The fast growth of the Internet of Things (IoT) has posed considerable problems regarding the security, scalability, and effective co-ordination of resources between interdependent devices. The conventional centralized solutions have failed to manage the active and decentralized nature of IoT environments. Blockchain technology also proposes a secure and decentralized model of data management, but it is based on classical cryptography methods that are susceptible to new attacks by quantum computers. The need to develop quantum-resistant security mechanisms is noted by the development of quantum algorithms by Peter Shor and Lov Grover. The present paper introduces a proposal of Adaptive Quantum Blockchain based on the Framework of Secure IoT Resource Coordination which combines quantum cryptography, blockchain technology, and adaptive optimization methods. The suggested system is based on quantum-secure encryption techniques to improve the protection of data, whereas blockchain provides decentralization and transparency. Moreover, adaptive algorithms allow allocating resources dynamically and effectively manage the IoT networks. The architecture will enhance security, scalability, and performance in complicated IoT settings. The suggested solution offers a solid solution to next generation intelligent and secure distributed systems.
Ganesh Racha (Wed,) studied this question.