INDUSTRY BLUEPRINT — POWER & UTILITIES

Protecting Grid Communication and Industrial Control Systems Against Quantum-Era Exposure.

SCADA platforms, Industrial Control Systems, and grid communication protocols were built for operational reliability first — cryptographic modernisation has to work around systems that were never designed to be taken offline for an audit.

Explore Blueprint Architecture ↓
  • NCIIPC Guidelines & IEC 62443 Aligned
  • 100% Passive Discovery — Zero Operational Interruption
  • CycloneDX CBOM Delivered Inside Your Perimeter
0 Packets
Active Scanning Injected to PLCs
6–12 Wks
Engagement to CBOM Delivery
15–20 Yrs
Grid Hardware Lifecycle Protection
0 KB
External Telemetry Egress

WHY THIS MATTERS HERE

The Sector-Specific Risk Factors That Shape This Engagement

Each of the three factors below directly affects which systems are in scope, how the discovery must be conducted, and what the CBOM output is mapped to in the regulatory report.

01 CRITICAL INFRASTRUCTURE

NIS2-scope critical infrastructure

Energy is named directly in Annex I of the EU's NIS2 Directive as a sector of 'high criticality', subjecting in-scope entities to mandatory risk-management measures that explicitly include cryptography and encryption policy under Article 21(2)(h).

02 OPERATIONAL SAFETY

Operational technology can't be scanned like IT

SCADA and ICS environments often cannot tolerate the connectivity or invasive scanning conventional discovery tools require, without risking the availability they exist to protect. Every discovery step must be passive and non-intrusive.

03 LONG LIFECYCLE

Grid communication protocols age slowly

Utility infrastructure runs 15–20 year hardware and protocol lifecycles — cryptographic decisions made a decade ago are still load-bearing today. The exposure window between now and Q-Day is within this lifecycle.

DEPLOYMENT MODEL

Where AQRA Runs in This Environment

Passive, air-gapped discovery designed not to interfere with OT availability — no active probing of live control systems. Static and binary analysis of firmware and configuration where feasible. Deployed entirely within the utility's own secure perimeter, with no network egress at any stage.

IN-SCOPE ASSETS

Systems Typically in Scope

Non-intrusive discovery across SCADA control platforms, substation automation, and operational field devices:

SCADA Platforms Industrial Control Systems (ICS) Grid Communication Protocols Substation Automation Systems Energy Management Systems RTU / PLC Firmware
COMPLIANCE MAPPING

Regulatory Framework Alignment

Protection profiles and compliance mapping tailored for national critical energy infrastructure mandates:

NCIIPC Guidelines NIS2 (Energy — Annex I) DST NQM CII Timeline IEC 62443 (OT Security) CERT-In CII Framework

INDUSTRY SECTOR ECOSYSTEM

Other Regulated Infrastructure Blueprints

Banking & Financial Services

Cryptographic discovery for core banking platforms, SWIFT, and payment networks.

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Defense & Strategic Commands

Quantum-ready security for disconnected tactical networks and C2 environments.

Explore Defense →

Telecom & 5G Networks

Discovery across 5G core elements, eSIM provisioning, and distributed edge nodes.

Explore Telecom →

NEXT STEP

Request a Power Sector Scoping Call

We scope the engagement for your specific regulatory context and infrastructure in 30 minutes. Engagement start to CBOM delivery: 6–12 weeks, inside your perimeter.

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