Analyzing the impact of network topology on cryptographic security and data integrity in IoT applications
Dr. Prof. Pallavi Baviskar, Vijaya Parag Balpande, Tushar Jadhav, S. Mohan Mahalakshmi Naidu, Aakash Sharma, Deepak Minhas · Journal of Discrete Mathematical Sciences and Cryptography · 2025
Guaranteeing solid security and information judgment is basic within the fast-changing field of Web of Things (IoT) applications. The complex interrelationship between information keenness components, cryptographic calculations, and arrange topology in Web of Things settings is investigated in this work. We explore, by careful investigation, the execution of three organize topologies ring, mesh, and star, alongside two cryptographic calculations and a special information keenness component. Throughput, inactivity, vitality utilization, parcel misfortune, preparing overhead, and security level are among the parameters whose impacts on the common astuteness and security of Web of Things frameworks are evaluated. This work clarifies, by recreation and experimentation, how well different setups anticipate conceivable assaults and protect information astuteness and privacy. The comes about give quick data for making strong and secure Web of Things frameworks suited to a assortment of utilize cases.