Critical Infrastructure
Secure by design. Resilient under stress. Compliant by construction.
Security, resilience, and compliance architecture for power, utilities, and other critical systems, where the cost of getting the architecture wrong is measured in more than dollars.
Sound familiar?
IT and OT have converged faster than the security model has kept up
Compliance obligations like NERC CIP consume enormous effort and still feel fragile
Legacy control systems were never designed to be networked, but now they are
There's no clear architecture for segmentation, monitoring, or incident response
Resilience is assumed rather than designed and tested
The consequences of an incident go well beyond a financial hit
Critical infrastructure operators face a problem that has crept up on the entire sector: systems that were designed to be isolated are now connected, and the security and resilience architecture hasn’t caught up. Control systems, historians, and safety systems that predate modern networking now run next to corporate IT, and the seams between them are exactly where the risk concentrates. Meanwhile, compliance regimes like NERC CIP demand rigor that’s exhausting to sustain when it’s handled as a paperwork exercise rather than designed into the architecture.
This is architecture work with the highest possible stakes, and we’ve done it in exactly those conditions: we’ve led network security and NERC CIP compliance for regional power providers, including nuclear generation. We bring that discipline to designing environments that are secure by construction and resilient under stress, where compliance is built into how they’re architected rather than audited in afterward.
Where we help
Security architecture. A coherent security architecture spanning IT and OT: segmentation, identity, monitoring, and defense-in-depth designed as a whole, not assembled from point fixes.
Compliance by construction. Build obligations like NERC CIP into the architecture and operating model so compliance falls out of good design instead of turning into a perpetual scramble.
OT/IT segmentation. Properly separate corporate, control, and safety systems, with controlled, monitored paths between them.
Monitoring & incident readiness. Visibility across the environment and a tested plan for when something goes wrong.
Resilience engineering. Design, document, and test resilience so continuity is engineered rather than hoped for.
How we work
We start with a clear-eyed assessment of risk and architecture. From there we design for security and resilience with compliance built in, then lead the delivery with the care these environments require. The goal is infrastructure you can defend and depend on.
How we work
Assess the risk
We evaluate your IT/OT environment, compliance posture, and the architecture underneath, where the exposure and fragility actually are.
Architect for security & resilience
We design segmentation, monitoring, identity, and resilience into a coherent target architecture, with compliance obligations built in from the start.
Deliver and harden
We lead the hands-on work to implement and validate it carefully, in environments where uptime and safety are non-negotiable.
What we help you build toward
We're not handing over a boxed product. We bring the expertise, and your team ends up owning a result like this:
A security architecture that spans IT and OT, designed rather than assembled
Compliance (including NERC CIP) that's built into the architecture, not bolted on
Proper segmentation between corporate, control, and safety systems
Monitoring and incident readiness across the environment
Resilience that's been designed, documented, and tested
Platforms & technologies we work with
…and whatever else your environment runs on.