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Provides an overview of the switch's security features.
Overview of the switch’s access security features, authentication protocols, and methods.
Outlines features and defense mechanisms for protecting access through the switch to the network.
Provides guidelines on preparing the switch for secure network operation and covers potential threats.
Details the default settings and security guidelines for SNMP access.
Explains how port-based security options and client-based attributes are prioritized.
Details console access levels and password configurations for security.
Describes setting manager and operator passwords using the menu interface.
Explains how to set local passwords and usernames using the CLI.
Covers storing and viewing security settings in the running-config file.
Explains features related to front-panel buttons for security operations.
Explains the impact of malicious agents and describes current detection methods.
Highlights connection-rate filtering as a countermeasure tool for worm-type IT security threats.
Details commands to enable connection-rate filtering on the switch and per-port.
Explains how to create and apply ACLs to connection-rate filtering policies.
Describes port-based security measures for protecting networks and switches.
Details the client authentication process with RADIUS server.
Provides steps for configuring Web authentication on the switch.
Details steps for configuring MAC authentication on switch ports.
Describes how to create customized login web pages to improve the 'look and feel'.
Explains how TACACS+ enables a central server for access control.
Outlines steps for setting up and testing TACACS+ authentication.
Provides steps for configuring TACACS+ operation on the switch.
Describes the general authentication process using a TACACS+ server.
Explains how TACACS+ authentication does not affect WebAgent access.
Explains how RADIUS enables authentication, authorization, and accounting.
Describes how RADIUS accounting collects resource consumption data.
Enables RADIUS server control of authenticated client's access to CLI commands.
Defines AAA, CHAP, CoS, EAP, EXEC Session, Host, NAS, RADIUS, RADIUS Client, RADIUS Host, RADIUS Server.
Describes how to configure the switch to interact with a RADIUS server.
Details steps for configuring RADIUS accounting on the switch.
Provides information for configuring CoS, rate-limiting, and ACL client services on a RADIUS server.
Guidelines for configuring RADIUS servers to apply features dynamically.
Describes how to apply RADIUS-assigned ACLs on the switch.
Explains SSHv2 for remote access via encrypted paths.
Details requirements for using SSH as an SSH server.
Provides general steps for configuring SSH for two-way authentication.
Details commands used for configuring SSH operation.
Explains client public-key authentication to the switch.
Explains SSLv3 and TLSv1 for remote web access via encrypted paths.
Details requirements for using the switch as an SSL server.
Outlines general steps for configuring SSL for switch and client authentication.
Details CLI commands for generating certificates and enabling SSL.
Describes ACLs as lists of ACEs to permit or deny IP packets.
Explains static and dynamic ACL applications.
Provides a summary of commands for standard IPv4 ACLs.
Provides a summary of commands for IPv4 extended ACLs.
Defines ACE, ACL, ACL ID, ACL Mask, CIDR, DA, Deny, Dynamic Port ACL, Extended ACL, IDENTIFIER, Implicit Deny, Inbound Traffic, NAME-STR, Named ACL, Numbered ACL.
Describes how static IPv4 ACLs operate on the switch.
Suggests steps for planning and configuring ACLs.
Explains the basic structure of an ACL, including identity, type, and ACEs.
Discusses the need for additional protection from network attacks.
Protects the network from common DHCP attacks.
Protects the network from ARP cache poisoning.
Prevents IP source address spoofing on a per-port and per-VLAN basis.
Configures trusted ports for DHCP snooping.
Adds authorized DHCP server addresses to the binding database.
Describes applicable switch models for Traffic/Security filters.
Explains configuring static filters to forward or drop unwanted traffic.
Describes Static Filter types: Source-Port, Multicast, Protocol.
Enables the switch to forward or drop traffic from end nodes to specific destination ports.
Allows specifying named source-port filters for multiple ports and trunks.
Provides procedures for specifying filter types and actions.
Explains how 802.1X simplifies security by providing access control.
Discusses exposure to unauthorized use and malicious attacks.
Provides client-level security allowing LAN access to authenticated clients.
Provides port-level security allowing LAN access only on ports with single client authentication.
Outlines steps to configure 802.1X operation.
Details commands for configuring switch ports as 802.1X authenticators.
Provides a path for clients needing 802.1X supplicant software.
Describes applicable features: Port Security, MAC Lockdown, MAC Lockout.
Enables configuring MAC addresses of authorized devices per port.
Provides permanent assignment of MAC address to a specific port.
Enables blocking a specific MAC address.
Explains how the switch detects and notifies of security violations.
Describes the Authorized IP Managers feature for determining station access.
Details configurable options: authorized manager addresses and access privileges.
Explains Manager and Operator access levels.
Describes how to authorize single or multiple stations for access.
Covers viewing and configuring authorized IP managers via the CLI.
Explains how to configure IP Authorized Managers using the WebAgent.
Explains how IP Mask parameters recognize authorized manager station IP addresses.
Provides support for advanced routing capabilities and security mechanisms.
Defines Key Chain, Time-Independent Key, Time-Dependent key, Key Management System (KMS) Enabled Protocol.
Covers creating key chain entries and assigning keys.
Details the process of creating and deleting key chain entries.
Explains assigning keys with no activation or deactivation time constraints.
Explains assigning keys with activate and deactivate time constraints.
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