F5 Networks today announced a major software release that expands F5’s hybrid platform of services, and greatly improves the agility, security, and performance of cloud application deployments. New innovations make it simple for customers to unify hardware, software, and managed service resources to realize IT efficiency and cost savings.
New F5 software enables hybrid technologies through dynamic on-premises and off-premises deployments.The extended Hybrid Application Services are meantfor Optimized Performance in All IT Environments.
BIG-IP® version 12.0 takes advantage of F5’s application delivery services fabric, extending the F5 Synthesis™ model by combining physical and virtual resources to better support cloud and hybrid scenarios. This approach allows customers to more easily transition workloads to cloud environments as needed and incorporate technologies like HTTP/2, while maintaining the same visibility, security, and control of traditional infrastructures.
F5 accelerates cloud migrations, enabling customers to integrate security, management, and orchestration capabilities for their evolving on-premises and off-premises deployments. Moreover, F5’s programmable, extensible architecture and growing ecosystem of technology partners make its application services an ideal fit for emerging IT trends such as SDN, NFV, and converged systems offerings.
It provides seamless Integration and IT Efficiency with Microsoft Azure Deployments.F5 supports customers deploying cloud and hybrid IT architectures, with BIG-IP virtual edition solutions becoming available in the Azure Marketplace. Initially, all BIG-IP software modules will be available on Azure through F5’s Good, Better, Best licensing model in a “bring your own license” (BYOL) configuration, with 25 M, 200 M, and 1 G options.
F5 and Microsoft customers will have additional choices in how to optimize their application delivery and cloud technologies in a unified framework. In addition, F5 offers differentiated performance in Azure compared to other vendors, including an extensive set of traffic management and security capabilities that allow enterprises to deploy applications and services with the same ease and functionality experienced with on-premises data centers.
It will provide enhanced Application Security for Superior Protection and Access Capabilities.F5’s BIG-IP 12.0 release includes many integrated enhancements to F5’s security and access solutions, with notable examples.
It will give Reliable Access in All Types of IT Environments with SSO F5 extends secure authentication, authorization, and accounting (AAA) capabilities to cloud-based, web-based, and virtual applications while centrally managing federated identity functions. F5 provides over 5x the scalability of other vendors for applications and identity access management. In addition, F5 is one of the only leading access vendors to extend single sign-on (via SAML) to client-based applications and other browser-less environments, such as Microsoft Office 365.
It will provide Superior Protection with the Largest DDoS Vector Spectrum and Increased Attack Visibility With BIG-IP 12.0, F5 offers the most comprehensive and effective mitigations to protect against sophisticated, high-volume DDoS threats on-premises or in the cloud. F5 also helps companies strengthen their security postures and agility with simplified threat visibility, providing thorough drill-down summaries of attack details.
It’s Improved SSL Capabilities for Comprehensive Security Organizations’ use of SSL is rapidly increasing, with many IT teams moving toward an “encrypt everything” approach. BIG-IP provides innovative, integrated SSL encryption and visibility to manage security certificates and keys across physical, virtual, and cloud deployments all without the blind spots or performance loss typical of other vendors’ offerings.
BIG-IP® version 12.0 takes advantage of F5’s application delivery services fabric, extending the F5 Synthesis™ model by combining physical and virtual resources to better support cloud and hybrid scenarios. This approach allows customers to more easily transition workloads to cloud environments as needed and incorporate technologies like HTTP/2, while maintaining the same visibility, security, and control of traditional infrastructures.