Client
A major telecom operator serving 50M+ mobile subscribers across regions.
Client Background
Faced with exploding data usage and the need to introduce 5G-ready services, the telecom provider required major enhancements to its wireless infrastructure.
Client Challenge
The operator’s existing wireless network architecture could not sustain growing bandwidth demands and 5G-readiness requirements. Coverage gaps, inconsistent QoS, and limited network capacity led to customer churn. Legacy backhaul systems struggled to support the transition to advanced LTE and 5G services.
Network planning relied on outdated tools, resulting in suboptimal resource allocation. RF optimization cycles were manual and time-consuming. Security vulnerabilities in network elements created compliance concerns. The client needed a modern, scalable, and secure wireless engineering strategy to prepare for next-generation services.
Xevyte Solution
Xevyte engineered a next-generation wireless architecture using advanced RF planning, capacity modeling, and 5G-ready backhaul design. Real-time analytics engines were integrated for automated RF optimization, load balancing, and QoS tuning.
We modernized transport networks using fiber, microwave backhaul, and SDN/NFV-based elements. Core systems were re-engineered for scalability, and network slicing frameworks were prepared for future 5G rollouts.
Xevyte also implemented zero-trust network security, hardened RAN components, and built a centralized monitoring platform with predictive analytics for outages.
Business Impact
Key Capabilities Delivered