Networking

Telco network complexity exceeds human management capabilities. Manual operations and basic automation are insufficient for 5G deployments and exponentially growing network demands. The solution requires moving from reactive, human-dependent systems …

New Release: The insights explored in this blog are drawn from the newly released “Cloud Native 5G – A Modern Architecture Guide” by Vamsi Kiran Chemitiganti and Gokul P Chandra. …

Traditional telecom networks, built primarily for voice and data services, are increasingly inadequate for modern AI workloads. The rise of edge computing, real-time applications, and autonomous AI agents requires networks …

Welcome to “Complex Made Clear” – where we take the intimidating, untangle the technical, and make the complicated feel conquerable. In this series, we break down complex topics into digestible, …

Welcome to “Complex Made Clear” – where we take the intimidating, untangle the technical, and make the complicated feel conquerable. In this series, we break down complex topics into digestible, …

Welcome to “Complex Made Clear” – where we take the intimidating, untangle the technical, and make the complicated feel conquerable. In this series, we break down complex topics into digestible, …

Network slicing’s primary benefit is its capacity to divide various business functions into separate, logical network segments. These segments, or network slices, can be customized and optimized for the specific …

VPC Lattice is a new service offering from AWS VPC. Its goal is to give VPC-deployed microservices a consistent way to connect and keep their communication secure.

To break this out into numbers, a typical CSP will deploy hundreds of thousands of network services as virtual network functions (VNFs) or CNFs. VNFs will run in virtual machines …

Introduction Various posts on this site have touched on the topic of SDN. One of the key features provided by SDN is network programmability – the control plane directed data …