Decentralized approach for jamming illegal access and secure data recovery in military networks
Roshani Khodke, Nitin Dhawas · 2016
Wireless Sensor Network (WSN) is a high and new innovation comprises of spatially distributed autonomous sensors. These sensors are used to monitor physical or natural conditions over a far reaching territories. The Individual sensor is in charge of detecting the required sort of information and offers that information to the approved users. This WSN is also used by the military for several number of uses including monitoring violent activities, to detect and analyze the enemy movement, enemy force etc. Mobile nodes in the military applications, such as in front of the line district are prone to discontinuous network connectivity and frequent partitions. To overcome this issue, Disruption-tolerant network (DTN) is an innovative idea, which permits the node to communicate with one another in secure way to access classified data. This paper is motivated by need of secure information recovery in wireless network. So in proposed framework we are developing various key authorities, from where individual keys must be drawn. For efficient key generation and distribution we are utilizing ECC algorithm which can be more powerful and secure.