ESSENTIAL GUIDE:
This article in our Royal Holloway Security Series explains how graph theory can be used to model internetworks and improve their resilience against failures and attacks.
WHITE PAPER:
This case study showcases how, by migrating to an end-to-end IP architecture and implementing SIP trunks, Oracle has significantly consolidated and simplified its telephony infrastructure.
WHITE PAPER:
This exclusive resource discusses a wireless networking solution that is a continuation of the IEEE 802.11 standard that can provide a better wireless experience to more devices within your enterprise.
CASE STUDY:
This exclusive case study examines how an American manufacturer was able to utilize a network solution to prevent downtime, eliminate off-hour crises, and maximize efficiencies.
WEBCAST:
This exclusive webcast discusses wireless networking solution that allows your organization to provide your users with the wireless performance needed to seamlessly access critical applications and data, even if the workloads are media-intensive.
EBOOK:
Combating emerging threats effectively while reducing the total cost of ownership (TCO) is crucial in a firewall. Read this paper and learn how NGFWs help you achieve a deeper level of security and safeguard your organization against today's evolving threats.
CASE STUDY:
This exclusive resource details how a leading railcar manufacturer utilized a networking tool to maximize availability and prevent costly network downtime. Read on to find out more.
CASE STUDY:
This exclusive case study examines how a global university was able to achieve wired-like speed and reliability across a wireless network and support thousands of mobile devices.
WHITE PAPER:
This exclusive resource discusses how SIP trunking over Ethernet can help you maximize the value of your existing UC tools, improving scalability and efficiency while reducing overall costs.
WHITE PAPER:
This paper discusses how WAN deduplication works, and how it can be effectively deployed as a complement to existing storage deduplication solutions.