Telecom Edge Computing

A regional telecom operator serving subscribers across both dense urban centres and widely dispersed rural areas was seeing growing demand for low-latency applications — video streaming, IoT processing and real-time analytics. Routing all traffic back to a central data centre was adding round-trip latency that degraded subscriber experience, particularly in remote regions.

The operator needed edge computing sites distributed across its coverage area, but each site had to be manageable remotely with minimal on-site staff. Security was also a concern: edge sites in remote locations are physically vulnerable, and the processing workloads running on them needed protection against tampering and unauthorised access.

The deployed edge infrastructure consists of standardised computing sites distributed across the operator's coverage area, each running workloads locally to serve nearby subscribers with minimal latency. Video streaming, IoT data processing and real-time analytics now execute at the edge rather than round-tripping to the central data centre.

A central remote management platform gives the operations team visibility and control over every edge site — health monitoring, workload orchestration, patching and security event logging — without on-site visits. Each site is physically secured with tamper detection and logically segmented so that a compromise at one site cannot propagate to others.