the server, the video is transmitted without an Internet connection.

Reverse proxy

Sets a direct connection with the server via NAT and the firewall; supports connections through asynchronous and synchronous NAT systems; works automatically and imperceptibly to the user.