Research
Research partners contribute IT security, simulation and data-model expertise for digital power grids
Partners
Research, software development and operational requirements come together in one consortium
Partners at a glance
The consortium combines research expertise, platform development and operational perspectives
Research partners contribute IT security, simulation and data-model expertise for digital power grids
Software and technology partners contribute platforms, interfaces and grid control systems
Grid-operator partners contribute operational requirements, practical constraints and transferability into operations
Consortium
Research partner
Simulation environment, AI attack detection, monitoring & assistance
Fraunhofer FIT develops and operates an extensible open-source simulation environment for validating cybersecurity concepts in energy infrastructures. Focus areas include AI-based attack detection, a monitoring and assistance system for control rooms with preventive and reactive action recommendations, and the coupling of process data and IT security monitoring for an integrated IT and energy network situational picture.
WebsiteResearch partner
HSM integration, threat modelling, experimental validation
The Research Group on Computer Networks and Information Security (FRI) at HSB develops concepts for the secure integration of Hardware Security Modules (HSM) into energy networks, conducts threat modelling and attack scenario analysis, and experimentally validates the end-to-end chain of trust in simulation environments. Findings feed into practice-oriented teaching in secure software development.
WebsiteIndustry partner
Control system architecture, IEC 61850/61970, PSIdetect
PSI Software SE develops control system architectures for the secure integration of cloud-based infrastructures and IoT components. Key activities include TCN connectivity, open interface standards such as IEC 61850 and IEC 61970, and cloud-based value-added services including PSIdetect for AI-powered IT security monitoring in grid operations.
WebsiteIndustry partner
niotix platform, interoperability layer, flexibility management
Digimondo GmbH develops a vendor-agnostic interoperability data model for integrating heterogeneous IoT endpoints via a cloud-based interoperability layer. The niotix IoT platform is further developed to support TCN integration, security and monitoring functions. Digimondo additionally implements exemplary value-added services for flexibility management and anomaly detection to demonstrate the platform's practical relevance.
WebsiteGrid operator partner
Urban grid operations, TCN validation, ISMS integration
SWO Netz GmbH, as an urban grid operator, brings practical operational requirements into the project. SWO defines use cases for municipal energy and IoT infrastructure, specifies secure communication interfaces, tests the Trusted Core Network in a real SCADA environment and validates the monitoring and attack detection systems within its own information security management system (ISMS).
WebsiteAssociated partner
Distribution grid operations, field tests, standardisation
SH Netz, as an associated partner, provides practice-oriented requirements from distribution grid operations and contributes expertise in communication architectures for secure process networks and typical communication patterns for grid operating processes. SH Netz supports field test strategy development and participates in standardisation and dissemination activities.
WebsiteAssociated partner
OT anomaly detection, real-time monitoring, endpoint security
Rhebo GmbH, as an associated partner, contributes specialised anomaly detection solutions for industrial control systems and OT networks. The goal is to improve real-time monitoring of critical energy infrastructure and identify weaknesses in communication links early. Rhebo participates in the integration and evaluation of attack detection systems in simulation and lab environments.
Website