Avaya Configuring and Troubleshooting Bay Dial VPN (DVS) Networks Manuel d'utilisateur Page 42
- Page / 190
- Table des matières
- DEPANNAGE
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
Configuring and Troubleshooting Bay Dial VPN Services
2-8 303509-A Rev 00
During tunnel authentication, the LNS identifies the L2TP client or LAC by
comparing the LAC’s tunnel authentication password with its own password. If
the passwords match, the LNS permits the LAC to establish a tunnel.
The LAC does not send the tunnel authentication password as a plain-text
message. The exchange of passwords works much like the PPP Challenge
Handshake Authentication Protocol (CHAP). When one side receives a challenge,
it responds with a value that is calculated based on the authentication password.
The receiving side matches the value against its own calculation. If the values
match, authentication is successful.
Tunnel authentication occurs in both directions, which means that the LAC and
LNS both try to verify the other’s identity.
You can enable tunnel authentication on the Bay Networks LNS. If tunnel
authentication is disabled, which is the default, the LNS sends a default challenge
response to the LAC during the authentication process so that the tunnel can be
established. The LNS cannot send outgoing calls, so it cannot initiate tunnel
authentication.
During tunnel authentication, the following exchange of messages takes place:
1.
The LAC sends a tunnel setup message, called the start control connection
request (SCCRQ) message to the LNS. This message includes a challenge to
the LNS.
2.
The LNS replies with a tunnel response, a challenge response, and its own
challenge message. This is called the start control connection reply (SCCRP)
message.
3.
The LAC replies with a challenge response that includes its tunnel
authentication password. This is the start control connection connected
(SCCCN) message.
4.
If this same password is configured for the LNS, the LNS grants approval to
the LAC to establish a tunnel.
Figure 2-3
shows tunnel authentication and the control messages.
- Configuring and 1
- Troubleshooting Bay Dial 1
- VPN Services 1
- Trademarks 2
- Restricted Rights Legend 2
- Statement of Conditions 2
- Contents 5
- 303509-A Rev 00 vii 7
- 303509-A Rev 00 ix 9
- 303509-A Rev 00 xi 11
- 303509-A Rev 00 13
- Before You Begin 15
- Text Conventions 15
- Acronyms 17
- How to Get Help 19
- Chapter 1 21
- Tunneling Overview 21
- What Is Tunneling? 22
- Layer 3 Tunneling 24
- Layer 2 Tunneling 24
- 1-6 303509-A Rev 00 26
- Dial VPN Network Components 27
- 1-8 303509-A Rev 00 28
- 1-10 303509-A Rev 00 30
- 1-12 303509-A Rev 00 32
- Where to Go Next 34
- Chapter 2 35
- Dial VPN Layer 2 Tunneling 35
- 2-2 303509-A Rev 00 36
- L2T0003A 36
- 303509-A Rev 00 2-3 37
- L2TP Packet Encapsulation 38
- 2-6 303509-A Rev 00 40
- Security in an L2TP Network 41
- 2-8 303509-A Rev 00 42
- RADIUS User Authentication 43
- RADIUS Accounting 44
- L2TP IP Interface Addresses 44
- Starting an L2TP Session 45
- Examples of L2TP Tunnels 46
- 303509-A Rev 00 2-13 47
- 2-14 303509-A Rev 00 48
- Chapter 3 49
- Dial VPN Layer 3 Tunneling 49
- 3-2 303509-A Rev 00 50
- 303509-A Rev 00 3-3 51
- How Tunnel Management Works 52
- How the TMS Database Works 54
- How DHCP Works 55
- shows the entire process 56
- Assigning Addresses 58
- Starting the Connection 60
- 3-14 303509-A Rev 00 62
- 3-16 303509-A Rev 00 64
- 3-18 303509-A Rev 00 66
- DVS0007A 66
- Chapter 4 69
- 4-2 303509-A Rev 00 70
- <acp_or_RADIUS> 71
- stats -o 72
- <called_number> 73
- Configuring Active RIP 75
- Chapter 5 77
- Configuring TMS and Security 77
- for erpcd Networks 77
- 5-2 303509-A Rev 00 78
- 303509-A Rev 00 5-3 79
- Tunnel Management Commands 80
- All commands except 81
- Command Arguments 82
- 303509-A Rev 00 5-13 89
- 0013ABC0:001234560000 89
- Chapter 6 91
- 6-2 303509-A Rev 00 92
- 303509-A Rev 00 6-3 93
- DVS0015A 93
- Using RADIUS Accounting 94
- RADIUS server 95
- Messages.” 99
- Chapter 7 101
- 7-2 303509-A Rev 00 102
- <slot_number> 103
- Caution: 104
- Gateway Accounting Messages 105
- Chapter 8 107
- 8-2 303509-A Rev 00 108
- DVS0008A 108
- 303509-A Rev 00 8-3 109
- (continued) 110
- 303509-A Rev 00 8-7 113
- 8-8 303509-A Rev 00 114
- 303509-A Rev 00 8-9 115
- Enabling L2TP 119
- (continued) 123
- Framed-IPX-Network 124
- 303509-A Rev 00 8-19 125
- Creating a Superscope 127
- Chapter 9 129
- Managing a Dial VPN Network 129
- 9-2 303509-A Rev 00 130
- Appendix A 131
- Planning Worksheet 131
- A-2 303509-A Rev 00 132
- For Each Destination Site 133
- For Each Remote Node 134
- Appendix B 135
- Syslog Messages 135
- TMS Syslog Messages 138
- Appendix C 145
- Troubleshooting 145
- Preventing Problems 146
- Preparing to Troubleshoot 147
- Troubleshooting Worksheet 148
- 303509-A Rev 00 C-5 149
- Troubleshooting Routers 150
- Cable Guide 150
- C-8 303509-A Rev 00 152
- 303509-A Rev 00 C-11 155
- C-12 303509-A Rev 00 156
- 303509-A Rev 00 C-13 157
- C-14 303509-A Rev 00 158
- Managing 163
- Remote Access Concentrators 163
- Using Command Line Interfaces 163
- Managing Remote 165
- Access Concentrators Using 165
- Command Line Interfaces 165
- C-22 303509-A Rev 00 166
- DVS0005A 167
- C-24 303509-A Rev 00 168
- Troubleshooting the LAC 169
- Troubleshooting the LNS 170
- C-32 303509-A Rev 00 176
- Glossary 177
- Glossary-6 303509-A Rev 00 182
- Tunnel Management 182
- System (TMS) 182
- Virtual Private 182
- Network (VPN) 182
Produits connexes et manuels pour Logiciel Avaya Configuring and Troubleshooting Bay Dial VPN (DVS) Networks
Logiciel Avaya R4.3 Manuel d'utilisateur
(368 pages)
(368 pages)
Logiciel Avaya Read Me First: Router Software 11.02 and Site Manager 5.02 Manuel d'utilisateur
(10 pages)
(10 pages)
Logiciel Avaya B5800 Manuel d'utilisateur
(70 pages)
(70 pages)
© 2020, manymanuals.fr. Tous droits réservés | 0.185 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Commentaires sur ces manuels