Secure Communication Frame for Aerial Networks

This research explores the seamless integration of the Internet of Things (IoT) within the realm of Unmanned Aerial Vehicles (UAVs), resulting in the paradigm of the Internet of Drones (IoD) to create a unified framework that connects both aerial and ground-based systems, enabling an interconnected system. The primary objective is to enhance the operational efficiency, scalability, and innovation potential of drone systems while addressing critical challenges related to connectivity, data management, and security in this emerging paradigm. Securing IoD is essential to protect against a wide range of cyber threats. Moreover, secure communication channels will strengthen the resilience of IoD systems, enabling them to operate safely in dynamic and potentially hostile environments. As IoD systems will rely on continuous communication between drones and IoT devices, securing these exchanges without compromising performance is a primary concern. The research aims to set a foundation for the practical implementation of IoD systems, ensuring secure and efficient operations in diverse applications. The feasibility of implementing a virtual drone framework should be evaluated using open-source simulators or network simulators before deploying the IoD in real-world applications. The Mission Planner simulator, as an open-source tool, offers a wide range of capabilities, including motion capture, collision detection, ease of programming, and support for multiple sensor types, making it ideal for initial tests. In addition, designing a secure IoD communication framework is essential to ensure safe data transfer between IoD endpoints with minimal impact on system performance. To achieve this, the study reviews several secure IoD communication frameworks that incorporate advanced cryptographic techniques. These frameworks are crucial for safeguarding the integrity, confidentiality, and authenticity of data exchanged within the IoD network.