A selection of the chair's projects
This list shows the currently running and typically publically funded projects of our chair. These projects are typically carried out in cooperation with other research institutes and companies.
Robustes Daten-ökosystem für ein kooperatives Internet-Lage- und Informationszentrum
Das Forschungsprojekt ALL-HANDS entwickelt ein Daten-Ökosystem für eine risikoarme Zusammenführung von Netzdaten aller Teilnehmenden der deutschen Internet-Wirtschaft. Dieses soll leistungsfähige Lageanalysen für Netzbetreiber ermöglichen. Das Projekt erarbeitet zunächst einen digitalen Zwilling zur Simulation von Netzstrukturen und Lageverläufen, der realitätsnahe Übungen und eine vertrauensbildende Kommunikation zwischen Akteuren ermöglicht. Darauf aufbauend wird ein Bürgerinformationssystem konzipiert, das aktuelle Lageeinschätzungen verständlich aufbereitet und zur Stärkung der digitalen Resilienz beiträgt. Begleitend werden menschlich-organisatorische sowie juristische Rahmenbedingungen untersucht. Die Pilotierung findet anhand simulationsbasierter Tests statt, etwa zu Stromausfällen, Software-Fehlern und gesellschaftlichen Großereignissen.
Cybersecurity Polygon Program education project
The Cybersecurity Polygon Program is an education program initiated by TUM within the framework of the Cybersecurity Seminars initiative funded by Google.org. The program will allow students to deepen their cybersecurity knowledge and expand their practical skills. In addition, the program aims to support local SMEs and non-profit organizations that are vulnerable to cyber threats.
Post-Quanten-sichere Open-Source Schemata und Technologien für Automotive-Anwendungen
Post-quantum cryptography (PQC) is essential for modern vehicles to ensure secure car-to-X communication, even in the presence of quantum attackers. Our research group is developing a PQC-ready threshold signing system designed to operate on high-performance ECUs in vehicles.
Greener future digital research infrastructures
The overall objective of GreenDIGIT is to develop and validate a consistent framework, including a package of innovative technical solutions, models, and tools to increase the sustainability of digital RIs by lowering their environmental and climate impact throughout their whole lifecycle.
Security, Usability, Performance, and Privacy Research on Algorand
The TUM project ACE-SUPPRA (Security, Usability, Performance, and Privacy Research in Algorand) was selected for a five year long research initiative grant with educational and outreach elements. The research target is making the blockchain faster and more sustainable.
Research on Future 6G Network Architectures
TUM and the Technical University of Dresden have joined forces to form the 6G-life research hub to drive cutting-edge research for future 6G communication networks with a focus on human-machine collaboration.
6G Fundamental Research
The objectives of the 6G Future Lab Bavaria are the exploration of novel and fundamental mechanisms for 6G, the demonstration of their feasibility in a proof-of-concept realization, their preparation with repect to a 6G roadmap, and the definition of future-oriented research questions.