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This white paper explains the differences between the VPN technologies and provides criteria for deciding whether you should replace your IPSec VPN with SSL VPN. It also presents a step-by-step, practical approach to implementing your replacement.
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This white paper outlines the two primary methods of deploying remote access VPNs: IPsec and SSL. Read how to choose the right VPN technology for your organization, understand security considerations, and how to secure your remote-access VPN.
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Learn how to select the right application delivery infrastructure to provide secure remote access. Discover the 7 key requirements for remote access and the right questions to ask vendors during the selection process.
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Discover converged network solutions that can help your organization achieve the communications infrastructure you need, aligned to the strategy and objectives you set in place.
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This white paper takes an in-depth look at the changing role of IT departments in the face of the demand to connect, collaborate and communicate with remote and in-office workers in a similar - if not near exact - fashion. Read now to learn about the best practices and tools available to make this a reality.
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Access this exclusive paper to find out how the Communication Manager, once defined as an Entity within the Avaya Aura Session Manager, can be configured as a feature server within a sequenced application.
WHITE PAPER:
Discover the top recommendations for selecting a UC solution that fits the needs of your business. Learn how to weigh the most important factors and assess the TCO of your UC solution.
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This insightful white paper summarizes research from Forrester regarding current usage trends and perceptions of unified communications among midsize organizations around the world.
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This informative guide explores a 5 step plan for smooth, effective implementation of your newly acquired unified communications platform.
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This resource examines the complexity of IP multicasting and an approach to overcome these limitations – delivering new levels of performance, scalability and resiliency to IP multicasting.
