Verizon has chosen IBM and Red Hat to help build and deploy an open hybrid cloud platform with automated operations and service orchestration as the foundation of its 5G core, announced IBM on Monday.
This work with Verizon comes at a critical time for the telco industry as telcos position to deliver on the fundamental transformation potential of 5G. With increased bandwidth, reduced latency and cloud native capabilities, telcos now have the opportunity to leverage their unique and trusted role in communications to capture value from enterprise 5G adoption.
Verizon is a great example of a communication services provider that is on the forefront of this transformation, by embracing an open hybrid cloud platform that enables a world-class operations environment, aligned to their next-gen vision of an intelligent, highly automated and efficient 5G network. With this transformation, they can scale and deploy new services across a variety of environments, speeding innovation that delivers new value to customers.
By working with Red Hat and IBM Global Business Services (GBS) to build their 5G core network services on Red Hat OpenShift, Verizon is evolving to an open, cloud-native, containerized webscale platform that is ready to harness innovative applications that can support advanced 5G use cases. This open hybrid cloud foundation is designed to help them draw on the power of the immense up-stream open source community, while retaining the architectural control necessary to speed new features, offerings and services like network slicing and multi-access edge computing to market. And they can retain choice over what cloud (public or private), on-prem or Edge environment is best to deploy these solutions.
IBM Global Business Services, a leading systems integrator in the telco industry, is also integrating Telco Network Cloud solutions into Verizon’s Service Orchestration Platform to automate and manage services much more efficiently. This integration is designed to improve the service quality, predictably and automation of virtual network functions and comply with Open Network Automation Platform interfaces.
