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Direct Mobile-to-Mobile communication mode known also as Device-to-Device(D2D) communication is expected to be supported in the 5G mobile system. D2Dcommunication aims to improve system spectrum efficiency, overall systemthroughput, energy efficiency and reduce the connection delay between devices.However, new security threats and challenges need to be considered regardingdevice and user authentication to avoid unauthorized access, abuse and attackson the whole system. In this paper, a strong standalone authenticationtechnique therefore is proposed. It is based on combining users biometricidentities and a new clone-resistant device identity. The novel property of theproposal is that it is fully independent on both device manufacturer and mobilesystem operator. The biometric identity deploys user keystroke dynamics andaccelerometer to generate user biometric identity by deploying a machinelearning technique. The proposed mobile device clone-resistant identity isbased on deploying a new concept of a pure digital clone-resistant structurewhich is both manufacturer and mobile operator-independent. When combining bothidentities, a mutually authenticated D2D secured link between any two devicescan be established in addition to a strong user-device authentication.Furthermore, the concept does not allow the managing trusted authority tointercept users private links. Being an independent and standalone system, thetechnique would offer a broad spectrum of attractive future smart applicationsover the 5G mobile system infrastructure.

Operator and Manufacturer Independent D2D Private Link for Future 5G Networks