F5 introduces solutions for cloud-native 5G infrastructure


F5 has announced BIG-IP Service Proxy for Kubernetes (SPK) and Carrier-Grade Aspen Mesh, two infrastructure solutions aimed at supporting the deployment and operation of cloud-native 5G standalone core networks. These solutions feature scalable performance, visibility, and security advancements that enable service providers to deliver innovative new 5G-based services to consumers and enterprises.

The move to a cloud-native 5G core represents an architectural shift for service providers that leverages a microservices-based approach and the standard Kubernetes platform. As such, cloud-native 5G core services will need to coexist and interoperate with 3G and 4G signaling protocols, applications, billing systems, policies, and infrastructure.

F5’s new 5G solutions give service providers the ability to offer their customers a seamless, secure experience, while keeping the complexity and cost of their infrastructure low, avoiding the expense of maintaining separate systems that may increase security risks and operational overhead.

New 5G Solutions

BIG-IP SPK and Carrier-Grade Aspen Mesh are the first offerings in a 5G portfolio that will accelerate digital transformation for service providers and their customers. These new solutions allow service providers to easily deploy cloud-native 5G core infrastructure and scale the operation of thousands of microservices and 5G container-based network functions (CNFs).

Built on a 5G core service-based architecture, BIG-IP SPK and Carrier-Grade Aspen Mesh enable support for 5G workloads alongside existing 4G workloads with network elasticity and the application of granular traffic management, security, and access policies to traffic into, out of, and between Kubernetes clusters. With multi-protocol support, service providers can continue to seamlessly monetize 4G network traffic while transitioning to 5G.

James Feger, VP and GM of Service Provider at F5

“F5’s new solutions support the significant demands of mobile networks by augmenting Kubernetes infrastructure and enabling customers to fully realize the benefits of a cloud-native 5G core with simpler operations and a faster path to revenue,” said James Feger, VP and GM of Service Provider at F5. “This means service providers are able to more efficiently allocate their capital and resources to deliver a broader range of 5G use cases where it matters most.”

BIG-IP Service Proxy for Kubernetes utilizes repeatable elements, or patterns, in Kubernetes to bring telco capabilities to a Kubernetes environment, providing necessary performance and security for cloud-native 5G deployments. BIG-IP SPK features:

  • Broad 4G and 5G signaling protocols support, including Diameter, SIP, SCTP, GTP, and HTTP/2, that allows service providers to transition to 5G while maintaining existing 4G services, customers, and billing systems.
  • Per-service secure proxy and Kubernetes cluster firewall to provide control and protection for inter-cluster traffic flowing into and out of the core 5G services.
  • Automated Kubernetes service discovery and policy configuration to reduce complexity and create efficiency for network operations teams.

Carrier-Grade Aspen Mesh provides observability, security, and control for traffic flowing within and between Kubernetes clusters. Because it sits independent of CNFs, Aspen Mesh offers service providers:

  • A consistent approach to encrypting and authenticating HTTP/2 and TCP traffic between multi-vendor and multi-site network functions, built on the strongest mutual TLS methods, tied back to a carrier-grade and 3GPP-compatible certificate authority.
  • Comprehensive traffic visibility among CNFs, providing revenue assurance and visibility into the data needed to monetize 5G using existing billing and charging systems.
  • Additional features including Kubernetes packet capture capabilities with Aspen Mesh Packet Inspector for advanced troubleshooting and meeting lawful intercept requirements.

“Service providers are building a new IT ecosystem for their 5G networks, and right-sizing network resources required for 5G solutions is incredibly important. This allows service providers to deliver on top edge computing use cases,” said Cliff Grossner, Executive Director and Technology Fellow at OMDIA. “Ultimately, this robust IT ecosystem will enable 5G solutions to work together from the cloud to the edge to the far-edge as one interoperable software environment. Multi-protocol 5G solutions help to solve this important market requirement.”

Commitment to 5G Innovation

F5 also announced it has joined the 5G Open Innovation Lab (5GOILab) as a Corporate partner. The 5GOILab is a global ecosystem of corporate enterprises, academia and government institutions working together with early- and later-stage startups to fuel the development of new 5G capabilities and market categories. F5 is committed to innovation and will leverage its rich experience in telco network traffic management, application security services, and cloud computing to help academia and the Lab’s startup ecosystem develop, test, and deploy innovative 5G solutions while accelerating market adoption.

Enabling Modern App Delivery at Scale

F5 has rapidly evolved over the past several years to offer the broadest set of technologies to secure and deliver the applications that matter most to its customers—the world’s largest enterprises, service providers, financial and educational institutions, government organizations, and consumer brands. BIG-IP SPK and Carrier-Grade Aspen Mesh are part of a comprehensive portfolio of F5 solutions that enable customers to deploy modern, adaptive applications to meet the increasing customer and business demands of today’s digital-first world. Like living organisms, these applications will naturally adapt based on their environment—growing, shrinking, defending, and healing themselves.

F5 solutions address a wide range of modern application use cases, from the highly complex demands of service provider and banking industries to enterprise-grade software and SaaS offerings tailored to the needs of developers and DevOps teams.



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