Go to Rhine-Waal University
- Isolated environment: A shielded area with 24 client workstations, ensuring a secure and controlled testing environment. Here, students and researchers can work and experiment undisturbed and without posing any security risks to the outside world; for example, they can analyse malware or use attack tools.
- Complex server infrastructure: A versatile and robust server landscape that supports a variety of scenarios and applications. This infrastructure is ideal for learning about and testing network and security protocols and infrastructures.
- Virtualised environments: Through the use of virtualisation technologies, various operating systems, application environments and network configurations can be set up and managed quickly and flexibly. This enables realistic simulations and experiments.
- SIEM (Security Information and Event Management): Tools for monitoring and visualising security statuses. These systems enable students to learn how to detect, analyse and respond to security incidents.
- AI-based data processing: Advanced artificial intelligence techniques for analysing and processing data for incident reports and event logs. These systems support the rapid and accurate detection of threats and anomalies.
- Vulnerability scanning: Use of vulnerability scanners for network-based identification and assessment of vulnerabilities, and prioritisation of measures to remedy vulnerabilities.
- IoT components: A wide range of IoT devices that can be used to investigate the security of connected devices and systems. This includes sensors, actuators and networked control units.
- Hardware components for experiments: A variety of specialised hardware tools, such as Rubber Ducky, USB analysers, protocol monitoring tools, etc., which can be used for security and penetration testing. These devices enable the practical investigation of various attack scenarios and their defences.
Contact
Professor Dr Ulrich Greveler
ulrich.greveler(at)
Mr Fabian Lennartz
fabian.lennartz(at)