Key technologies

The field of quantum technologies encompasses far more than just the development of quantum computers and will also shape areas such as high-precision sensor technology and particularly secure communication methods in the future. Among other things, we are researching mobile quantum computers, new attack and protection concepts for quantum computers and quantum-based sensor technology and its influence on security-relevant information.

Cryptography is the basis for secure digital communication and indispensable for data protection, digital identities and trustworthy IT systems. Our focus is on the development of robust and future-proof cryptographic processes that effectively protect both individuals and state structures and reliably safeguard privacy against spying and manipulation right down to end device level.

Artificial intelligence is a key driver for the cyber security and technological sovereignty of the future. In view of short innovation cycles and increasing attack surfaces, our focus is on holistic security approaches for AI, the rapid and trustworthy use of powerful basic models and AI systems as well as fundamental research into algorithms, hardware and system architectures.

In the field of security-relevant architectures, new and disruptive approaches are being researched that serve as catalysts for the further development of physical and digital protection systems. These include securing space-based systems against cyber attacks, the development of new types of physical data carriers for shielded and concealed spaces and the use of intelligent materials that reduce dependence on strategic raw materials. In addition, nature-inspired methods for sensor technology, detection and navigation are being investigated to enable new forms of situational awareness and positioning. In addition, the focus is on unconventional computer architectures based on innovative mathematical processes that open up new dimensions of information processing. The aim is to develop architectures and capabilities that can act resiliently, adaptively and predictively in complex fields of application.