Designing secure clustering protocol with the approach of reducing energy consumption in wireless sensor networks

TL;DR

This paper introduces a secure clustering protocol for wireless sensor networks that enhances security and reduces energy consumption, thereby increasing network lifetime and scalability.

Contribution

A novel secure clustering protocol that simultaneously improves security and reduces energy use in wireless sensor networks.

Findings

Enhanced security of cluster head nodes against attacks.

Reduced energy consumption extends network lifetime.

Improved load distribution among cluster heads.

Abstract

In recent years, many researchers have focused on wireless sensor networks and their applications. To obtain scalability potential in these networks most of the nodes are categorized as distinct groups named cluster and the node which is selected as cluster head or Aggregation Node offers the operation of data collection from other cluster nodes and aggregation and sending it to the rest of the network. Clustering and data aggregation increase network scalability and cause that limited resources of the network are used well. However, these mechanisms also make several breaches in the network, for example in clustered networks cluster head nodes are considered Desirable and attractive targets for attackers since reaching their information whether by physical attack and node capturing or by other attacks, the attacker can obtain the whole information of corresponding cluster. In this study secure clustering of the nodes are considered with the approach of reducing energy consumption of nodes and a protocol is presented that in addition to satisfying Advanced security needs of wireless sensor networks reduces the amount of energy consumption by the nodes. Due to network clustering there is scalability potential in such a network and According to frequent change of cluster head nodes load distribution is performed in the cluster and eventually increase the network lifetime.