A Hybrid Effective Trusted Knowledge Algorithm for Effective Integrated Internet MANET based on Secure Data Transmission

Communication between mobile and fixed nodes is made possible via the Integrated Internet MANET (IIM), which makes use of the hub that the mobile ad hoc network's operating system generates. Due to the nature of the wireless channel, integrated MANETs are susceptible to security breaches. Unreliable connection mobility in IIM, instead of hindering information sharing between mobile and stationary nodes, may instead tamper with knowledge. The certainty with which an element may select to convey data is affected by the level of trust examined. We present a Hybrid Effective Trusted Knowledge Algorithm (HETKA) that uses trust estimation to guarantee the safety of information during transmission throughout nodes. The suggested method has two components, one of which is used to identify the reliable node. After observing the promiscuous node, an efficient value of dependability was calculated utilizing a hybrid method in the subsequent phase. Extensive simulation studies led us to the conclusion that the proposed mechanism provides an efficient method for protecting data from unstable Distributed Anomaly Network (MANET) and Undependable Routers over the Internet.