Abstract: Methods for authenticating and authorizing a mobile device using tunneled extensible authentication protocol are provided. The methods include evaluating an inner user identifier against a policy engine to determine a home AAA server to route an access request for inner user authentication. Instead of having a static route configured based on an outer identifier/roaming identity, the policy engine can have multiple rules and actions for routing the request. The evaluation can be based on the conditions of the inner user identifier and or other AAA attributes received in the request. The request is transmitted within a secure communication tunnel. There are several embodiments of evaluating an inner user identifier against a policy engine.

Abstract: Methods for authenticating and authorizing a mobile device using tunneled extensible authentication protocol are provided. The methods include evaluating an inner user identifier against a policy engine to determine a home AAA server to route an access request for inner user authentication. Instead of having a static route configured based on an outer identifier/roaming identity, the policy engine can have multiple rules and actions for routing the request. The evaluation can be based on the conditions of the inner user identifier and or other AAA attributes received in the request. The request is transmitted within a secure communication tunnel. There are several embodiments of evaluating an inner user identifier against a policy engine.

Abstract: A system and method are described that use a subscriber-centric approach to scalably support the delivery of network services across numerous access protocols and across a multitude of access devices. By allowing the use of a service engine that can range in complexity from a simple macro to a rules engine, this approach is suitable for bundled services, as well as single services.

Abstract: A system and method are described that use a subscriber-centric approach to scalably support the delivery of network services across numerous access protocols and across a multitude of access devices. By allowing the use of a service engine that can range in complexity from a simple macro to a rules engine, this approach is suitable for bundled services, as well as single services.

Abstract: Methods for authenticating and authorizing a mobile device using tunneled extensible authentication protocol are provided. The methods include evaluating an inner user identifier against a policy engine to determine a home AAA server to route an access request for inner user authentication. Instead of having a static route configured based on an outer identifier/roaming identity, the policy engine can have multiple rules and actions for routing the request. The evaluation can be based on the conditions of the inner user identifier and or other AAA attributes received in the request. The request is transmitted within a secure communication tunnel. There are several embodiments of evaluating an inner user identifier against a policy engine.