Energy
Verifiable trust infrastructure for energy and critical infrastructure
European energy operators face mandatory cybersecurity requirements under NIS2, cross-border grid interoperability mandates, and EUR 584 billion in grid modernisation investment. Trust infrastructure that operates across organisational boundaries is essential to meeting these requirements.
Discuss energy trust infrastructureEnergy operators face three converging mandates: NIS2 classification as essential entities with penalties up to EUR 10 million, ENTSO-E Network Code on Cybersecurity for cross-border electricity flows, and the European Grids Package requiring smart grid authentication and interoperability. Each demands verifiable trust at every grid boundary. The architectural approach proven in Swiss healthcare applies directly to grid operator communication, cross-border energy data exchange, and smart infrastructure authentication.
Regulatory drivers
NIS2 Directive
Energy classified as essential entity under NIS2, encompassing electricity, gas, oil, and hydrogen operators with mandatory cybersecurity risk management and incident reporting.
160,000+ entities in scope across EU
ENTSO-E Network Code on Cybersecurity
First EU Network Code on Cybersecurity for the electricity sector, setting European standards for secure cross-border electricity flows and grid operator communication.
42 TSOs across 36 countries
European Grids Package
EU Commission measures to modernise, expand, and optimise European electricity infrastructure including smart grid authentication and cross-border interoperability requirements.
EUR 584 billion grid investment needed by 2030
Solution overview
Verifiable trust infrastructure for energy means every communication between grid operators, distribution networks, and regulatory authorities carries cryptographic proof of origin, integrity, and authorisation. This architectural capability sits between existing SCADA and grid management systems, making cross-boundary communication verifiable by design. Smart grid authentication, cross-border energy data exchange, and regulatory reporting all benefit from the same trust layer.
See how it works →Proven at scale
Healthcare proved the architecture at scale. HIN -- operator of Switzerland's health information network -- processes over 800,000 verified messages per month through 850+ gateways serving 30,000+ healthcare institutions. The same gateway mesh architecture that verifies healthcare communications applies to energy grid operations: organisational boundary trust, message integrity verification, and compliance attestation operate identically whether connecting hospitals or grid operators.
800,000+
verified messages per month
850+
gateways across Swiss healthcare
30,000+
GP offices and healthcare institutions
Energy grids and healthcare networks share a critical requirement: communication between independent organisations must be verifiable without creating a single point of failure. NIS2 mandates exactly this resilience.
Reference architecture
Click to expand diagram
How to engage
Work with Vereign directly
For organisations that want to scope and deploy trust infrastructure with Vereign's engineering and advisory team. Ideal for first movers and organisations with in-house technical capacity.
Explore services →Work through a partner
For organisations that prefer to work with a consultancy already trained on Vereign's trust infrastructure. Partners provide sector expertise alongside deployment capability.
See the partner programme →Team voices
We designed this architecture for critical infrastructure because energy grids -- like healthcare networks -- require trust that operates across organisational boundaries without central dependency. NIS2 is making this an obligation, not an option.
Scope a trust infrastructure deployment for energy operations
Whether you are assessing NIS2 readiness or planning cross-border grid interoperability, we can help you define the right trust architecture for your energy organisation.