RESEARCH CONTENT:
In this article in our Royal Holloway security series, we examine the mechanisms that have been invented to allow Internet Protocol version 6 (IPv6), which replaces IPv4, users to prove their rightful ownership of an address, preventing others from using it falsely, as well as showing some of the ways in which these measures are incomplete.
WHITE PAPER:
To help you get ready for video, Fluke Networks developed a four-page technology primer “An Introduction to Video in the Enterprise” that covers key market drivers, the four major types of video, and illustrates how streaming applications works.
EGUIDE:
In the following e-guide, experts relay recommendations to secure IP printing and fax devices. Learn where to find guidance on copier and multifunction device security, and how often you should perform vulnerability scans on printers and related systems.
WHITE PAPER:
As the transition from IPv4 to IPv6 occurs, the challenge of accommodating both protocols becomes a big challenge. Learn about four transition technologies, along with their advantages and disadvantages.
WHITE PAPER:
This white paper describes the requirements of next-generation IP networks, the performance, availability, and scalability issues affecting existing networks and the benefits of Brocade IP Network Infrastructure Services.
WHITE PAPER:
EIGRP has been used successfully for many years by enterprises of all sizes, using mostly Cisco devices. It converges as fast as any other internal gateway protocol and provides features that facilitate design, implementation, and troubleshooting. Download this resource to learn more.
WHITE PAPER:
This white paper discusses how fax servers and new FoIP investments fit into an organization’s overall document delivery strategy. Continue reading to learn why you should implement FoIP in your organization today.
WHITE PAPER:
Ensuring that business operations continue regardless of any circumstance is big business. Whether disruptions come as a result of natural disasters; sabotage (malware); technical failures in data storage or networking components.
