Abstract: System, method, and computer program product to perform an operation comprising providing, to a software defined networking (SDN) application executing on a first network element, of a plurality of network elements in a network, an application program interface (API) to abstract access to: (i) a plurality of ingress interfaces of the first network element, (ii) a plurality of egress interfaces of the first network element, and (iii) a routing information base (RIB) of the first network element, wherein each of the plurality of network elements comprise a plurality of ingress interfaces, a plurality of egress interfaces, and a RIB, receiving a request from the SDN application invoke a function of the API to apply the function to the first network element, and applying the function to the first network element through the API.

Abstract: System, method, and computer program product to orchestrate software defined networking (SDN) applications, by providing a plurality of network elements in a network, each network element comprising a plurality of ingress interfaces, a plurality of egress interfaces, and a routing information base (RIB), providing, to an SDN application, an application program interface (API) to abstract properties and events of: (i) the ingress interfaces, (ii) the egress interfaces, and (iii) the RIB of a specified network element, receiving a request from the SDN application apply a function to the specified network element, the function specifying to modify: (i) a preprocessing operation on a data packet, (ii) the RIB, (iii) a post processing operation on the data packet, and (iv) the properties of the ingress interfaces, egress interfaces, and RIBs of the specified network element, and applying the function to the specified network element through the API.

Abstract: System, method, and computer program product to orchestrate software defined networking (SDN) applications, by providing a plurality of network elements in a network, each network element comprising a plurality of ingress interfaces, a plurality of egress interfaces, and a routing information base (RIB), providing, to an SDN application, an application program interface (API) to abstract properties and events of: (i) the ingress interfaces, (ii) the egress interfaces, and (iii) the RIB of a specified network element, receiving a request from the SDN application apply a function to the specified network element, the function specifying to modify: (i) a preprocessing operation on a data packet, (ii) the RIB, (iii) a post processing operation on the data packet, and (iv) the properties of the ingress interfaces, egress interfaces, and RIBs of the specified network element, and applying the function to the specified network element through the API.

Abstract: A distributed network identity is provided. An identity provider stores a portion of a user's personal information. A service provider accesses user information from one or more identity providers. System entities such as identity providers and service providers can be linked to enable information sharing and aggregation. User policies and privacy preferences are provided to control how information is shared. A single sign-on architecture is provided where an identity provider is used to facilitate cross-domain authentication and to enhance user convenience. Service delegation features are also provided.

Abstract: A distributed network identity is provided. An identity provider stores a portion of a user's personal information. A service provider accesses user information from one or more identity providers. System entities such as identity providers and service providers can be linked to enable information sharing and aggregation. User policies and privacy preferences are provided to control how information is shared. A single sign-on architecture is provided where an identity provider is used to facilitate cross-domain authentication and to enhance user convenience. Service delegation features are also provided.

Abstract: A distributed network identity is provided. An identity provider stores a portion of a user's personal information. A service provider accesses user information from one or more identity providers. System entities such as identity providers and service providers can be linked to enable information sharing and aggregation. User policies and privacy preferences are provided to control how information is shared. A single sign-on architecture is provided where an identity provider is used to facilitate cross-domain authentication and to enhance user convenience. Service delegation features are also provided.

Abstract: A distributed network identity is provided. An identity provider stores a portion of a user's personal information. A service provider accesses user information from one or more identity providers. System entities such as identity providers and service providers can be linked to enable information sharing and aggregation. User policies and privacy preferences are provided to control how information is shared. A single sign-on architecture is provided where an identity provider is used to facilitate cross-domain authentication and to enhance user convenience. Service delegation features are also provided.

Abstract: A distributed network identity is provided. An identity provider stores a portion of a user's personal information. A service provider accesses user information from one or more identity providers. System entities such as identity providers and service providers can be linked to enable information sharing and aggregation. User policies and privacy preferences are provided to control how information is shared. A single sign-on architecture is provided where an identity provider is used to facilitate cross-domain authentication and to enhance user convenience. Service delegation features are also provided.

Abstract: A distributed network identity is provided. An identity provider stores a portion of a user's personal information. A service provider accesses user information from one or more identity providers. System entities such as identity providers and service providers can be linked to enable information sharing and aggregation. User policies and privacy preferences are provided to control how information is shared. A single sign-on architecture is provided where an identity provider is used to facilitate cross-domain authentication and to enhance user convenience. Service delegation features are also provided.