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Mike Ivey
National Account Manager, Cyber Security Federal Markets
(919) 579-6324
mike.ivey@belkin.com
Mike Ivey
National Account Manager, Cyber Security Federal Markets
(919) 579-6324
mike.ivey@belkin.com
Presented by: Michael Ambruso, Technical Solutions Architect II, World Wide Technology
In today’s digital landscape, Cyber Recovery is a critical aspect of risk management, requiring a nuanced understanding of what needs to be restored, the urgency of restoration, and the security of recovery vaults. This session delves into the complexities of Cyber Recovery, offering real-world experiences and actionable strategies to help you avoid common pitfalls. We will clarify the distinctions between Cyber Recovery and Cyber Resilience, providing a comprehensive guide to building robust solutions that minimize risk and ensure project success. Additionally, we will explore key concepts such as ‘air gap’ and ‘immutable storage,’ and their vital roles in enhancing Cyber Resiliency and Recovery. Join us to gain valuable insights to fortify your organization’s cyber defense mechanisms.
Presented by: Gabe Chang, IBM Quantum Ambassador
Quantum machines are truly accessible on physical hardware over the public cloud. This radically new kind of computing opens the possibility of solving some problems that are now and perhaps always will be intractable for “classical” computers. Quantum algorithms that run upon the hardware have been proven and demonstrated in many areas of the natural sciences as well as data science to show improvements in computational speed, optimization problems, machine learning, AI, decision-making, classification problems, and more. This discussion covers what is available today, near future, and beyond the next few years, in an overview of quantum. We will discuss the mechanics behind superconducting circuits, the physics’ concepts and principles of quantum interaction, applicability to difficult-to-solve technical challenges, and is followed by a demonstration of running algorithms upon an actual quantum computer over the cloud.
Presented By: Jay Nusbaum – Federal Systems Engineer, Commscope – RCDD
Ever since the development of PDS in the early 80s, network designers have looked for ways to extend the network and reach devices in far-away spaces in the building. The original method of extending the network was the IDF closet, and it has surely stood the test of time, but the network’s utility and importance has grown as the list of IP devices has expanded exponentially, so network designers now need to extend the network into every nook and cranny of the building and surrounding campus.
In this session, we’ll discuss future applications that will broaden this demand, and the three best methods of extending the network, reaching further and further than ever before: Hybrid Powered Fiber, Building Edge Infrastructure, and Extended Reach Category Twisted Pair with larger gauge pairs. The presentation will cover:
Attend this training session to earn 2 CEUs