Telecom operators face a workload pattern unlike any other regulated sector: lots of small sites, specialised networking requirements (SR-IOV, Multus, line-rate), and an operations posture that has to assume nobody is at the edge to fix anything. The platform has to be centrally managed, drift-resistant, and self-healing.
What we do for telecom operators
- Bare-metal OpenShift platforms at the edge — installed, lifecycle-managed via ACM, and GitOps-reconciled from a central hub.
- High-performance networking — SR-IOV and Multus configurations for network functions, CNI optimisation, kernel tuning where the workload demands it.
- Multi-site lifecycle — fleet-level upgrade orchestration, drift detection, self-healing, hardware-refresh patterns that scale from tens to hundreds of sites.
- Unified observability — centralised metrics, logs, and traces across the fleet, with per-site drill-down. SLO-driven operations practice on top.
- OSS/BSS modernization — modernising adjacent services that need API gateways, identity, and event-driven integration with the network functions.
What makes telecom engagements distinct
Compared with single-site enterprise engagements, telecom platforms are defined by their fleet shape, not their individual clusters. The hard problem is not “install OpenShift” but “keep one hundred OpenShift sites converged on the same state without per-site engineering work”. We engineer for that shape from the first cluster onward.