In recent years, the threats posed by nuclear materials have heightened concerns globally. The advent of detection technologies, like CMD's novel system, plays a crucial role in national security and peacekeeping efforts. CMD's approach utilizes advanced neutron detectors to identify critical signatures associated with nuclear substances. This technology employs sophisticated algorithms, allowing for precise detection from significant distances, thus making large-scale scanning effective and efficient. Moreover, integrating drone technology adds a layer of versatility and accessibility, enabling inspections in challenging terrains or environments that might be otherwise hazardous for human operatives. By understanding the gamma ray emissions produced when neutrons interact with materials, security personnel can quickly assess potential threats. The identification process not only covers direct nuclear materials but extends to assessing explosive components that may have nuclear signatures. Such comprehensive detection technology is vital for both preventative measures and responsive strategies in the event of a nuclear threat. As the global landscape evolves, adapting and advancing detection methods is imperative in maintaining safety and security.