Ready for Real-Time Operation
More than a streaming server, VBS is a video distribution and governance hub designed for cities, campuses, and industrial sites. It ensures video from any source can be delivered to the right audience, at the right time, with the right quality.
Video Broadcast Service
From multi-channel stream access and secure cross-network forwarding to node-level load balancing and bitrate transcoding, VBS integrates distributed video resources into a governable, dispatchable real-time video hub, helping agencies maintain stable situational awareness and incident response rhythm.
After unified access of front-end CCTV and mobile-deployed video, streams are routed to different systems and organizations based on permission and purpose, including command centers, precincts, public works teams, and third-party platforms.
When a node approaches full load or becomes abnormal, the system automatically reduces load, reroutes, and switches to backup resources to maintain stable video dispatching output.
Automatically applies resolution, FPS, bitrate, and encoding strategies based on endpoint needs, such as command walls, mobile devices, and third-party integrations. It supports multi-version output and adaptive bandwidth control.
VBS USE CASES
From city-scale surveillance and live event sites to multi-domain video hubs, a single VBS platform unifies access, distribution, governance, and alerts.
Existing CCTV / NVR multi-source video is unified into VBS, creating a single entry point for cross-agency access, permission-based routing, and event governance. Video evolves from simply “visible” to a city-scale resource that is dispatchable, auditable, and traceable.
A common pain point in live event broadcasting is that the video can be streamed, but it is hard to manage: multi-camera signals are scattered, temporary networks are unstable, and replay retention and permission controls are often missing. VBS provides unified access and bitrate transcoding so on-site signals can support live streaming, rebroadcasting, redundancy, and later retrieval at the same time.
Video from industrial sites, traffic systems, ports, campuses, and exhibition venues can be converged into one VBS hub, then routed to different agencies and systems based on permissions, forming a city-scale video resource center.
Focused on ITS traffic data collection, TVE technology-based enforcement, and IIDS tunnel incident detection, this solution uses industrial-grade AI video analytics hosts as the core and integrates Edge × CMS × DFS architecture to help traffic management agencies monitor road conditions in real time, enforce precisely, and improve road and tunnel safety.
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Go to YouTubeVBS CORE MODULES
From stream transmission to infrastructure-level governance, VBS divides video services into two core modules that are dispatchable, monitorable, and manageable.
Real-time access × low-latency relay × high-availability redundancy. VBS builds a scalable transmission backbone for city-scale multi-source video, ensuring every stream remains stable, available, and dispatchable.
Centralized governance × permission control × audit tracking. VBS upgrades video from “visible” to “manageable, dispatchable, and traceable,” meeting city-scale cross-agency usage requirements.
Vida.ai × VBS × City Governance