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Work Here Contact Us Global Sites SUPPORT TECHNICAL RESOURCES Technical Search User Forums Technical Documentation Video Tutorials Software Downloads Security Portal TRAINING Certification Training Schedule Locate a Training Center SUPPORT SERVICES Hire an Expert Support Levels Additional Support Services Network Security Glossary This glossary contains a list of terms, abbreviations, and acronyms frequently used when discussing networks, security, firewalls, and WatchGuard products. # | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | R | S | T | U | V | W | X | All # 10BaseT; 100BaseT An Ethernet specification that can handle up to 10 mega bits of data per second. 10BaseT Ethernet imposes differing limitations, depending on what type of physical wire is being used and how many stations are attached to the network. For example, the maximum distance a hub can be from a workstation in 10BaseT is 325 feet if using twisted pair
through Watchguard Firebox Todd Lane08-Jul-2003, 07:22 PMI have setup and tested RADIUS authentication to the BM3.7 box successfully with watchguard firebox active directory authentication NTRADPING. I configured Watchguard to use BM3.7 via RADIUS to authenticate
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remote users. Everytime a user attempts to logon I receive the following error message on the BM3.7 watchguard nps radius console screen: [2003-07-08 12:18:24 PM] Access Rejected 172.30.11.254, admin, RADIUS error (-803) I looked up the error message, which states NO_SUCH_ATTRIBUTE. I checked the Radius Profile Filter-ID http://www.watchguard.com/wgrd-resource-center/netwrk-security-glossary attributes and I have the following attributes set: Framed-Protocol PPP Service-Type Login Filter-Id trusted Filter-Id firebox If anyone can help it will be greatly appreciated. Todd Scott Kiester08-Jul-2003, 07:30 PMIs your Firebox sending MSCHAP requests? If it is, try configuring it to send PAP or CHAP requests. "Todd Lane" usage until the last couple of years. In addition, the IPsec standard is not exactly an example of seamless elegance. The result is that VPN http://www.corecom.com/external/livesecurity/muvpn2.htm technology, while improving steadily, is still complex and time-consuming to install. My https://kb.swivelsecure.com/wiki/index.php/RADIUS_How_To_Guide previous article, "Deploying Mobile User (IPsec) VPN," offered help and guidance for administrators in the early stages of providing remote users VPN access to a network. This article covers the next phase: if you've begun installing VPN and the connections aren't coming together, here's where you might find active directory help. I'll suggest some preventive measures that can ease VPN implementation, and show examples of how to interpret your Firebox logs when remote access fails. Troubleshooting MUVPN Connections If the security policy implemented on your Firebox blocks incoming ICMP messages, it may be hard to confirm network connectivity between remote users and a Firebox before you attempt to create VPN active directory authentication tunnels. Have the remote user ping the closest point he can reach on the public side of the Firebox (for example, your Internet access router); as an alternative, try to ping the public IP address of the remote user from behind the Firebox (beware that the client's address may change over time!). Other speed bumps to watch for: Make sure that UDP traffic is flowing on port 500 between the two devices. Watch out for (and eliminate) any use of NAT or PAT along the route between your two devices. Beware of intermediate devices that block ports 50 or 51. If you get this far and come up short, you’ll have to revert to using packet analysis. The good news is that Gerald Combs’ freeware packet analyzer, Ethereal, parses the unencrypted bits of IKE and IPsec, and it’s available for Windows NT/2000 and *NIX. Install this or your favorite more expensive packet analyzer on your external network, between your Firebox and Internet router. Refer back to your planning sheets and confirm that systems have the same security policie Proxy 6 Configuring the Access Device 7 PAP 8 Check Password With Repository 9 RADIUS Groups 10 Calling Station ID 11 Mobile Client (Java Midlet or Swivlet) 12 Testing 13 Known Issues 13.1 VIP Configuration 13.2 MS-CHAP and MS-CHAP V2 Account Locking 13.3 EAP MSCHAPv2 13.4 Special Characters 13.5 Removing NAS entry corrupts other Shared Secrets 13.6 RADIUS Troubleshooting RADIUS How To Guide Overview Swivel is a RADIUS server and can accept requests from Network Access Servers (NAS/RADIUS Clients) that ask authentication information from the Swivel RADIUS sever. For non RADIUS devices, Swivel supports an XML authentication. Configuring the Swivel server From the Swivel Administration Console select RADIUS\Server Options are: Swivel RADIUS server options Server enabled: Yes/No, default No, select Yes to start the Swivel server IP address: The IP address of the Swivel server interface which will accept authentication requests. To accept requests on multiple interfaces, leave the entry blank. Note: Do not use the VIP for this address as the RADIUS server will only start if the VIP is assigned and RADIUS responses will come from the server real IP address. Authentication port: default 1812, commonly also 1645 is used. This is UDP Accounting port: default 1813, commonly also 1646 is used. This is UDP Maximum no. sessions: default 50, Maximum number of concurrent requests Permit empty attributes: Yes/No, Enable/disable the servicing of RADIUS requests containing empty attributes. The RADIUS standard states that empty attributes should not be used, and by default these non-conforming requests will be dropped. Enabling this option will allow the RADIUS server to operate with clients who do not adhere to the standard and send empty attributes. Additional RADIUS logging: None/Failure/Success/Both, Enable/disable additional information, this will add the RADIUS entries for successful and failed RADIUS authentication attempts Enable debug: Yes/No, Enable/disable, debugging of RADIUS authentication Radius Groups: Yes/No, Allows group membership information to be passed back with the RADIUS response, using the parameters defined in the Vendor Group on the NAS. Enabling this option will return the Swivel Group as a RADIUS Group. Radius Group Keyword: defaul