Cyber-Physical Systems Security
Cyber-Physical Systems Security
| Seminare | 2 SWS / 5 ECTS |
| Veranstalter: | Claudia Eckert |
| Zeit und Ort: |
Seminar Pre-course Meeting Online in MS Teams. Tuesday, July 9, 2024 at 4 pm die Slides findet ihr hier
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| Beginn: |
# Seminar * Cyber-Physical Systems Security *
The seminar will be held in English and is offered in cooperation with Fraunhofer AISEC.
Supervisors: Sebastian N. Peters, Veronique Ehmes, Nikolai Puch, Adrian Reuter, and Lukas Lautenschlager
Contact: otsecseminar@aisec.fraunhofer.de
Capacity: Up to 20 students.
Audience: Interested Bachelor's and Master's students
## Description
Cyber-Physical System (CPS) is a broad term for software and hardware monitoring or controlling physical environments. This includes Operational Technology (OT), like industrial automation and control systems, transportation, water supply, energy production (SCADA, smart grid), and supply chains, but also areas such as the Internet of Things (IoT), Automotive, Medical, and smart home/building management systems. In the fourth industrial revolution era, corporations are increasingly dependent on connecting IT and OT to successfully fulfill their mission. Attacks on those networks and systems, as well as CPS in general, are constantly on the rise. Due to their capability to physically interact with their environment, the impact of such an attack can be potentially hazardous.
This seminar deals with various security aspects of CPS and their implications. The format represents an academic conference, including paper writing, submission, review, rebuttal, revision, presentation, and discussion.
## Topics (final)
- GNSS Authenticity
- Industrial applicability of Messaging Layer Security (MLS)
- Secure Bootstrapping in OT
- Video Streaming Security
- An Analysis of Dumb Password Policies and the Why
- Authentication Method Obstacles
- Light-weight authenticity schemes
- Secure Logging in industrial applications
- QUIC Security
- Exploring NFV for Industrial Security Applications
- Integrating security in the data plane - Using P4 for secure communication
- Security metrics and empirical validation schemes
- Early Works of Cryptographic Pairings
- Federated Learning for IoT and IIoT
- Peer-to-Peer Protocols
- Mixnets vs Tor
- Trust Value Scoring
- (in)security of PROFINET in practice
- Host-Intrusion Detection Systems
- Steganography in 3D Printing
- Continuous authentication in IIoT
## Course Objectives
* Know and understand different aspects of CPS security
* Prepare, write, and review a scientific paper in LaTeX (English; IEEE Conference Proceedings Template; 10 pages excl. list of references and appendix)
* Present and discuss the topic (English; 25 minutes presentation + 15 minutes discussion)