SURVEILLANCE NETWORK OPERATION CENTRE(NOC)

Description

A unified, scalable video surveillance and monitoring platform that brings both remote and local camera feeds together on a single Network Operation Centre wall. Cameras connect via 5G/Wi-Fi 6 (remote sites) or direct ONVIF/Ethernet (local sites) to EDGE AI Box/SDK units, which process and stream footage to a central CMS server. From there, multiple EDGE AI Boxes drive an 8-panel, 55" video wall — giving operators a complete, real-time view of up to 64 camera streams per panel across the entire NOC.  

Features

• Dual-Mode Camera Ingestion – Supports both remote sites (via 5G / Wi-Fi 6 connected EDGE AI Boxes) and local sites (via 64 ONVIF cameras over Gigabit/100 Mbps Ethernet ports)
• Edge AI Processing – Distributed EDGE AI Box/SDK units handle camera-side intelligence and stream aggregation before central routing 
• Centralized CMS Server – Single control point managing uplink/downlink, cloud sync, and NAS-based recording/storage 
• Flexible VMS Layouts – Configurable 1–64 camera views per screen/TFT, adaptable to operator needs 
• 8-Panel Video Wall Output – Each of 8 panels displays up to 64 camera streams, enabling a total NOC wall view across all panels 
• 55" Display Wall – Large-format NOC wall (2×4 panel layout shown, VMS-4/VMS-8 configuration) for high 
• High-Speed Connectivity – 1 Gbps uplink/downlink backbone with 100 Mbps camera input ports 
• NAS-Based Storage – Centralized, disk-free recording architecture for scalable footage retention 
• Cloud & Local Hybrid Architecture – Seamlessly bridges cloud-connected remote sites with locally networked surveillance infrastructure 
• Real-Time Multi-Site Visibility – Aggregates feeds from geographically distributed remote and local sites into one unified NOC view for centralized situational awareness 
• Modular & Scalable Architecture – Additional EDGE AI Boxes and panels can be added to expand camera capacity or wall size without redesigning the core system 
• Redundant Network Paths  - Separate uplink and downlink channels ensure stable, uninterrupted data flow between cameras, CMS server, and the NOC wall

Block Diagram