A Hybrid Effective Trusted Manet Based On Secure Data Transmission Using Artificial Intelligence

The Integrated Internet MANET (IIM) by means of the aid of the hub the mobile ad hoc network's operating system produces, allowing communication between mobile and fixed nodes. Because of the wireless channel and a dynamic character, therefore integrated MANETs are vulnerable to security threats. In IIM, then unreliable connection mobility might tamper with knowledge but instead of disrupt the exchange of information between mobile and static nodes? Examining the amount of trust has an influence on the assurance with whereas an element may choose to transmit information. We propose a Hybrid Effective Trusted Knowledge Algorithm (HETKA) which it estimates the nodes' trust in order to enable safe data transfer. For determining the trustworthy node, the proposed approach involves two parts. An effective value of trustworthiness was derived using artificial intelligence (AI) a hybrid technique in the second phase after watching in the initial stage, the promiscuity node. We can conclude from comprehensive simulation research that the suggested mechanism leads to an effective approach for data security and stability from untrustworthy MANET and routers in the integrated internet.