Embedded systems are the invisible control centers of our networked world. They regulate the flow of energy in power grids, control traffic and communication systems, enable autonomous mobility, and secure industrial production processes. Embedded systems are also indispensable in everyday life – from smartphones and household appliances to medical devices.
However, their increasing interconnectedness with digital platforms and cloud services makes them a key target for cyber threats. In critical infrastructures, a successful attack can have far-reaching consequences for security of supply, the economy, and public order.
In a military context, embedded and networked systems form the technological foundation of modern operational command, sensor technology, and impact. Their reliability, security, and resilience are crucial for operational capability and the protection of personnel and equipment.
Researching and securing such systems is therefore not just a technical challenge, but a task for society as a whole – in which the Chair of Computer Science with a Focus on Embedded Systems is actively involved.
Research at the chair combines theoretical foundations with application-oriented systems development. Key areas include:
The chair's research is applied in a wide range of domains, including:
