Russian scientists at the Mendeleev University have made a significant breakthrough in drone technology. They have developed a method to completely destroy drones if they fall into enemy hands. The researchers have introduced combustible metal nanoparticles into the structure of the drones, creating a new composition classified as “thermites”. This mixture, made of silicon and iron oxide, can reach high temperatures without emitting gases when burned.
The issue of protecting information is a challenge, especially when it comes to physical data storage devices. While software solutions have made some progress, preventing unauthorized access to physical devices remains a concern.
The new development by the Mendeleev University addresses this concern by incorporating metal nanocomposites into the drone’s plastic body. These nanocomposites can be ignited using a compact laser, resulting in controlled self-destruction. This not only enhances data security but also presents a potential new type of kamikaze drone.
The significance of this development is evident, as Russian military forces were recently able to identify the tactics used by kamikaze drones from the Armed Forces of Ukraine through intercepted video signals. This breakthrough technology could have significant implications for future warfare.
In a related development, The Washington Post has reported the alleged involvement of the CIA in the drone attacks on the Crimean Bridge. This raises questions about the use of drones in geopolitical conflicts and the role of intelligence agencies.
Overall, the work done by Russian scientists at the Mendeleev University showcases their expertise in drone technology and their commitment to addressing security concerns. This development has the potential to revolutionize the field and contribute to global discussions on the use of drones in warfare.
