The combination of 5G and edge computing is redefining real-time performance in customer service scenarios. According to Omdia research, by 2026, over 30% of industrial customer service interactions will rely on edge computing nodes for processing.
At a German automotive factory, when a production line malfunction occurs, on-site workers wearing AR glasses connect to a remote expert center via the 5G network. Edge computing nodes render AR overlay information locally in real time—such as fault point annotations and disassembly step animations—achieving end-to-end latency of under 8 milliseconds, far below the traditional cloud latency of 120 milliseconds. This enables remote experts to guide repairs as if they were standing right next to the worker.
Another typical scenario is video customer service. Over a 5G network, high-definition video streams are intelligently compressed and background noise is reduced through edge nodes, ensuring smooth video playback even when the customer's area experiences signal fluctuations.
GlobalConnect has deployed over 50 edge computing nodes across the Asia-Pacific region to support local access for customer service systems. Its intelligent traffic scheduling algorithm dynamically selects the optimal edge node based on network latency, computational load, and agent location, ensuring that overseas customers also enjoy response times below 20 milliseconds.