Secure the Sensor Node Data Using AES-EECA and Shamir in Wireless Sensor Networks

Nowadays a huge demand of resource-limited Wireless Sensor Networks is the need for consistent and effective security devices for them has improved various but its application is a non-trivial task. Restrictions in processing speed, battery power, bandwidth and storage constrain the applicability of present cryptography procedures for WSNs. In this paper, a hybrid process is proposed AES-EECA-Shamir analysed and their suitability for resource-limited wireless network security are associated built on performance principles such as average energy of every node and implementation time. Using simulation tests and logical models, we give a significant investigation and deliberations on practical feasibility of these cryptographic processes in sensor networks to help designers predict security performance under a set of limitations for wireless sensor network.