Security Protocol Function Using Quantum Elliptic Curve Cryptography Algorithm

Quantum Computing (QC). The content of node or sink nodes is pro-cessed using the fundamental principles of quantum mechanics. However, crypto-graphy techniques face several other issues, such as availability, integrity, andvulnerability, to name a few. The researchers have overcome many obstacles,yet security remains a crucial concern in QC. However, experimenters recentlydiscovered that the QC has a lot more data hacking than static networks. More-over, the bitwise error is still present in implementing the Quantum ComputingCryptography Protocol (QCCP). Because all nodes are mobile and dynamic topol-ogy occurs, the proposed research uses the Quantum Elliptical Curve Cryptogra-phy (QECC) protocol. To provide the appropriate key generation and key sharingmechanism to convert the fool node to a brawny node and avoid packet loss andenergy consumption in the network. By turning the fool node into a vital node, theQECC lowers the network's error rate. The experiment uses Network Simulator2 to achieve successful outcomes such as decreased packet loss, reduced error ratewith increased energy consumption, increased pair key generation for additionalnodes, and increased packet size.