Published May 10, 2021
| Version v1
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Security certification experience for industrial cyberphysical systems using Common Criteria and IEC 62443 certifications in certMILS
Creators
- Hohenegger, Andreas1
- Krummeck, Gerald1
- Baños, Janie2
- Ortega, Alvaro2
- Hager, Michal3
- Sterba, Jiri3
- Kertis, Tomaš4
- Prochazka, Jan4
- Novobilsky, Petr4
- Caracuel, Benito5
- Ramos, Francisco5
- Lourdes Sanz, Ana5
- Eschweiler, Dominik6
- Gries, Caspar6
- Blasum, Holger6
- Vögler, Torsten6
- Neškudla, Jan6
- Rollo, Jan6
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Burgstaller, Lisa7
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Truskaller, Martina7
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Koch, Klaus-Michael7
- Hametner, Reinhard8
- Rauscher, Sandro8
- Tummeltshammer, Peter8
- Golatowski, Frank9
- Schulz, Thorsten9
- 1. ATSEC Information Security
- 2. DEKRA Testing and Certification
- 3. Elektrotechnický zkušební ústav
- 4. Q-media
- 5. Schneider Electric España
- 6. SYSGO
- 7. Technikon
- 8. Thales Austria
- 9. Universität Rostock
Description
Security concerns become increasingly important in safe-ty-critical industrial cyberphysical systems. Different options for security certification exist. We describe a Common Criteria certification for a MILS separation kernel, and IEC 62443 analysis and certifications for the smart grid, railway and subway pilots using the MILS approach in the research project certMILS.
Files
Common-Criteria-and-IEC-62443-certifications-in-certMILS-6pages-ieee.pdf
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(355.2 kB)
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Additional details
Related works
- Is identical to
- Conference paper: 10.1109/ICPS49255.2021.9468241 (DOI)