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  4. Enabling Secure Communication for Cyber-Physical Processes in Critical Infrastructures
 
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Enabling Secure Communication for Cyber-Physical Processes in Critical Infrastructures

Publikationstyp
Conference Poster
Date Issued
2023-10
Sprache
English
Author(s)
Fröschle, Sibylle B.  orcid-logo
Secure Cyber-Physical Systems E-15  
Wolters, Philipp  
Secure Cyber-Physical Systems E-15  
TORE-URI
https://hdl.handle.net/11420/45026
Citation
Digital Total - Computing & Data Science an der Universität Hamburg und in der Wissenschaftsmetropole Hamburg (2023)
Contribution to Conference
Digital Total - Computing & Data Science an der Universität Hamburg und in der Wissenschaftsmetropole Hamburg 2023  
Publisher Link
https://www.conferences.uni-hamburg.de/event/387/contributions/1589/
Machine-to-machine communication over wireless networks is increasingly adopted to improve service and maintenance processes at airports, ports, and manufacturing plants. This brings with it the challenge of how to bootstrap a secure communication channel between the machines involved. Building on the idea of secure device pairing we research novel schemes for key establishment that exploit the proximity of the machines, the physical presence of a human or robotic operator, and/or the physical characteristics of the process. This approach allows us to engineer for post-quantum resistance as well as resilience against multi-instance attacks. To meet current safety and security norms we also provide the methodology to formally capture and verify the corresponding requirements.
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