VPNs White Papers
St. Michael's House Secures Its Network With Check Point UTM-1
Overview Michael's House engaged with Calyx Security, a certified Check Point partner, on finding a solution to meet their security needs. The priority for Calyx was to secure St. Michael's House's network and make sure the remote branches were provided with fast, reliable, and secure access. For the St. Michael's House IT team, a highly-manageable solution to provide timely resolution of client and staff issues was of paramount importance. St. Michael's House installed Check Point VPN-1 UTM Power with SmartCenter management in the Ballymun, Dublin HQ and one UTM-1 Edge appliance in each of their remote locations.
| Publisher | Check Point Software Technologies | File Format | |
|---|---|---|---|
| Date Published | October 2008 | ||
| Format | Case Studies | ||
| Topics | |||
Webcast: Security convergence equals network security cost savings
Listen to IBM Internet Security Systems' take on network security convergence. You will learn how to get more out of your existing investments in network security, combat new Web 2.0,...
Korenix Embedded Systems - White Paper: Industrial Router Firewall and VPN Platform
Off late Industrial Control and communications applications, the networks allowing these systems to be controlled and communicate are growing larger and more complex. Designing a network built on embedded systems...
Yankee Group Mobile WAN Optimization Report
Mobile work continues to evolve. Your organization must keep up with the demands of its mobile workforce. This report introduces the concept of mobile WAN optimization and provides three case...
TANDBERG and Packet Loss
This paper is intended to describe the packet loss robustness features available with TANDBERG's products. These features include: Intelligent Packet Loss RecoveryTF (IPLRTF), Downspeeding, Quality of Service (QoS). The above...
A Decentralized VPN Service Over Generalized Mobile Ad-Hoc Networks
This paper presents a decentralized VPN service that can be built over generalized mobile ad-hoc networks (Generalized MANETs), in which topologies can be represented as a time-varying directed multigraph. The...



