A Secure Ndn-based Architecture For Electronic Voting In 6g

Electronic voting systems have undergone several studies to ensure the reliability of results. Many approaches have since been suggested to solve ongoing problems, including the adoption of conventional cryptographic techniques. On the one hand, the transfers of electronic voting data over Internet protocol-based Internet are vulnerable to numerous security and privacy attacks. On the other hand, named data networking (NDN) and 6G are interesting areas for the future Internet paradigm, aiming to cope with the short-comings of the conventional host-based Internet paradigm. NDNs are designed to provide network caching, mobility, and named-based routing for the efficient information access of end-users. Quantum communication is an alternative technology with excessive application potential in 6G networks. Consequently, substantial progress has been achieved in developing quantum cryptography for quantum communications to surge the privacy, reliability, and security of data transmission. This study aims to determine the applicability of electronic voting systems with NDN and 6G technology by presenting a novel architecture to enhance applications, ensure security, and gratify mobility.