The Defending Mobile Ad Hoc Networks from Anonymity Threats with an Identity-less, OnDemand Routing Scheme

We call a network that can be rapidly formed and rearranged on the fly a “mobile ad hoc network” (MANET). Because of its decentralized administration and lack of stable infrastructure, this sort of network design is best suited for temporary connections. It is challenging to offer quality of service (QoS) and safety-aware routing in such a network because of its unstable architecture and limited resources. The basic objective of safe and trust-based immediately multiple routes transportation is to find a route from origin to target that fulfills at least two end-to-end QoS requirements. Using a variant of the widely used ad hoc ondemand multiple-pathway distance vector technique, this study assesses the idea. The researchers provide a mesh-based multipath navigation system for effective communication in MANET, complete with a secure nearby position trust validation mechanism and a superior link optimum route search using the Dolphin Echolocation Algorithm. Our suggested routing protocol has been shown to improve packet delivery percentage, packet latency, overheads, and security against attacks and weaknesses in both analytical and numerical evaluations of its performance.