Suchergebnisse

This contribution discusses algorithms for strong authentication of applications in mobile devices. The current LTE and IMS networks provide strong authentication using USIM smart cards based on AKA algorithm. The problem of this authentication is that this authentication is under the sole control of Telco operators. We can expect that more applications will be placed into the IMS environment in the future. These applications will be based either on SIP (video on demand etc.) or HTTP-based protocols (e.g. as government applications or banking applications etc.). They will be provided not only by Telco operators, but also especially by independent third parties - application (content) providers (e.g. government, banks etc.). This contribution proposes new authentication algorithms that combine AKA algorithm with other authentication algorithms. Therefore, the authentication is not under the sole control of Telco operators, still using strong authentication AKA protocol.

4G networks to utilize Voice over LTE (VoLTE). VoLTE uses similar authentication mechanisms such as HTTP. It is therefore possible that a web client on the mobile device will use for authentication mechanism originally designed for the VoLTE [10]. I.e. to use the AKA mechanism, which uses the UICC (USIM / ISIM). This mechanism authenticates the user to the mobile network. However, Web applications can provide another entity. This contribution to discuss the possibility of strong authentication into applications running on mobile devices. It deals with the possibility of combining algorithm AKA with other authentication algorithms. Combination of two algorithms will be created strong multifactor authentication, which is suitable for applications demanding high secure authentication such as Internet banking or Internet access to the Government applications.