Secure Three Dimensional Path Planning in Dynamic Environment Using Internet of Vehicles

The ability of vehicles to exchange information, reliability, and most importantly, other people's safety and infrastructure via MANETs (Mobile Ad-hoc Networks), or Vehicular Ad Hoc Networks (VANETs), which refer to a network of different organizations, such as cars, people, roadways, parking lots, and city infrastructure, to communicate in real time, have all contributed to the rapid adoption of the Internet of Vehicles (IoV) technology. Diverting military vehicles from their pre-programmed routes to the most effective and exact ones is necessary due to a variety of factors. In this paper, use of path planning in Dynamic Environment Vehicles (DEV) such as vehicles used for wars. As smart transportation systems collect useful real-time data that changes frequently, security is a major concern. This evaluation considers a variety of IoV issues, including safety requirements, benefits, and barriers. Following that, existing solutions for all DEV models are described, followed by a discussion section that highlights the challenges of implementing safety solutions that have been invested in each development, as well as path development without accessible safety solutions for secure three-dimensional (3D) path planning of vehicles in dynamic environment. According to a significant study in this field, traditional routing systems, such as IoV and VANETs, use common cryptographic techniques that reduce the performance of a sensitive network in delays.