Performance and Analysis of Advanced and Enhanced Security Protocol for Vehicular Ad Hoc Networks (VANETs)

VANETs- Vehicular Ad Hoc Networks depends on organizing the innovation where the vehicles go about as versatile hubs for shaping a correspondence arrange. The arrangement of vehicular specially appointed systems doesn't just encourage novel telematics applications. The selection of dynamic wellbeing application raises new dangers to street wellbeing if security issues are not appropriately taken care-of. An extraordinary dynamic security application is viewed as the empowers those foresights the passing of the trading of nearby threat alerts that depends on singular perceptions. VANET is considered by many specialist co-ops in urban situations. As it were, communicate tempest corrupts the directing presentation. The issue is addressed and examined by various protocols such as AODV, DSR, DYMO, TORA and TIHOO. The proposed protocol Advanced and enhanced security protocol for VANET (AESP-VANET) which is an upgraded that also depends on improved fluffy and cuckoo ways for dealing with location of the steadiest way between a source and a goal hub. The disclosure of the courses is restricted brilliantly by AESP-VANET by utilizing fuzzy framework thereby constraining the messages that are course demand. The improved cuckoo calculation in hybrid methodology, which is one of the best meta-calculations particularly in the huge inquiry space, brilliantly chooses the most steady and ideal course among realized courses by computing an upgraded wellness work. AESP-VANET gives out the result using Network Simulator-2. This shows a tremendous improvement in the throughput, overhead, and many more parameters which is the objective of the proposed model.

Automated summary

VANETs, a technology where vehicles act as mobile nodes to form a communication network, faces new risks to road safety with the adoption of dynamic safety applications. In response, researchers propose an enhanced security protocol AESP-VANET, utilizing fuzzy systems and improved cuckoo algorithm to intelligently select the most stable and optimal communication paths. The protocol shows significant improvements in throughput, overhead, and other parameters, aiming to enhance the efficiency of VANETs.