About This Architecture

5G Smart Campus MEC architecture on OCI integrates multi-access edge computing with 5G private networks, connecting IoT devices, AGVs, AI cameras, and industrial equipment through local UPF offload and on-premises edge compute. Data flows from Terminal Perception Layer devices—5G+AI Camera, 5G AGV/AMR, PLC/CNC Machine, and Employee Mobile Terminal—through 5G Macro/Indoor pRRU, FTTR-B Full-Optical Gateway, and Wi-Fi 6 AP to the UPF User Plane for local processing. MEC Edge Compute Server handles real-time analytics within the Enterprise Data Security Physical Boundary while selectively routing to Mobile Cloud Central Data Lake, OneNET IoT Platform, and OnePark Smart Campus Platform. This architecture reduces latency, keeps sensitive data on-premises, and enables intelligent campus operations through edge-first processing managed by 5G Private Network Mgmt Platform. Fork and customize this diagram on Diagrams.so to model your campus topology, adjust security boundaries, or integrate additional OCI services.

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How do you design a 5G smart campus architecture that keeps sensitive data on-premises while enabling real-time IoT and AI processing?

This 5G Smart Campus MEC architecture on OCI uses a Campus MEC Edge Node with local UPF offload to process data from 5G+AI Camera, 5G AGV/AMR, and industrial equipment at the edge, keeping data within the Enterprise Data Security Physical Boundary. Critical analytics run on MEC Edge Compute Server while selective data flows to Mobile Cloud Central Data Lake and OneNET IoT Platform, balancing laten