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Wireless sensor network (WSN) have diverse field of application, but it is extremely much prone to the security threats. This paper proposes a lightweight, fast, efficient and mobile agent technology based security solution against cloning attack and doline attack for wireless sensor networks (WSNs). WSN has a dynamic topology, irregular connectivity, and resource constrained device nodes. Researchers over the past years have confident the use of mobile agent to overcome these challenges. The proposed scheme is to defend next to cloning attack and doline attacks using mobile agents. Mobile agent is a program section which is selfcontrolling. They navigate from node to node not only transmitting data but also doing computation. They are effective paradigm for distributed applications, and particularly attractive in a dynamic network environment. This mechanism does not require more energy. Here we implement a simulation-based model of our solution to recover from cloning attack and sinkhole attack in a Wireless Sensor Network. contrast of communication overhead and cost were made between the proposed attack detection system using mobile agent against the security system in the absence of mobile agents.

DTADA: Distributed Trusted Agent Based Detection Approach For Doline And Sensor Cloning Attacks In Wireless Sensor Networks