WHITE PAPER:
This exclusive paper examines how a completely virtualized network infrastructure, combined with powerful SDN-based applications, can help your organization achieve network automation, interoperability with legacy systems, and real business benefits.
WHITE PAPER:
This white paper explores many technical processes of adaptive packet filtering, including filtering on FCoE traffic, mutli-encap filtering, and much more.
WHITE PAPER:
This white paper details the evolution of SOA platforms from point products to second-generation architectures such as the enterprise service grid.
WHITE PAPER:
This paper presents a broad overview of the major types of compliance required today. In addition, it considers an approach to compliance based on the network as a whole, rather than on specific devices or areas.
WHITE PAPER:
Mobile devices give workers the ability to access critical information anytime, anywhere. Despite the obvious benefits for productivity, network accessibility has also become a serious security concern – especially in the healthcare community. Learn about a cloud-enabled network security approach that helps safeguard confidential patient data.
WHITE PAPER:
Discover why employing the right intrusion protection solution (IPS) is the critical first – and most important – step to secure your network. Read this paper to learn what features to look for when selecting a next-generation firewall to secure your network and its associated systems.
WHITE PAPER:
This white paper discusses 9 strategies that can save your business time and money while transitioning to IPv6, by slowing the need for replacements and mitigating risks.
WHITE PAPER:
Thirty-five percent of consumers say they would never use a mobile app again if it contained incorrect product data. This brief resource explores how the global standards body GS1 established the Global Data Synchronization Network (GDSN) as a means of combatting outdated, inconsistent product information.
WHITE PAPER:
NEC ProgrammableFlow takes a first step toward end-to-end network-level virtualization with the potential to make a radical impact on how cloud networks are operated, managed and scaled.
