Optimizing privacy preservation in Wireless VANETS

The growth in technology and modern vehicles is increasing, so it is vital to ensure safety and reliability for the Internet of Vehicles (IOV). The war between threat actors and security researchers is inevitable. Radio communication technologies are fragile and open to different attacks due to their open-access environment nature which causes many issues such as road safety, security, and privacy. Over time, different privacy-preserving and security schemes have been proposed to avoid the lousy actor attacks, computations, and communication overheads that arise as the limitations of the many proposed schemes. Several schemes have been proposed by cyber security researchers, authors, and practitioners to overcome such privacy and security challenges. The proposed scheme includes: (i) An architecture based on Fog Cloud Vehicular Adhoc Networks. (ii) The solution based on the public key cryptography to protect the privacy using an efficient privacy protection scheme. (iii) Identify, Investigate and analyze the 4 different dynamic routing protocol among using the simulation and record the obtained results for each protocol, performed the graphical analysis of the obtained result over the simulation duration. The identified best routing protocol is used on the model in the VANET communication along with the implementation of ECC to analyze the performance impact. Lastly, the performance is evaluated after the implementation of the proposed solution.