IT/OT convergence risk
Connecting IT and OT for efficiency also creates a path for IT-side incidents to reach control systems.
Energy and critical-infrastructure operators run IT and OT side by side, with very different failure costs. We design segmentation, identity governance and monitoring that respect that boundary without slowing operations.
Connecting IT and OT for efficiency also creates a path for IT-side incidents to reach control systems.
A compromised laptop is an incident; a compromised control system is a safety event, and controls need to reflect that.
Security teams often can't see what's actually running on the OT network, let alone monitor it.
Critical infrastructure can't simply go down for a security upgrade the way office IT can.
| Framework | What it requires | How we address it |
|---|---|---|
| NIST CSF 2.0 | A risk-based cybersecurity baseline across govern, identify, protect, detect, respond and recover. | Control mapping, hardening, continuous evidence. |
| IEC 62443 | Operational technology cybersecurity controls. | OT/IT segmentation, control mapping, monitoring. |
| NERC CIP / TSA Security Directives | Bulk electric system and pipeline cybersecurity, continuity and incident-reporting controls. | Segmentation, monitoring, tested continuity plans. |
Focus areas: IT/OT segmentation, identity governance, continuous monitoring, and NIST CSF 2.0/IEC 62443-aligned compliance.
IT/OT segmentation and controls mapped directly to NIST CSF 2.0 and IEC 62443.
A governed foundation for enterprise IT that never bridges into OT without control.
24/7 monitoring across IT and OT estates, with alerts before incidents cross the boundary.
Governed visibility into IT and OT operational data without opening new attack paths.
Governed AI for operations and safety documentation, with strict access boundaries.
Repeatable, secure environments for enterprise IT teams supporting critical operations.
Segmentation and monitoring that contain IT-side incidents before they reach OT.
Real visibility into what's actually running on the OT network.
Least-privilege access enforced consistently across both environments.
Evidence collection mapped to NIST CSF 2.0 and IEC 62443, ready for audit.
Response plans that respect safety and continuity requirements.
AI for operational and safety documentation with strict access control.
Enterprise IT and OT/ICS systems sit in segmented zones with identity-verified access between them; a monitored boundary controls what can cross; data lands in a governed platform; security monitoring spans both IT and OT.
Each phase leaves a working, tested piece of the segmentation, without disrupting live operations.
Map current IT/OT network topology, segmentation gaps and asset visibility across both environments.
Design segmentation zones, identity governance and monitoring aligned to NIST CSF 2.0 and IEC 62443.
Roll out segmentation, monitoring and access controls in phases that respect continuous operations.
Test segmentation boundaries and incident response without disrupting live operations.
Monitor IT and OT continuously, with evidence collection for NIST CSF 2.0 and IEC 62443 audits.
Every segmentation change is tested without disrupting live operations, because downtime here isn't an inconvenience, it's a safety question.
Short answers to common planning questions for Energy & Critical Infrastructure.
No. Segmentation and monitoring are rolled out in phases and tested without disrupting live operations, given the safety stakes involved.
Yes. We design segmentation and monitoring around existing OT systems rather than replacing them.
Controls are mapped to both frameworks together, since IT and OT scope overlaps in most environments.
Yes. We design segmentation and monitoring specifically for the different failure costs and constraints of OT environments.
An IT/OT security assessment covering both environments, ending with a prioritized, phased roadmap.
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