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:
This resource explores an innovative, market leading mobile security solution that mitigates the risks associated with deploying IP-based services.
WHITE PAPER:
Organizations are looking to optimize their network infrastructures in order to provide the performance, reliability, and scalability required for next-generation IP-based networks.
ANALYST REPORT:
Total cost of ownership is a key metric for assessing costs, benefits and risks of a UC solution – enabling organizations to properly evaluate competing solutions. It aligns their final decision with business needs, while understanding the effects of future requirements and functionalities.
WHITE PAPER:
The video surveillance market is in the throes of transition. IP surveillance is rapidly taking over from traditional analog CCTV. Within the next three years more than half the surveillance cameras used in North America will be IP cameras, according to the research firm Frost & Sullivan. Read this whitepaper to learn more.
WHITE PAPER:
This document examines the standards and guidelines as outlined by NIST, and demonstrates the ways in which BlueCat Network’s DNS solution address these guidelines.
WHITE PAPER:
This white paper, sponsored by EMC, is an update of IDC's inaugural forecast of the digital universe published in March 2007. In this year's update we discuss the implications for business, government, and society.
EGUIDE:
This expert E-Guide will help readers understand key information about the evolution of enterprise technology, how to prepare the enterprise for mobile telephony, and the value of combing IP telephony (IPT) with unified communications (UC).
EZINE:
Most enterprises can't get the most out of 802.11ac Wave 2. The problem is Ethernet speeds in the access layer: 1 GbE is too slow and 10 GbE too expensive. Could 2.5 and 5 GbE could be its salvation?
