Configuring Identity Control Policies

Identity control policies define the actions that Identity-Based Networking Services takes in response to specified conditions and subscriber events. A variety of system actions, conditions, and events can be combined using a consistent policy language. This module provides information about how to configure identity control policies for Identity-Based Networking Services.

Finding Feature Information

Your software release may not support all the features documented in this module. For the latest caveats and feature information, see Bug Search Tool and the release notes for your platform and software release. To find information about the features documented in this module, and to see a list of the releases in which each feature is supported, see the feature information table at the end of this module.

Use Cisco Feature Navigator to find information about platform support and Cisco software image support. To access Cisco Feature Navigator, go to www.cisco.com/​go/​cfn. An account on Cisco.com is not required.

Information About Identity Control Policies

Concurrent Authentication Methods

Identity-Based Networking Services allows the concurrent operation of IEEE 802.1x (dot1x), MAC authentication bypass (MAB), and web authentication methods, making it possible to invoke multiple authentication methods in parallel on a single subscriber session. This allows the client-supported method to complete at the earliest opportunity without the delays associated with serialization.

Typically, the access control method that is used to authorize a host is left up to the endpoint. For example, a printer without an 802.1x supplicant would be authorized through MAB only, an employee desktop through 802.1x only, and a guest through web authentication only. The default priority order is 802.1x, followed by MAB, then web authentication. When method priorities are the same, the first method that successfully authenticates the session prevails.

An example in which more than one method may succeed during the lifetime of a session is when MAB is used to provide interim access pending success of 802.1x. A host could be also be given interim access to a web server to allow credentials to be updated so that 802.1x can succeed after an authentication failure.

Configuration Display Mode

Identity-Based Networking Services introduces new Cisco IOS commands that replace many of the previously supported authentication and policy commands. These commands are available only after enabling the Cisco common classification policy language (C3PL) display mode that supports Identity-Based Networking Services. Identity-Based Networking Services features such as concurrent authentication and web authentication with IPv6 are not supported in legacy mode.

The device defaults to the legacy configuration mode until you do one of the following:

  • Enter the authentication display new-style command—This command switches to C3PL display mode, temporarily converting your legacy configuration to a Identity-Based Networking Services configuration so you can see how it looks before you make the conversion permanent. You can switch back to legacy mode by using the authentication display legacy command. See the “Enabling the Display Mode for Identity-Based Networking Services” section.
  • Enter a Identity-Based Networking Services configuration command—After you enter the first explicit Identity-Based Networking Services command, the configuration converts to C3PL display mode permanently and legacy commands are suppressed. The authentication display command is disabled and you can no longer revert to the legacy configuration mode.

Control Policies for Identity-Based Networking Services

A control policy defines the handling of different subscriber life-cycle events. For various events, such as session start or session failure, you can specify actions in the control policy. These actions can be executed conditionally for different subscribers based on various match criteria. Control policies are activated on interfaces and typically control the authentication of subscriber identity and the activation of services on sessions. For example, you can configure a control policy to authenticate specific subscribers and then provide them with access to specific services.

A control policy consists of one or more control policy rules and a decision strategy that governs how the policy rules are evaluated. A control policy rule consists of a control class (a flexible condition clause), an event for which the condition is evaluated, and one or more actions. Actions are general system functions, such as “authenticate” or “activate.” You define the specific actions that an event will trigger and some events have default actions.

The figure below illustrates how each control policy contains a list of events that are considered applicable to the subscriber life cycle. Within each event type is a list of control classes with different match criteria for subscriber identity, and under each class is a list of actions to be executed.

Figure 1. Control Policy Structure

Control Policy Configuration Overview

Control policies express system functionality in terms of an event, a condition, and an action. There are three steps in defining a control policy:

  1. Create one or more control classes—A control class specifies the conditions that must be met for a control policy to be activated. A control class can contain multiple conditions, each of which will evaluate as either true or false. Match directives specify whether all, any, or none of the individual conditions must evaluate true for the class to evaluate true. Or, you can specify the default control class which does not contain any conditions and always evaluates true.
  2. Create a control policy—A control policy contains one or more control policy rules. A control policy rule consists of a control class, an event that causes the class to be evaluated, and one or more actions. Actions are numbered and executed sequentially.
  3. Apply the control policy—A control policy is activated by applying it to an interface.

Parameter Maps for Identity-Based Networking Services

A parameter map allows you to specify parameters that control the behavior of actions specified under a control policy. For Identity-Based Networking Services, an authentication parameter map defines parameters used for the action specified with the authenticate using webauth command. You can configure the following types of parameter maps:

  • Authentication bypass (This is also called nonresponsive host [NRH] authentication.)
  • Consent
  • Web authentication
  • Web authentication with consent

Parameter maps are optional. If you do not configure a named parameter map, the software uses the default parameters that are specified in the global parameter map.

Per User Inactivity Handling Across Methods

A common inactivity aging feature extends support for RADIUS attributes 28 (Idle-Timeout) and attribute 29 (Termination-Action) to web authenticated sessions, providing consistent inactivity handling across all authentication methods, including 802.1x, MAC authentication bypass (MAB), and web authentication. The AAA server sends these attributes as part of the user authorization. After a session has been idle for the amount of time specified in attribute 28, or has reached the timeout configured with attribute 29, the session is terminated.

You can also apply the inactivity timeout and absolute timeout to sessions through a locally defined service template. When enabling the inactivity timeout, you can also enable address resolution protocol (ARP) probes that are sent before the session is terminated. For configuration information, see the “Configuring Identity Service Templates” module.

How to Configure Identity Control Policies

Enabling the Display Mode for Identity-Based Networking Services

Identity-Based Networking Services features are configured in the Cisco common classification policy language (C3PL) display mode. The legacy authentication manager mode is enabled by default. You can use the following procedure to switch to C3PL display mode and temporarily convert any legacy configuration commands to their C3PL equivalents. This allows you to preview your legacy configuration as a Identity-Based Networking Services configuration before making the conversion permanent. After you enter an explicit Identity-Based Networking Services command, the conversion becomes permanent and you can no longer revert to legacy mode.

SUMMARY STEPS

    1.    enable

    2.    authentication display {legacy | new-style}


DETAILED STEPS
     Command or ActionPurpose
    Step 1 enable


    Example: 
    Device> enable
     

    Enables privileged EXEC mode.

    • Enter your password if prompted.
     
    Step 2 authentication display {legacy | new-style}


    Example: 
    Device# authentication display new-style
     

    Sets the display mode for authentication and policy configuration.

    • The default display mode is legacy.
    • You can use this command to switch between legacy and C3PL display mode until you execute the first explicit Identity-Based Networking Services command. After you enter the first explicit Identity-Based Networking Services command, for example when configuring a control class or control policy, the system displays a prompt to confirm whether you want to continue because this command will be disabled and you cannot revert to legacy mode.
    Note   

    If you save the configuration while the new-style mode is enabled, and then perform a reload, the display mode is permanently set to new-style. The authentication display command is disabled and you cannot revert to legacy mode.

    If you boot the standby device while in new-style mode, the standby device will be in new-style mode and after switchover the device remains in new-style mode. To switch back to legacy mode, you must use the authentication display legacy command and reload the standby switch.

     

    Configuring a Control Class

    A control class defines the conditions under which the actions of a control policy are executed. You define whether all, any, or none of the conditions must evaluate true to execute the actions of the control policy. Control classes are evaluated based on the event specified in the control policy.


    Note

    This procedure shows all of the match conditions that you can configure in a control class. You must specify at least one condition in a control class to make it valid. All other conditions, and their corresponding steps, are optional (steps 4 through 18 below).

    SUMMARY STEPS

      1.    enable

      2.    configure terminal

      3.    class-map type control subscriber {match-all | match-any | match-none} control-class-name

      4.    {match | no-match} activated-service-template template-name

      5.    {match | no-match} authorization-status {authorized | unauthorized}

      6.    {match | no-match} authorizing-method-priority {eq | gt | lt} priority-value

      7.    {match | no-match} client-type {data | switch | video | voice}

      8.    {match | no-match} current-method-priority {eq | gt | lt} priority-value

      9.    {match | no-match} ip-address ip-address

      10.    {match | no-match} ipv6-address ipv6-address

      11.    {match | no-match} mac-address mac-address

      12.    {match | no-match} method {dot1x | mab | webauth}

      13.    {match | no-match} port-type {l2-port | l3-port | dot11-port}

      14.    {match | no-match} result-type [method {dot1x | mab | webauth}] result-type

      15.    {match | no-match} service-template template-name

      16.    {match | no-match} tag tag-name

      17.    {match | no-match} timer timer-name

      18.    {match | no-match} username username

      19.    end

      20.    show class-map type control subscriber {all | name control-class-name}


    DETAILED STEPS
       Command or ActionPurpose
      Step 1 enable


      Example: 
      Device> enable
       

      Enables privileged EXEC mode.

      • Enter your password if prompted.
       
      Step 2 configure terminal


      Example: 
      Device# configure terminal
       

      Enters global configuration mode.

       
      Step 3 class-map type control subscriber {match-all | match-any | match-none} control-class-name


      Example: 
      Device(config)# class-map type control subscriber match-all DOT1X_NO_AGENT
       

      Creates a control class and enters control class-map filter mode.

      • match-all—All of the conditions in the control class must evaluate true.
      • match-any—At least one of the conditions in the control class must evaluate true.
      • match-none—All of the conditions in the control class must evaluate false.
       
      Step 4 {match | no-match} activated-service-template template-name


      Example: 
      Device(config-filter-control-classmap)# match activated-service-template SVC_1
       

      (Optional) Creates a condition that evaluates true based on the service template activated on a session.

       
      Step 5 {match | no-match} authorization-status {authorized | unauthorized}


      Example: 
      Device(config-filter-control-classmap)# match authorization-status authorized
       

      (Optional) Creates a condition that evaluates true based on a session's authorization status.

       
      Step 6{match | no-match} authorizing-method-priority {eq | gt | lt} priority-value


      Example: 
      Device(config-filter-control-classmap)# match authorizing-method-priority eq 10
       

      (Optional) Creates a condition that evaluates true based on the priority of the authorization method.

      • eq—Current priority is equal to priority-value.
      • gt—Current priority is greater than priority-value.
      • lt—Current priority is less than priority-value.
      • priority-value—Priority value to match. Range: 1 to 254, where 1 is the highest priority and 254 is the lowest.
       
      Step 7 {match | no-match} client-type {data | switch | video | voice}


      Example: 
      Device(config-filter-control-classmap)# match client-type data
       

      (Optional) Creates a condition that evaluates true based on an event’s device type.

       
      Step 8 {match | no-match} current-method-priority {eq | gt | lt} priority-value


      Example: 
      Device(config-filter-control-classmap)# match current-method-priority eq 10
       

      (Optional) Creates a condition that evaluates true based on the priority of the current authentication method.

       
      Step 9 {match | no-match} ip-address ip-address


      Example: 
      Device(config-filter-control-classmap)# match ip-address 10.10.10.1
       

      (Optional) Creates a condition that evaluates true based on an event’s source IPv4 address.

       
      Step 10 {match | no-match} ipv6-address ipv6-address


      Example: 
      Device(config-filter-control-classmap)# match ipv6-address FE80::1
       

      (Optional) Creates a condition that evaluates true based on an event’s source IPv6 address.

       
      Step 11 {match | no-match} mac-address mac-address


      Example: 
      Device(config-filter-control-classmap)# match mac-address aabb.cc00.6500
       

      (Optional) Creates a condition that evaluates true based on an event’s MAC address.

       
      Step 12 {match | no-match} method {dot1x | mab | webauth}


      Example: 
      Device(config-filter-control-classmap)# match method dot1x
       

      (Optional) Creates a condition that evaluates true based on an event’s authentication method.

       
      Step 13 {match | no-match} port-type {l2-port | l3-port | dot11-port}


      Example: 
      Device(config-filter-control-classmap)# match port-type l2-port
       

      (Optional) Creates a condition that evaluates true based on an event’s interface type.

       
      Step 14 {match | no-match} result-type [method {dot1x | mab | webauth}] result-type


      Example: 
      Device(config-filter-control-classmap)# match result-type agent-not-found
       

      (Optional) Creates a condition that evaluates true based on the specified authentication result.

      • To display the available result types, use the question mark (?) online help function.
       
      Step 15 {match | no-match} service-template template-name


      Example: 
      Device(config-filter-control-classmap)# match service-template svc_1
       

      (Optional) Creates a condition that evaluates true based on an event’s service template.

       
      Step 16 {match | no-match} tag tag-name


      Example: 
      Device(config-filter-control-classmap)# match tag tag_1
       

      (Optional) Creates a condition that evaluates true based on the tag associated with an event.

       
      Step 17 {match | no-match} timer timer-name


      Example: 
      Device(config-filter-control-classmap)# match timer restart
       

      (Optional) Creates a condition that evaluates true based on an event’s timer.

       
      Step 18 {match | no-match} username username


      Example: 
      Device(config-filter-control-classmap)# match username josmiths
       

      (Optional) Creates a condition that evaluates true based on an event’s username.

       
      Step 19 end


      Example: 
      Device(config-filter-control-classmap)# end
       

      (Optional) Exits control class-map filter configuration mode and returns to privileged EXEC mode.

       
      Step 20 show class-map type control subscriber {all | name control-class-name}


      Example: 
      Device# show class-map type control subscriber all
       

      (Optional) Displays information about Identity-Based Networking Services control classes.

       

      Example: Control Class

      The following example shows a control class that is configured with two match conditions: 

      class-map type control subscriber match-all DOT1X_NO_AGENT
 match method dot1x
 match result-type agent-not-found

      Configuring a Control Policy

      Control policies determine the actions that the system takes in response to specified events and conditions. The control policy contains one or more control policy rules that associate a control class with one or more actions. The actions that you can configure in a policy rule depend on the type of event that you specify.


      Note

      This task includes all of the actions that you can configure in a control policy regardless of the event. All of these actions, and their corresponding steps, are optional (steps 6 through 21 below). To display the supported actions for a particular event, use the question mark (?) online help function.

      SUMMARY STEPS

        1.    enable

        2.    configure terminal

        3.    policy-map type control subscriber control-policy-name

        4.    event event-name [match-all | match-first]

        5.    priority-number class {control-class-name | always} [do-all | do-until-failure | do-until-success]

        6.    action-number activate {policy type control subscriber control-policy-name [child [no-propagation | concurrent] | service-template template-name [aaa-list list-name] [precedence number] [replace-all]}

        7.    action-number authenticate using {dot1x | mab | webauth} [aaa {authc-list authc-list-name | authz-list authz-list-name]} [merge] [parameter-map map-name] [priority priority-number] [replace | replace-all] [retries number {retry-time seconds}]

        8.    action-number authentication-restart seconds

        9.    action-number authorize

        10.    action-number clear-authenticated-data-hosts-on-port

        11.    action-number clear-session

        12.    action-number deactivate {policy type control subscriber control-policy-name | service-template template-name}

        13.    action-number err-disable

        14.    action-number pause reauthentication

        15.    action-number protect

        16.    action-number replace

        17.    action-number restrict

        18.    action-number resume reauthentication

        19.    action-number set-timer timer-name seconds

        20.    action-number terminate {dot1x | mab | webauth}

        21.    action-number unauthorize

        22.    end

        23.    show policy-map type control subscriber {all | name control-policy-name}


      DETAILED STEPS
         Command or ActionPurpose
        Step 1 enable


        Example: 
        Device> enable
         

        Enables privileged EXEC mode.

        • Enter your password if prompted.
         
        Step 2 configure terminal


        Example: 
        Device# configure terminal
         

        Enters global configuration mode.

         
        Step 3 policy-map type control subscriber control-policy-name


        Example: 
        Device(config)# policy-map type control POLICY_1
         

        Defines a control policy for subscriber sessions.

         
        Step 4event event-name [match-all | match-first]


        Example: 
        Device(config-event-control-policymap)# event session-started
         
        Specifies the type of event that triggers actions in a control policy if conditions are met.
        • match-all is the default behavior.
        • To display the available event types, use the question mark (?) online help function. For a complete description of event types, see the event command.
         
        Step 5 priority-number class {control-class-name | always} [do-all | do-until-failure | do-until-success]


        Example: 
        Device(config-class-control-policymap)# 10 class always
         

        Associates a control class with one or more actions in a control policy.

        • A named control class must first be configured before specifying it with the control-class-name argument.
        • do-until-failure is the default behavior.
         
        Step 6action-number activate {policy type control subscriber control-policy-name [child [no-propagation | concurrent] | service-template template-name [aaa-list list-name] [precedence number] [replace-all]}


        Example: 
        Device(config-action-control-policymap)# 10 activate service-template FALLBACK
         

        (Optional) Activates a control policy or service template on a subscriber session.

         
        Step 7 action-number authenticate using {dot1x | mab | webauth} [aaa {authc-list authc-list-name | authz-list authz-list-name]} [merge] [parameter-map map-name] [priority priority-number] [replace | replace-all] [retries number {retry-time seconds}]


        Example: 
        Device(config-action-control-policymap)# 10 authenticate using dot1x priority 10
         

        (Optional) Initiates the authentication of a subscriber session using the specified method.

         
        Step 8 action-number authentication-restart seconds


        Example: 
        Device(config-action-control-policymap)# 20 authentication-restart 60
         

        (Optional) Sets a timer to restart the authentication process after an authentication or authorization failure.

         
        Step 9 action-number authorize


        Example: 
        Device(config-action-control-policymap)# 10 authorize
         

        (Optional) Initiates the authorization of a subscriber session.

         
        Step 10 action-number clear-authenticated-data-hosts-on-port


        Example: 
        Device(config-action-control-policymap)# 20 clear-authenticated-data-hosts-on-port
         

        (Optional) Clears authenticated data hosts on a port after an authentication failure.

         
        Step 11 action-number clear-session


        Example: 
        Device(config-action-control-policymap)# 30 clear-session
         

        (Optional) Clears an active subscriber session.

         
        Step 12 action-number deactivate {policy type control subscriber control-policy-name | service-template template-name}


        Example: 
        Device(config-action-control-policymap)# 20 deactivate service-template
         

        (Optional) Deactivates a control policy or service template on a subscriber session.

         
        Step 13 action-number err-disable


        Example: 
        Device(config-action-control-policymap)# 10 err-disable
         

        (Optional)Temporarily disables a port after a session violation event.

         
        Step 14 action-number pause reauthentication


        Example: 
        Device(config-action-control-policymap)# 20 pause reauthentication
         

        (Optional) Pauses reauthentication after an authentication failure.

         
        Step 15 action-number protect


        Example: 
        Device(config-action-control-policymap)# 10 protect
         

        (Optional) Silently drops violating packets after a session violation event.

         
        Step 16 action-number replace


        Example: 
        Device(config-action-control-policymap)# 10 replace
         

        (Optional) Clears the existing session and creates a new session after a violation event.

         
        Step 17 action-number restrict


        Example: 
        Device(config-action-control-policymap)# 10 restrict
         

        (Optional) Drops violating packets and generates a syslog entry after a session violation event.

         
        Step 18 action-number resume reauthentication


        Example: 
        Device(config-action-control-policymap)# 20 resume reauthentication
         

        (Optional) Resumes the reauthentication process after an authentication failure.

         
        Step 19 action-number set-timer timer-name seconds


        Example: 
        Device(config-action-control-policymap)# 20 set-timer RESTART 60
         

        (Optional) Starts a named policy timer.

         
        Step 20 action-number terminate {dot1x | mab | webauth}


        Example: 
        Device(config-action-control-policymap)# 20 terminate webauth
         

        (Optional) Terminates an authentication method on a subscriber session.

         
        Step 21 action-number unauthorize


        Example: 
        Device(config-action-control-policymap)# 20 unauthorize
         

        (Optional) Removes all authorization data from a subscriber session.

         
        Step 22 end


        Example: 
        Device(config-action-control-policymap)# end
         

        (Optional) Exits control policy-map action configuration mode and returns to privileged EXEC mode.

         
        Step 23 show policy-map type control subscriber {all | name control-policy-name}


        Example: 
        Device# show policy-map type control subscriber name POLICY_1
         

        (Optional) Displays information about identity control policies.

         

        Example: Control Policy

        The following example shows a simple control policy with the minimum configuration necessary for initiating authentication: 

        policy-map type control subscriber POLICY_1
 event session-started match-all
  10 class always do-until-failure
   10 authenticate using dot1x

        For detailed examples of control policies for concurrent and sequential authentication, see the “Configuration Examples for Identity Control Policies” section.

        Applying a Control Policy to an Interface

        Control policies typically control the authentication of subscriber identity and the activation of services on sessions. Perform this task to apply a control policy to an interface.

        SUMMARY STEPS

          1.    enable

          2.    configure terminal

          3.    interface type number

          4.    service-policy type control subscriber control-policy-name

          5.    subscriber aging {inactivity-timer seconds [probe] | probe}


        DETAILED STEPS
           Command or ActionPurpose
          Step 1 enable


          Example:
          Device> enable
           

          Enables privileged EXEC mode.

          • Enter your password if prompted.
           
          Step 2 configure terminal


          Example:
          Device# configure terminal
           

          Enters global configuration mode.

           
          Step 3 interface type number


          Example:
          Device(config)# interface tengigabitethernet 1/0/1
           

          Specifies an interface and enters interface configuration mode.

           
          Step 4 service-policy type control subscriber control-policy-name


          Example:
          Device(config-if)# service-policy type control subscriber POLICY_1
           

          Applies a previously configured control policy.

          • To display a list of all configured control policies, use the question mark (?) online help function.
           
          Step 5 subscriber aging {inactivity-timer seconds [probe] | probe}


          Example:
          Device(config-if)# subscriber aging inactivity-timer 60 probe
           

          Enables an inactivity timer for subscriber sessions.

           

          Example: Applying a Control Policy to an Interface

          interface TenGigabitEthernet 1/0/2
 subscriber aging inactivity-timer 60 probe
 service-policy type control subscriber POLICY_1

          Configuring Authentication Features on Ports

          Perform this task to control access to a port, including the port authorization state, host access mode, preauthentication access, and the authentication direction.

          SUMMARY STEPS

            1.    enable

            2.    configure terminal

            3.    interface type number

            4.    access-session port-control {auto | force-authorized | force-unauthorized}

            5.    access-session host-mode {multi-auth | multi-domain | multi-host | single-host}

            6.    access-session closed

            7.    access-session control-direction {both | in}

            8.    end

            9.    show access-session interface interface-type interface-number [details]


          DETAILED STEPS
             Command or ActionPurpose
            Step 1enable


            Example:
            Device> enable
             

            Enables privileged EXEC mode.

            • Enter your password if prompted.
             
            Step 2configure terminal


            Example:
            Device# configure terminal
             

            Enters global configuration mode.

             
            Step 3interface type number


            Example:
            Device(config)# interface gigabitethernet 1/0/2
             

            Enters interface configuration mode for the selected interface.

             
            Step 4access-session port-control {auto | force-authorized | force-unauthorized}


            Example:
            Device(config-if)# access-session port-control auto
             

            Sets the authorization state of a port.

            • The default value is force-authorized.
             
            Step 5access-session host-mode {multi-auth | multi-domain | multi-host | single-host}


            Example:
            Device(config-if)# access-session host-mode single-host
             

            Allows hosts to gain access to a controlled port.

            • To use this command, you must first enable the access-session port-control auto command.
            • The default value is multi-auth.
             
            Step 6access-session closed


            Example:
            Device(config-if)# access-session closed
             

            Prevents preauthentication access on this port.

            • The port is set to open access by default.
             
            Step 7access-session control-direction {both | in}


            Example:
            Device(config-if)# access-session control-direction in
             

            Sets the direction of authentication control on a port.

            • The default value is both.
             
            Step 8end


            Example:
            Device(config-if)# end
             

            Exits interface configuration mode and returns to privileged EXEC mode.

             
            Step 9show access-session interface interface-type interface-number [details]


            Example:
            Device# show access-session interface gigabitethernet 1/0/2 details
             

            Displays information about subscriber sessions that match the specified client interface.

             

            Example: Port Authentication

            interface GigabitEthernet 1/0/2
 access-session host-mode single-host
 access-session closed
 access-session port-control auto
 access-session control-direction in

            Configuring a Parameter Map for Web-Based Authentication

            A parameter map allows you to modify parameters that control the behavior of actions configured under a control policy. A parameter map for web-based authentication sets parameters that can be applied to subscriber sessions during authentication. If you do not create a parameter map, the policy uses default parameters.

            Perform the following steps to define either a global or named parameter map for web-based authentication.


            Note

            The configuration commands available in the global parameter map differ from the commands available in a named parameter map.

            SUMMARY STEPS

              1.    enable

              2.    configure terminal

              3.    parameter-map type webauth {parameter-map-name | global}

              4.    banner {file location:filename | text banner-text}

              5.    consent email

              6.    custom-page {failure | login expired | success} device location:filename

              7.    max-http-conns number

              8.    ratelimit init-state-sessions rate-limit

              9.    redirect {{for-login | on-failure | on-success} url | portal {ipv4 ipv4-address | ipv6 ipv6-address}}

              10.    timeout init-state min minutes

              11.    type {authbypass | consent | webauth | webconsent}

              12.    virtual-ip {ipv4 ipv4-address | ipv6 ipv6-address}

              13.    watch-list {add-item {ipv4 ipv4-address | ipv6 ipv6-address} | dynamic-expiry-timeout minutes | enabled}

              14.    end

              15.    show ip admission status [banners | custom-pages | parameter-map [parameter-map]]


            DETAILED STEPS
               Command or ActionPurpose
              Step 1 enable


              Example: 
              Device> enable
               

              Enables privileged EXEC mode.

              • Enter your password if prompted.
               
              Step 2 configure terminal


              Example: 
              Device# configure terminal
               

              Enters global configuration mode.

               
              Step 3 parameter-map type webauth {parameter-map-name | global}


              Example: 
              Device(config)# parameter-map type webauth MAP_2
               

              Creates a parameter map and enters parameter-map webauth configuration mode.

              • The specific configuration commands supported for a global parameter map defined with the global keyword differ from the commands supported for a named parameter map defined with the parameter-map-name argument.
               
              Step 4 banner {file location:filename | text banner-text}


              Example: 
              Device(config-params-parameter-map)# banner file flash:webauth_banner.html
               

              (Optional) Displays a banner on the web-authentication login web page.

               
              Step 5 consent email


              Example: 
              Device(config-params-parameter-map)# consent email
               

              (Optional) Requests a user’s e-mail address on the web-authentication login web page.

              • This command is supported in named parameter maps only.
               
              Step 6 custom-page {failure | login expired | success} device location:filename


              Example: 
              Device(config-params-parameter-map)# custom-page login device flash:webauth_login.html
Device(config-params-parameter-map)# custom-page login expired device flash:webauth_expire.html
Device(config-params-parameter-map)# custom-page success device flash:webauth_success.html
Device(config-params-parameter-map)# custom-page failure device flash:webauth_fail.html
               

              (Optional) Displays custom authentication proxy web pages during web-based authentication.

              • You must configure all four custom HTML files. If fewer than four files are configured, the internal default HTML pages will be used.
               
              Step 7 max-http-conns number


              Example: 
              Device(config-params-parameter-map)# max-http-conns 5
               

              (Optional) Limits the number of HTTP connections for each web authentication client.

               
              Step 8 ratelimit init-state-sessions rate-limit


              Example: 
              Device(config-params-parameter-map)# ratelimit init-state-sessions 500
               

              (Optional) Limits the number of web-based authentication sessions in the Init state.

              • This command is supported in the global parameter map only.
               
              Step 9 redirect {{for-login | on-failure | on-success} url | portal {ipv4 ipv4-address | ipv6 ipv6-address}}


              Example: 
              Device(config-params-parameter-map)# redirect portal ipv6 FE80::1
Device(config-params-parameter-map)# redirect on-failure http://10.10.3.34/~sample/failure.html
               

              (Optional) Redirects users to a particular URL during web-based authentication.

               
              Step 10 timeout init-state min minutes


              Example: 
              Device(config-params-parameter-map)# timeout init-state min 15
               

              (Optional) Sets the Init state timeout for web-based authentication sessions.

               
              Step 11 type {authbypass | consent | webauth | webconsent}


              Example: 
              Device(config-params-parameter-map)# type consent
               

              (Optional) Defines the methods supported by a web-based authentication parameter map.

              • This command is supported in named parameter maps only.
               
              Step 12 virtual-ip {ipv4 ipv4-address | ipv6 ipv6-address}


              Example: 
              Device(config-params-parameter-map)# virtual-ip ipv6 FE80::1
               

              (Optional) Specifies a virtual IP address for web-based authentication clients.

              • This command is supported in the global parameter map only.
               
              Step 13 watch-list {add-item {ipv4 ipv4-address | ipv6 ipv6-address} | dynamic-expiry-timeout minutes | enabled}


              Example: 
              Device(config-params-parameter-map)# watch-list enabled
Device(config-params-parameter-map)# watch-list dynamic-expiry-timeout 20
Device(config-params-parameter-map)# watch-list add-item ipv6 FE80::1
               

              (Optional) Enables a watch list of web-based authentication clients.

              • This command is supported in the global parameter map only.
               
              Step 14 end


              Example: 
              Device(config-params-parameter-map)# end
               

              (Optional) Exits parameter-map configuration mode and returns to privileged EXEC mode.

               
              Step 15 show ip admission status [banners | custom-pages | parameter-map [parameter-map]]


              Example: 
              Device# show ip admission status custom-pages
               

              (Optional) Displays information about configured banners and custom pages.

               

              Example: Parameter Map for Web-Based Authentication

              parameter-map type webauth PMAP_2
 type webconsent
 timeout init-state min 15
 max-http-conns 5
 consent email
 custom-page login device flash:webauth_login.html
 custom-page success device flash:webauth_success.html
 custom-page failure device flash:webauth_fail.html
 custom-page login expired device flash:webauth_expire.html
              What to Do Next

              Apply the parameter map to sessions by specifying it in the authenticate using command when configuring a Control Policy. See the “Configuring a Control Policy” section.

              Configuration Examples for Identity Control Policies

              Example: Configuring Control Policy for Concurrent Authentication Methods

              The following example shows a control policy that is configured to allow concurrent authentication. All three methods (dot1x, MAB, and web authentication) are run simultaneously when a session is started. The dot1x method is set to the highest priority and web authentication has the lowest priority, which means that if multiple methods succeed, the highest priority method is honored.

              If authentication fails, the session manager checks whether all methods have failed, and if so, it sets the restart timer to 60 seconds, after which it attempts to start all three methods again. On authentication success, the session manager terminates any lower priority methods; for dot1x, this is MAB and webauth; for MAB it is webauth. Lastly, if session manager detects a dot1x client (agent-found) it triggers only dot1x to run.

              The class map named ALL-FAILED checks that all three methods have run to completion (result type is none until then) and that none of them was successful. In other words, all three methods have completed and failed.


              Note

              When configuring a control policy for concurrent authentication, you must include a policy rule that explicitly terminates one method after another method of a higher priority succeeds.

              class-map type subscriber control match-all ALL_FAILED
 no-match result-type method dot1x none
 no-match result-type method dot1x success
 no-match result-type method mab none
 no-match result-type method mab success
 no-match result-type method webauth none
 no-match result-type method webauth success
!
class-map type control subscriber match-all DOT1X
 match method dot1x
!
class-map type control subscriber match-all MAB
 match method mab
!
policy-map type control subscriber CONCURRENT_DOT1X_MAB_WEBAUTH
	event session-started match-all
	 10 class always do-until-failure
	  10 authenticate using mab priority 20
	  20 authenticate using dot1x priority 10
	  30 authenticate using webauth parameter-map WEBAUTH_DEFAULT priority 30
	event authentication-failure match-first
	 10 class ALL_FAILED
   10 authentication-restart 60
 event authentication-success match-all
  10 class DOT1X
   10 terminate MAB
   20 terminate webauth
  20 class MAB
   10 terminate webauth
 event agent-found match-all
  10 class always do-until-failure
   10 authenticate using dot1x priority 10

              Example: Configuring Control Policy for Sequential Authentication Methods

              The following example shows a control policy that is configured to allow sequential authentication methods using 802.1X (dot1x), MAB, and web authentication. 

              parameter-map type webauth WEBAUTH_FALLBACK
	type webauth
!
class-map type control subscriber match-all DOT1X_NO_RESP
 match method dot1x
 match result-type method dot1x agent-not-found
!
class-map type control subscriber match-all MAB_FAILED
 match method mab
 match result-type method mab authoritative
!
policy-map type control subscriber POLICY_Gi3/0/10
	event session-started match-all
	 10 class always do-until-failure
	  10 authenticate using dot1x priority 10
	event authentication-failure match-first
	 10 class DOT1X_NO_RESP do-until-failure
	  10 terminate dot1x
	  20 authenticate using mab priority 20
	 20 class MAB_FAILED do-until-failure
	  10 terminate mab
	  20 authenticate using webauth parameter-map WEBAUTH_FALLBACK priority 30
	 30 class always do-until-failure
	  10 terminate dot1x
	  20 terminate mab
	  30 terminate webauth
	  40 authentication-restart 60
	event agent-found match-all
	 10 class always do-until-failure
	  10 terminate mab
	  20 terminate webauth
	  30 authenticate using dot1x priority 10

              The following example shows a control policy that is configured to allow sequential authentication methods using 802.1X and MAB. If authentication fails, a service template for VLAN is activated. 

              service-template VLAN210
	vlan 210
!
class-map type control subscriber match-all DOT1X_FAILED
 match method dot1x
 match result-type method dot1x authoritative
!
class-map type control subscriber match-all DOT1X_NO_RESP
 match method dot1x
 match result-type method dot1x agent-not-found
!
class-map type control subscriber match-all MAB_FAILED
 match method mab
 match result-type method mab authoritative
!
policy-map type control subscriber POLICY_Gi3/0/14
	event session-started match-all
	 10 class always do-until-failure
	  10 authenticate using dot1x retries 2 retry-time 0 priority 10
	event authentication-failure match-first
	 10 class DOT1X_NO_RESP do-until-failure
	  10 terminate dot1x
	  20 authenticate using mab priority 20
	 20 class MAB_FAILED do-until-failure
	  10 terminate mab
	  20 activate service-template VLAN210
	  30 authorize
	 30 class DOT1X_FAILED do-until-failure
	  10 terminate dot1x
	  20 authenticate using mab priority 20
	 40 class always do-until-failure
	  10 terminate dot1x
	  20 terminate mab
	  30 authentication-restart 60
	event agent-found match-all
	 10 class always do-until-failure
	  10 terminate mab
	  20 authenticate using dot1x retries 2 retry-time 0 priority 10

              Example: Configuring Parameter Maps

              Global Parameter Map

              The following example shows the configuration of a global parameter map: 

              parameter-map type webauth global
 timeout init-state min 15
 logging enabled
 watch-list enabled
 virtual-ip ipv6 FE80::1
 redirect on-failure http://10.10.3.34/~sample/failure.html
 ratelimit init-state-sessions 500
 max-http-conns 100
 watch-list dynamic-expiry-timeout 5000
 banner file flash:webauth_banner.html

              Named Parameter Maps for Web Authentication and Authentication Bypass (nonresponsive host [NRH])

              The following example shows the configuration of two named parameter maps; one for web authentication and one for authentication bypass. This example also shows the corresponding control policy configuration. 

              parameter-map type webauth WEBAUTH_BANNER
 type webauth
 banner		
!
parameter-map type webauth WEBAUTH_NRH
 type authbypass
!
class-map type control subscriber match-all NRH_FAIL
 match method webauth
 match current-method-priority eq 254
!
policy-map type control subscriber WEBAUTH_NRH
 event session-started match-all
  10 class always do-until-failure
   10 authenticate using webauth parameter-map WEBAUTH_NRH priority 254
 event authentication-failure match-all
  10 class NRH_FAIL do-until-failure
   10 terminate webauth
   20 authenticate using webauth parameter-map WEBAUTH_BANNER priority 30

              Named Parameter Map for Web Authentication Using Custom Pages

              The following example shows the configuration of a named parameter map for web authentication that defines custom pages for the login process, along with a control policy that uses the parameter map. 

              parameter-map type webauth CUSTOM_WEBAUTH
 type webauth
 custom-page login device flash:login_page.htm
 custom-page success device flash:success_page.htm
 custom-page failure device flash:fail_page.htm
 custom-page login expired device flash:expire_page.htm
!
policy-map type control subscriber CUSTOM_WEBAUTH
 event session-started match-all
  10 class always do-until-failure
   10 authenticate using webauth parameter-map CUSTOM_WEB retries 2 retry-time 0

              Named Parameter Map for Consent

              The following example shows the configuration of a named parameter map for consent, along with the corresponding control policy that uses the parameter map: 

              parameter-map type webauth CONSENT
 type consent
!
ip access-list extended GUEST_ACL
 permit ip any 172.30.30.0 0.0.0.255
 permit ip any host 172.20.249.252
!
service-template GUEST_POLICY
 access-group GUEST_ACL
!
policy-map type control subscriber CONSENT
 event session-started match-all
  10 class always do-until-failure
   10 authenticate using webauth parameter-map CONSENT
 event authentication-success match-all
  10 class always do-until-failure
   10 activate service-template GUEST_POLICY

              Named Parameter Map for Web Authentication with Consent

              The following example shows the configuration of a named parameter map for web authentication with consent, along with the corresponding control policy that uses the parameter map: 

              parameter-map type webauth WEBAUTH_CONSENT
 type webconsent
!
ip access-list extended GUEST_ACL
 permit ip any 172.30.30.0 0.0.0.255
 permit ip any host 172.20.249.252
!
service-template GUEST_POLICY
 access-group GUEST_ACL
!
policy-map type control subscriber WEBAUTH_CONSENT
 event session-started match-all
  10 class always do-until-failure
   10 authenticate using webauth parameter-map CONSENT
 event authentication-success match-all
  10 class always do-until-failure
   10 activate service-template GUEST_POLICY

              Additional References

              Related Documents

              Related Topic

              Document Title

              Cisco IOS commands

              Cisco IOS Master Command List, All Releases

              Identity-Based Networking Services commands

              Cisco IOS Identity-Based Networking Services Command Reference

              Address Resolution Protocol (ARP) commands

              Cisco IOS IP Addressing Services Command Reference

              ARP configuration tasks

              IP Addressing - ARP Configuration Guide

              Authentication, authorization, and accounting (AAA) configuration tasks

              Authentication Authorization and Accounting Configuration Guide

              AAA commands

              Cisco IOS Security Command Reference

              Standards and RFCs

              Standard/RFC

              Title

              RFC 5176

              Dynamic Authorization Extensions to RADIUS

              Technical Assistance

              Description

              Link

              The Cisco Support and Documentation website provides online resources to download documentation, software, and tools. Use these resources to install and configure the software and to troubleshoot and resolve technical issues with Cisco products and technologies. Access to most tools on the Cisco Support and Documentation website requires a Cisco.com user ID and password.

              http:/​/​www.cisco.com/​cisco/​web/​support/​index.html

              Feature Information for Identity Control Policies

              The following table provides release information about the feature or features described in this module. This table lists only the software release that introduced support for a given feature in a given software release train. Unless noted otherwise, subsequent releases of that software release train also support that feature.

              Use Cisco Feature Navigator to find information about platform support and Cisco software image support. To access Cisco Feature Navigator, go to www.cisco.com/​go/​cfn. An account on Cisco.com is not required.

              Table 1 Feature Information for Identity Control Policies

              Feature Name

              Releases

              Feature Information

              Cisco Common Classification Policy Language based Identity Configuration

              Cisco IOS XE Release 3.2SE

              Identity control policies define the actions taken in response to specified events and conditions.

              The following commands were introduced: activate (policy-map action), authenticate using, authentication display, authentication-restart, authorize, banner (parameter-map webauth), class, class-map type control subscriber, clear-authenticated-data-hosts-on-port, clear session, consent email custom-page, deactivate, err-disable, event, logging enabled (parameter-map webauth), match, max-http-conns, parameter-map type webauth, pause reauthentication, policy-map type control subscriber, protect (policy-map action), ratelimit init-state-sessions, redirect (parameter-map webauth), replace, restrict, resume reauthentication, service-policy type control subscriber, set-timer, show access-session, show class-map type control subscriber, show policy-map type control subscriber, terminate, type (parameter-map webauth), unauthorize, virtual-ip, watch-list.

              Concurrent Authentication

              Cisco IOS XE Release 3.2SE

              Allows concurrent operation of 802.1x, MAB and web authentication methods, making it possible to invoke multiple authentication methods in parallel on a single session.

              Per User Inactivity Handling across Methods

              Cisco IOS XE Release 3.2SE

              Supports RADIUS attributes 28 (Idle-Timeout) and 29 (Termination-Action).