Energy & Critical Infrastructure
Systems built to run for decades, inside a security regime that changes every year.
Your operational technology was engineered for availability and physical safety, much of it for a world where it was never meant to be connected. Those systems still run the grid, the plant and the network — and they now sit inside regulation that treats them as part of the attack surface.
IT and OT are usually owned by different teams, with different vendors and different ideas of what secure means. The regulator sees one entity, and expects one answer.
Three recur across generation, networks and utilities — regardless of scale.
Controls designed for office IT do not translate to a control system that cannot be patched on a Tuesday. You need one defensible picture across both, without forcing one world’s methods onto the other.
Vendors maintain, update and remotely access systems you are accountable for. NIS2 makes their security part of your obligation, and the CRA changes what they owe you.
Assets designed for thirty years of service now face reporting deadlines measured in hours and requirements revised every few years. Keeping them compliant is an engineering program, not a documentation exercise.
As an operator of essential services, you answer to cyber regulation at entity level, product rules that reach into your procurement, and sector requirements on top. Together they set the bar for cyber-physical systems to be built, operated and evidenced as both safe and secure.
Energy entities are essential entities: risk management measures, supply chain security, incident reporting that starts within 24 hours, and management accountability. Supply chain security carries more weight each year — inherited components are a faster route in, and the directive is written to have that addressed from the start rather than after an incident. Targeted amendments proposed in January 2026 are still in negotiation.
Critical entities were due to be designated by July 2026. Once notified, they have months to meet resilience obligations beyond cyber — and fall inside NIS2 regardless of size.
Vulnerability reporting applies since September 2026 and the full requirements from December 2027, reshaping what OT vendors must deliver and support.
The reference series for industrial automation and control system security — for operators, integrators and component suppliers alike.
Sector rules for cross-border electricity flows, adopted in 2024 and phasing in over the following years.
IT and OT converged. The assurance around them did not. These three engagements start from the second problem.
The pipeline that produces and deploys your operational software, measured against what it claims to enforce: build integrity, artifact provenance, and who can push a change into an environment that controls physical plant.
- Controls tested as they run, not as they are documented
- Drift between the configuration under review and the configuration in service
What is actually inside the systems you operate — including the components your suppliers inherited without specifying them, and the remote access those suppliers still hold.
- SBOM-based analysis down through transitive dependencies
- Vendor access paths and update channels reviewed as part of the attack surface
NIS2 risk management measures and IEC 62443 expressed as technical controls your engineers can implement and your management can be accountable for.
- Detection and 24-hour reporting tested against how your organization actually works
- Assets that live for decades and patches that arrive weekly, reconciled deliberately
A smaller chance of industrial control disruption or an unauthorized override, and a clearer position on uptime and physical safety across distributed assets — including knowing which dependency a newly disclosed vulnerability actually touches.
Where our work in operational and industrial environments concentrates.
Designed, developed and transitioned enterprise-scale network and physical system monitoring applications into critical government agencies.
Published empirical research on credential exposure and on automated triage systems for distributed, large-scale incident investigation and operational resilience.
The team holds certified industry expertise in network intrusion detection, industrial forensic triage and penetration testing methodologies — CISSP, CSSP, SANS Network Forensics, CEH and similar certifications.
Security levels, zones and conduits assessed against the plant as it is currently operated.
Entity-level risk management measures, supply chain obligations and the reporting timeline, reviewed end to end.
The interfaces where office IT meets process control, and what crosses them in each direction.
Component inventory, provenance and vulnerability exposure across inherited and vendor-maintained software.