

Rolling out 5G without dynamic resource orchestration meant under-utilization at off-peak and congestion at peak — failing customers and breaching SLAs. Legacy provisioning took hours of manual work per network slice. The 100M-subscriber operator needed intelligence, not more hardware.
A Kubernetes-native orchestration system with four parts: (1) predictive demand forecasting over historical traffic, event schedules and real-time telemetry (93% per-slice accuracy); (2) a dynamic orchestrator that provisions, scales and tears down slices in under 60 seconds; (3) a real-time observability platform tracking latency, throughput and SLA compliance across thousands of concurrent slices; (4) self-healing automation that detects anomalies, reroutes traffic and rebalances resources without human intervention.
Bolt started with prediction. Demand-forecasting models trained on historical traffic, event schedules and live telemetry reached 93% per-slice accuracy, giving the network foresight instead of reaction. On top of that, a Kubernetes-native orchestration engine provisioned, scaled and tore down slices in under 60 seconds straight from demand signals — replacing hours of manual provisioning. A custom observability platform tracked latency, throughput, utilization and SLA compliance in real time across thousands of concurrent slices, so operators could see the network as software. Finally, self-healing automation closed the loop: anomalies trigger automated remediation that reroutes traffic and rebalances resources with no human in the path. Delivery was principal-led and production-first, scope locked to the efficiency metric at kickoff. The full system reached production scale across 100M subscribers in 24 weeks.
Kubernetes-native orchestration across thousands of concurrent network slices, predictive ML, real-time observability and self-healing automation, deployed to 100M-subscriber production scale. 24-week build, principal-led.
Mobile network operators rolling out 5G at scale who need to monetize slicing — where margin comes from real-time orchestration rather than added spectrum or hardware.






