EGUIDE:
2018 was the year when software-defined networking, and more specifically software-defined WANs, took centre stage. We look back at a transformative year for the world of the network manager. Here are Computer Weekly's top 10 networking stories of 2018.
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 expert decision center from SearchSDN.com takes an in-depth look at software-defined networking technology strategies and how they can help reduce the complexity and management of your network by enabling centralized programmable networks that separate the control and data planes from the underlying infrastructure.
WEBCAST:
This exclusive webcast examines a networking solution that can create a resilient WAN that prevents applications from being affected by link outages, allowing your remote offices to adapt to changing network conditions and reroute traffic quickly to avoid downtime.
EGUIDE:
SD-WAN is revolutionizing the way employees connect to their networks. And this is great, but much of what SD-WAN has to offer can be improved with the implementation of a SASE architecture. Dive into this e-guide to get the scoop on why SD-WAN and SASE go together like PB&J.
WHITE PAPER:
This white paper covers ten key strategies for developers looking to improve the quality and performance of their software through application management (APM) solutions.
EGUIDE:
This expert guide examines two recent wireless case studies at Liverpool FC and Alexandra palace to find out how they navigated deployment of effective and powerful Wi-Fi. Read on to learn how you can apply a similar strategy to your business to enhance your mobile and wireless environment.
WHITE PAPER:
Gain an understanding of how 802.11ac can help provide higher performance by boosting bandwidth, and dive into the technical challenges associated with this new technology.
WHITE PAPER:
This exclusive white paper examines the ins-and-outs of wireless networking, discussing the current state 802.11 and what near-future developments you need to prepare for if you want to remain competitive.
