MSA-SFO-based Secure and Optimal Energy Routing Protocol for MANET

Mobile Adhoc Network (MANET) is a fast deployable wireless mobile network with minimal infrastructure requirements. In these networks, autonomous nodes may function as routers. Due to the mobility of MANET nodes, network's topology dynamic. Recent scientific emphasis has been placed on security. Few attacks have discussed in existing literature. Wired networks provide more security choices than networks. Most routing protocols fail malicious node. This research focuses S-DSR, novel hybrid secure system that guarantees delivery and performance packets across nodes. protocol leverages neighbor trust information choose most route for file transfer. used by OMNET++. It offers higher rate lower delay AODV, AOMDV, other similar protocols. MANETs, or ad-hoc will be future communication industrial These decentralise connection smart devices. unidimensional nature digital data, it impossible apply encryption methods indirectly. publications are digital. To strengthen privacy e-healthcare safe, lightweight keyframe extraction technique required. The purpose this project develop study proposes use chaotic cryptography enhance Wireless Using Modified Self-Adaptive Sailfish Optimization (MSA-SFO), possible construct vital maps setting. method produces key pairs.