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Edward Wincott, Janet Peter Falconer, Lauder College Tom Franklin, Franklin Consulting
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Edward Wincott, Janet Anthony Morgan, Cardiff University Tom Franklin, Franklin Consulting
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Paul Richardson, Coleg Harlech WEA Geoff Constable, UW Aberystwyth Acknowledgements The authors wish to thank Oggie East and his staff at Symantise Ltd. for their prompt and helpful contributions to this paper. Thanks are also due to colleagues Dylan Evans (Coleg Harlech WEA) and Hefin James (University of Wales, Aberystwyth) for their contributions and prompt answering of questions regarding the network set-up at Harlech.
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James Cook, Foxes Academy Project Date: July 2005 – December 2005
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A lot of attention has been paid to the implementation of remote working environments for the home and providing connectivity solutions to remote locations. Consumer Linksys routers make an ideal platform to extend your organisational network to a remote location, even providing a central wireless SSID for users. This set of instructions will demonstrate the configuration of the Linksys router (Linksys WRT54G) with OpenWRT as a hardware IPSec endpoint.
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The Cisco® ASA family of devices are based on the Cisco® PIX platform (Figure 19); however they have been re-engineered and improved with feature rich functions. Included in the ASA Platform is IPSec VPN, SSL VPN, Web Portal and Secure Desktop facilities. The IPSec VPN functions are included for no extra charge; the remainder are chargeable options after version 7.0 of the ASA.
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Overview SSL VPN technology has grown in popularity in recent years and like its IPSec counterpart allows users to connect remotely back to their home organisation, obtaining access to restricted network resources. There are several different variants of SSL VPN architecture and an increasing number of vendors and Open Source projects providing solutions.
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This chapter shows how the facilities provided by IPSec can be used in practice to create secure VPNs. The examples use Cisco® routers and Windows® 2000/XP workstations. These devices have been chosen because they are widely used and most readers will have access to hardware similar to that discussed in the examples. Two common requirements are discussed: providing a secure VPN tunnel between two private networks, for example a remote site or office and a main campus, and providing a secure remote access service for staff working at home.
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There are no security provisions within the IP standard that guarantee that received packets:
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Many corporate networks are shielded from the outside world by firewall devices or by the simple expedient of running the network on private IP addresses that are not routed over the global Internet. Either or both of these measures may be present at both ends of a VPN, preventing external packets from reaching systems connected to the LAN. However the purpose of a VPN is to allow a remote host or site to become part of the LAN, and so the security measures used to guard against intrusion from the Internet must be selectively circumvented to allow the VPN to work.