E-Voting Authentication based on Tactile Internet and Blockchain Technology
جاري التحميل...
التاريخ
المؤلفين
عنوان الدورية
ردمد الدورية
عنوان المجلد
الناشر
International Journal of Computer Applications
خلاصة
Many countries are seeking to achieve transparency by one hundred per cent in electronic voting, in light of the evolution in communication technologies. Securing e-voting is still a big issue that requires more considerations.
E-voting requires entrance of large numbers of citizens simultaneously in a relatively small time. This may cause slowness or unavailability of the service in the worst case.
Authentication of large-scale e-voting is still an issue that needs more security and privacy. Moreover, there are many developments in the internet culminating to internet-of-things and anticipating reaching to Tactile Internet with fifth generation (5G) mobile networks. However, implementing e-voting according to this new technology imposes many challenges.
This paper presents a proposed authentication architecture that assumes the existence of Tactile Internet as a futuristic infrastructure and the blockchain as a solution for maintaining security. The inception of bitcoin heralds a new era of blockchain. This nascent technology contributes an information revolution with applicability in many areas. Blockchain is a software architecture used in security for integrity preserving services.
The proposed architecture technically provides two modes of operation: mobile phone and virtual reality (VR) lenses. The gained results of e-voting authorization are proved to be applicable with higher accuracy.