Abstract: Described are various embodiments of a cryptographic process for portable devices, and user presence and/or access authorization systems and methods employing such protocols. In one embodiment, a digital user authentication system is described to comprise a wireless digital user authentication device (UAD) operable to authenticate the user and wirelessly communicate an authenticated identity thereof; and a network application operatively associated with a wireless access point and operable to authenticate the user presence. Upon the network application authenticating the user presence based, at least in part, on the authenticated identity, the UAD and the network application securely establish a short-term symmetric advertising (STSA) key. During a prescribed advertising lifetime of the STSA, the UAD periodically computes and advertises authentication codes encompassing the STSA key so to securely advertise the authenticated user presence.

Abstract: Described are various embodiments of a cryptographic process for portable devices, and user presence and/or access authorization systems and methods employing such protocols. In one embodiment, a digital user authentication system is described to comprise a wireless digital user authentication device (UAD) operable to authenticate the user and wirelessly communicate an authenticated identity thereof; and a network application operatively associated with a wireless access point and operable to authenticate the user presence. Upon the network application authenticating the user presence based, at least in part, on the authenticated identity, the UAD and the network application securely establish a short-term symmetric advertising (STSA) key. During a prescribed advertising lifetime of the STSA, the UAD periodically computes and advertises authentication codes encompassing the STSA key so to securely advertise the authenticated user presence.

Abstract: Described are various embodiments of a cryptographic process for portable devices, and user presence and/or access authorization systems and methods employing such protocols. In one embodiment, a digital user authentication system is described to comprise a wireless digital user authentication device (UAD) operable to authenticate the user and wirelessly communicate an authenticated identity thereof; and a network application operatively associated with a wireless access point and operable to authenticate the user presence. Upon the network application authenticating the user presence based, at least in part, on the authenticated identity, the UAD and the network application securely establish a short-term symmetric advertising (STSA) key. During a prescribed advertising lifetime of the STSA, the UAD periodically computes and advertises authentication codes encompassing the STSA key so to securely advertise the authenticated user presence.

Abstract: The present disclosure presents a system, method and apparatus herein enabling secure coupling of a computing device, such as a mobile device with an endpoint, such as an application server. The computing device can include any electronic device such as a computer, a server, an application server, a mobile device or tablet. The endpoint can be any electronic device as well that is located within an enterprise network. In at least one embodiment, the secure coupling of the mobile device with a computing device can include a security gateway server. In one example, the security gateway server can be a tunnel service server. In another embodiment, an application server can include a tunnel service module to provide the secure coupling with the mobile device.

Abstract: The present disclosure presents a system, method and apparatus herein enabling secure coupling of a computing device, such as a mobile device with an endpoint, such as an application server. The computing device can include any electronic device such as a computer, a server, an application server, a mobile device or tablet. The endpoint can be any electronic device as well that is located within an enterprise network. In at least one embodiment, the secure coupling of the mobile device with a computing device can include a security gateway server. In one example, the security gateway server can be a tunnel service server. In another embodiment, an application server can include a tunnel service module to provide the secure coupling with the mobile device.

Abstract: The present disclosure presents a system, method and apparatus herein enabling secure coupling of a computing device, such as a mobile device with an endpoint, such as an application server. The computing device can include any electronic device such as a computer, a server, an application server, a mobile device or tablet. The endpoint can be any electronic device as well that is located within an enterprise network. In at least one embodiment, the secure coupling of the mobile device with a computing device can include a security gateway server. In one example, the security gateway server can be a tunnel service server. In another embodiment, an application server can include a tunnel service module to provide the secure coupling with the mobile device.

Abstract: A method at a computing client located behind a NAT and restrictive-access firewall, including establishing a control connection with a TCP TURN server utilizing a port capable of traversing the restrictive-access firewall; requesting an allocation of an client service identity from the TCP TURN server; and receiving, from the TCP TURN server, a response containing the client service identity, the client service identity being independent of any port used to communicate with the TCP TURN server. Further a method at a TCP TURN server, including listening on a first port for communications from a computing client, the computing client being behind a restrictive access firewall and the first port capable of traversing the restrictive-access firewall; establishing a control connection with the client on the first port; receiving a request for an allocation of an client service identity from the computing client; and sending a response containing the client service identity.

Abstract: The present disclosure presents a system, method and apparatus herein enabling secure coupling of a computing device, such as a mobile device with an endpoint, such as an application server. The computing device can include any electronic device such as a computer, a server, an application server, a mobile device or tablet. The endpoint can be any electronic device as well that is located within an enterprise network. In at least one embodiment, the secure coupling of the mobile device with a computing device can include a security gateway server. In one example, the security gateway server can be a tunnel service server. In another embodiment, an application server can include a tunnel service module to provide the secure coupling with the mobile device.

Abstract: A method and a relay service node to facilitate establishment of a secure connection between a first node within a restrictive access network, and a second node, the method accepting a control connection from the first node; accepting a second connection from the second node, and receiving, over the second connection, a message requesting secure connection establishment with the first node and providing an identifier for the first node; sending, over the control connection, a connection attempt request to establish a third connection from the first node; accepting the third connection from the first node; binding the second connection with the third connection; and forwarding the message requesting secure connection establishment with the first node to the first node.

Abstract: A method at a computing client located behind a NAT and restrictive-access firewall, including establishing a control connection with a TCP TURN server utilizing a port capable of traversing the restrictive-access firewall; requesting an allocation of an client service identity from the TCP TURN server; and receiving, from the TCP TURN server, a response containing the client service identity, the client service identity being independent of any port used to communicate with the TCP TURN server. Further a method at a TCP TURN server, including listening on a first port for communications from a computing client, the computing client being behind a restrictive access firewall and the first port capable of traversing the restrictive-access firewall; establishing a control connection with the client on the first port; receiving a request for an allocation of an client service identity from the computing client; and sending a response containing the client service identity.