Also see information on EI SEC
Towards long term secure Internet-of Things
The Internet of Things is a promising technology, interconnecting machines, sensors, actuators, and other devices on the Internet. The current trend is to make the network smart enough to manage auto-configuration, self-adaptation, self-healing, and to perform intelligent routing. The standards and current research in the Internet of Things enable application of this technology to domains such as smart cities, the smart grid, and Industry 4.0. However, the IoT can only be densely deployed if the associated technologies are secured.
ASSET workshop shows the work that aim to enhance security of the Internet of Things and strengthen its resilience against cyber-attacks.
Agenda
Thursday 28th February
- J.M. Dutertre: Laser fault injection into the Flash memory of a micro-controller
- P. Emmerich: Safe and Secure User Space Drivers
- R. Falk: Important research topics for Security in Industrial Control Systems
- T. Fritzmann: PQ coprocessor for RISC V and ARM FPGA SoC
- B. Gammel: Security Architecture for IFX Security Controllers
- J. Gravelier: Remote side channel attacks
- M. Gruber: Fault attack on Klein
- M. Hiller: Security Features for IoT Devices based on RISC-V
- M. von Maltitz: Data Querying and Access Control for Secure Multiparty Computation
- R. Navas: Resilience in IoT
- M. Pehl: Side channel attack on TERO PUF
Internal tracks took place on 28th February in the morning
Friday 1st March
- Project discussions
- Discussion for common activities
- Presentation of MOOC on IoT security: L. Toutain
- Lab on IoT Security given at TUM: Thomas Schamberger
- Status of cooperation on Oscore and DICE in IoT: S. Hristozov & L. Toutain
- Presentation of redesigned Asset Demo: T. Schamberger
- Research Hackaton
- Possible other topics:
- Summer School IoT Security & Communication
- Ideas for common EU proposals
