The rapid pace of technological development is fundamentally changing the way we live and interact. Emerging technologies and their systematic maturation are crucial to the long-term development of Germany as a centre of technological excellence. In light of current international challenges, this is particularly true for the areas of defence and security.
Continuous research and technology development (R&T) in the defence sector provides the foundation needed to keep pace with these dynamics and to ensure ongoing technological progress. New technologies and innovations are essential to keep pace with the constantly growing and evolving challenges.
Industry is facing a multitude of challenges. Development cycles are becoming increasingly shorter, technological advances are available more rapidly – and future requirements are also growing at a rapid pace. Confronting these challenges is essential in order to develop effective and sustainable solutions.
From simple micro-applications to highly complex systems, a number of technologies have emerged that are undergoing continuous advancement at remarkable speed and intensity. Breakthroughs in areas such as artificial intelligence, robotics, cybersecurity and data analytics have opened up entirely new fields of application – enabling the value-added use of these technologies.
The integration of artificial intelligence (AI) into both existing and emerging systems has significantly enhanced efficiency and precision. Autonomous drones, intelligent applications and advanced surveillance technologies benefit from the capabilities of AI. At the same time, autonomous systems raise important ethical questions.
The use of drone technology has significantly expanded capabilities in both civil and military contexts. From unmanned reconnaissance drones for data generation to autonomous drone swarms, this technology enables precise and flexible applications. At the same time, it presents new challenges in terms of secure deployment, networking and connectivity with the human counterpart – for example, in manned-unmanned teaming or man-in-the-loop scenarios.
In the digital age, cybersecurity plays a vital role – both in civil and military domains. Threats range from targeted cyberattacks on individual industrial sectors to large-scale attacks on critical infrastructure. Developing robust cyber defence mechanisms is essential to protecting national security interests.
We specialise in research and technology assessments and develop innovative methods and procedures for testing and analysing the performance of protection concepts. As a trusted partner to the Bundeswehr and international procurement authorities, we support you in meeting the highest requirements and in delivering future-proof solutions.
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The demand-oriented and consistent maturation of defense technologies, from a low level of maturity in the laboratory to operational readiness under real conditions, is a complex and challenging process, which we at IABG support fully and neutrally. Dynamic readjustment and consideration of current developments in the ongoing development process are crucial to ensure that technologies can meet the high technological and security requirements of current and future military operations.
The demand-driven and systematic maturation of defence technologies – from low readiness levels in the laboratory to operational deployment under real-world conditions – is a complex and demanding process that we at IABG support comprehensively and independently. Ongoing adjustment and the continuous integration of current developments throughout the development process are essential to ensuring that technologies meet the high technological and safety-related requirements of current and future military operations.
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.
Together with our partners, we develop sustainable solutions that strengthen Germany as a technology location and set new standards. Let's master the challenges of tomorrow together.
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