Abstract:
A Wi-Fi access point (AP) is provided. The Wi-Fi AP includes a femtocell signaling interface, a WAN interface, a Wi-Fi AP radio access interface, and a controller sub-system. The controller sub-system connects with a user equipment through the femtocell signaling interface, and connects with a CN through the WAN interface. The controller sub-system performs a first security establishment with the user equipment, and performs a second security establishment with the cellular core network. The controller sub-system obtains security parameters according to the first security establishment and the second security establishment. The controller sub-system performs a first Wi-Fi bearer setup procedure and a second Wi-Fi bearer setup procedure with the user equipment and the cellular core network. The controller sub-system performs a security information exchange procedure with a Wi-Fi AP radio access interface. The controller sub-system establishes a data transmission channel with the UE according to the security parameters.
Abstract:
A Wireless Access Point (WAP) including a Local Area Network (LAN) interface and a first wireless module is provided. The LAN interface is configured to provide access to the Internet. The first wireless module is configured to generate a plurality of security parameters associated with a Wireless Local Area Network (WLAN) technology, use the WLAN technology to perform an authentication procedure with a mobile communication device according to the security parameters, and after completing the authentication procedure, provide a Hotspot service of the WLAN technology to the mobile communication device via the LAN interface, wherein the security parameters are transmitted, prior to the authentication procedure, to the mobile communication device via an encrypted connection which is established using a cellular network technology.
Abstract:
A Wireless Access Point (WAP) including a Local Area Network (LAN) interface and a first wireless module is provided. The LAN interface is configured to provide access to the Internet. The first wireless module is configured to generate a plurality of security parameters associated with a Wireless Local Area Network (WLAN) technology, use the WLAN technology to perform an authentication procedure with a mobile communication device according to the security parameters, and after completing the authentication procedure, provide a Hotspot service of the WLAN technology to the mobile communication device via the LAN interface, wherein the security parameters are transmitted, prior to the authentication procedure, to the mobile communication device via an encrypted connection which is established using a cellular network technology.
Abstract:
A Wi-Fi access point (AP) is provided. The Wi-Fi AP includes a femtocell signaling interface, a WAN interface, a Wi-Fi AP radio access interface, and a controller sub-system. The controller sub-system connects with a user equipment through the femtocell signaling interface, and connects with a CN through the WAN interface. The controller sub-system performs a first security establishment with the user equipment, and performs a second security establishment with the cellular core network. The controller sub-system obtains security parameters according to the first security establishment and the second security establishment. The controller sub-system performs a first Wi-Fi bearer setup procedure and a second Wi-Fi bearer setup procedure with the user equipment and the cellular core network. The controller sub-system performs a security information exchange procedure with a Wi-Fi AP radio access interface. The controller sub-system establishes a data transmission channel with the UE according to the security parameters.