The integration of artificial intelligence (AI) into existing and new systems has significantly improved efficiency and precision. Autonomous drones, intelligent applications and advanced surveillance technologies benefit from the capabilities of AI. At the same time, autonomous systems raise ethical questions.

The use of drone technology has significantly expanded the possibilities in both the civilian and military sectors. From unmanned reconnaissance drones for data generation to autonomous drone swarms, this technology enables precise and flexible areas of application. At the same time, this poses new challenges in terms of safe operation, networking and connectivity to the human counterpart (e.g. manned-unmanned teaming, man-in-the-loop).

In the age of digitalization, cyber security plays a crucial role - both in the civilian and military sectors. Threats range from targeted cyber attacks on individual industries to large-scale attacks on critical infrastructures. The development of robust cyber defense mechanisms is crucial to protect national security interests.
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New systems undergo extensive test and evaluation phases before they are introduced. These include not only checking the technical performance, but also simulation in a real application environment. Ensuring reliability and effectiveness is crucial in order to avoid undesirable consequences.

During the maturation of technologies, continuous adjustments must be made to the specific requirements. Flexibility in the integration and modification of systems is essential in order to be able to react to ever faster changing requirements and application environments.

Another important aspect of technology maturation is life cycle cost management. Ensuring the longevity of technological systems requires regular maintenance, updates and, if necessary, the integration of new technologies as well as cost-efficient operation.