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Configuring Authentication, Authorization, and Accounting
The RADIUS server should be configured such that it will send the Cisco AV
Pair attribute with the “roles” value. For example:
shell:roles=router-admin
The above example attribute gives the user access to the commands
permitted by the router-admin profile.
Using RADIUS Servers to Control Management
Access
The RADIUS client on the switch supports multiple RADIUS servers. When
multiple authentication servers are configured, they can help provide
redundancy. One server can be designated as the primary and the other(s) will
function as backup server(s). The switch attempts to use the primary server
first. if the primary server does not respond, the switch attempts to use the
backup servers. A priority value can be configured to determine the order in
which the backup servers are contacted.
How Does RADIUS Control Management Access?
Many networks use a RADIUS server to maintain a centralized user database
that contains per-user authentication information. RADIUS servers provide a
centralized authentication method for:
• Telnet Access
• Web Access
• Console to Switch Access
• Access Control Port (802.1X)
Like , RADIUS access control utilizes a database of user
information on a remote server. Making use of a single database of accessible
information—as in an Authentication Server—can greatly simplify the
authentication and management of users in a large network. One such type of
Authentication Server supports the Remote Authentication Dial In User
Service (RADIUS) protocol as defined by RFC 2865.
For authenticating users prior to access, the RADIUS standard has become
the protocol of choice by administrators of large accessible networks. To
accomplish the authentication in a secure manner, the RADIUS client and
RADIUS server must both be configured with the same shared password or
Summary of Contents for PowerConnect M6220
Page 52: ...52 Introduction ...
Page 86: ...86 Switch Features ...
Page 100: ...100 Hardware Overview ...
Page 116: ...116 Using the Command Line Interface ...
Page 121: ...Default Settings 121 ...
Page 122: ...122 Default Settings ...
Page 142: ...142 Setting Basic Network Information ...
Page 206: ...206 Configuring Authentication Authorization and Accounting ...
Page 292: ...292 Managing General System Settings Figure 11 31 Verify MOTD ...
Page 296: ...296 Managing General System Settings ...
Page 332: ...332 Configuring SNMP ...
Page 408: ...408 Monitoring Switch Traffic ...
Page 560: ...560 Configuring Access Control Lists ...
Page 591: ...Configuring VLANs 591 Figure 21 17 GVRP Port Parameters Table ...
Page 597: ...Configuring VLANs 597 Figure 21 24 Double VLAN Port Parameter Table ...
Page 693: ...Configuring Port Based Traffic Control 693 Figure 24 3 Storm Control 5 Click Apply ...
Page 780: ...780 Configuring Connectivity Fault Management ...
Page 804: ...804 Snooping and Inspecting Traffic Figure 27 17 DAI Interface Configuration Summary ...
Page 818: ...818 Snooping and Inspecting Traffic ...
Page 836: ...836 Configuring Link Aggregation ...
Page 860: ...860 Configuring Data Center Bridging Features ...
Page 906: ...906 Configuring DHCP Server Settings ...
Page 940: ...940 Configuring L2 and L3 Relay Features Figure 34 3 DHCP Relay Interface Summary ...
Page 1080: ...1080 Configuring VRRP ...
Page 1104: ...1104 Configuring IPv6 Routing ...
Page 1131: ...Configuring Differentiated Services 1131 Figure 40 5 DiffServ Class Criteria ...
Page 1158: ...1158 Configuring Class of Service Figure 41 1 Mapping Table Configuration CoS 802 1P ...
Page 1174: ...1174 Configuring Auto VoIP Figure 42 2 Auto VoIP Interface Configuration ...
Page 1240: ...1240 Managing IPv4 and IPv6 Multicast Figure 43 51 DVMRP Next Hop Summary ...
Page 1266: ...1266 Managing IPv4 and IPv6 Multicast ...
Page 1274: ...1274 System Process Definitions ...
Page 1294: ...1294 Index ...