RESCUE

Resilience and Cyber Security of Integrated Cyber-Physical Energy Systems

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RESCUE develops advanced mathematical and computational foundations, methods, and technologies for incident response to protect utilities from state-sponsored cyber attacks, cyber secure the Control Room of the Future, and improve the operational resilience of integrated cyber-physical energy systems to such threats considering a further digitalisation. To achieve our vision of a cyber secure and resilient future cyber-physical energy system, RESCUE will address three challenges: i) cyber resilience analysis, planning, and operation of integrated CPS, ii) incident response to cyber attacks, and iii) knowledge utilisation via technology demonstration and transfer to industry, and building human capital for utilities.

Participating organisations

CWI
Delft University of Technology
 DNV GL
European Network for Cyber Security
Natural Sciences & Engineering
Natural Sciences & Engineering
Netherlands eScience Center
Siemens
TenneT TSO

Impact

Output

Team

AS
Alex Stefanov
Principal investigator
Delft University of Technology
IS
Ioannis Semertzis
HLP
Han La Poutre
MvD
Marten van Dijk
SA
Suvayu Ali
eScience Research Engineer
Netherlands eScience Center
BK
Bas Kruimer
Co-applicant
DNV/TU Delft
SP
Simon Parkin
Co-Applicant
Delft University of Technology
SM
Syam Musunuri
Co-Applicant
SIEMENS
Ole Mussmann
Ole Mussmann
Lead RSE
Netherlands eScience Center
Sander van Rijn
Sander van Rijn
Laurent Soucasse
Laurent Soucasse
Senior RSE
Netherlands eScience Center

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