🏭 IEC 62443 β€” The Global Standard for Industrial Cybersecurity πŸ”’ 7 Foundational Requirements β€” FR1 to FR7 πŸ“Š Automated Security Level Determination βš™οΈ Asset, Zone & Conduit Intelligence Modelling 🏭 IEC 62443 β€” The Global Standard for Industrial Cybersecurity πŸ”’ 7 Foundational Requirements β€” FR1 to FR7
🏭 IEC 62443 β€” Industrial Cybersecurity Standard

Automate IEC 62443
Risk Assessment.
Computationally.

Manual spreadsheets cannot deliver the structured, FR-segmented risk assessments IEC 62443 demands. The Cognisec IEC 62443 Engine automates threat–vulnerability mapping, Security Level determination and control derivation across all 7 Foundational Requirements β€” for every asset and conduit in your IACS.

βœ… 7 Foundational Requirements
βœ… Automated SL Determination
βœ… 3 Role Panels
βœ… Audit Ready
IEC 62443 Risk Engine
FR1–7
Foundational RequirementsFR-based risk assessment per asset & conduit
SL 1–4
Security LevelsAutomated Target SL determination
SR/CR
Control RequirementsAutomated SR, CR and RE derivation
IACS
Industrial CoverageOT, ICS, SCADA, PLC, HMI, DCS
⚠️ THE PROBLEM WITH MANUAL IEC 62443

Spreadsheets Cannot Deliver
IEC 62443 Compliance

Most organizations implement IEC 62443 using spreadsheet-based risk registers β€” a fundamentally flawed approach that produces subjective, inconsistent and audit-vulnerable outputs.

πŸ“Š
Single
AGGREGATED RISK SCORE

Spreadsheets produce one generic risk number. IEC 62443 demands FR-specific risk per asset and conduit across all 7 Foundational Requirements. One score obscures which FR domain is at risk.

🎯
Subjective
SECURITY LEVEL ASSIGNMENT

Without computational modelling, Security Level assignments are manually interpreted β€” introducing inconsistency, bias and audit vulnerability. SL-T must be derived, not guessed.

πŸ”—
No
CONDUIT INTELLIGENCE

Excel cannot model zone-to-zone conduit interactions, trust boundary evaluations or lateral movement risk paths β€” leaving critical IACS attack vectors unassessed and unmitigated.

7
Foundational Requirements
4
Security Levels (SL 1–4)
FRΓ—SL
Granular Risk Computation
SR/CR
Automated Control Derivation
πŸ”’ FOUNDATIONAL REQUIREMENTS

7 FR-Based Risk Domains

The Cognisec IEC 62443 Engine computes a separate risk index for each of the 7 Foundational Requirements β€” enabling granular, defensible Security Level determination.

FR-1

Identification & Authentication Control

User, device and process authentication. MFA enforcement and credential management across all IACS components.

FR-2

Use Control

Authorization of user and process actions. Least-privilege enforcement and role-based access to industrial systems.

FR-3

System Integrity

Protection against unauthorized modification of hardware, software, firmware and communication. File integrity monitoring.

FR-4

Data Confidentiality

Protection of sensitive industrial data at rest and in transit. Encryption and data classification policies.

FR-5

Restricted Data Flow

Network segmentation, zone isolation and conduit controls. Preventing unauthorized inter-zone communications.

FR-6

Timely Response to Events

Detection, response and recovery procedures. Incident handling aligned to operational technology timelines.

FR-7

Resource Availability

Denial-of-service protection, resilience engineering and continuity of industrial process operations.

SL 1–4

Security Level Output

Each FR produces an independent Target Security Level β€” from SL-1 (basic) to SL-4 (sophisticated adversary protection).

βš™οΈ THE ENGINE

Deterministic IEC 62443
Risk Computation

The Cognisec IEC 62443 Engine implements a computationally rigorous, standards-aligned risk governance framework β€” transforming subjective spreadsheet assessments into objective, repeatable and audit-ready outputs.

πŸ—ΊοΈ

Threat–Vulnerability Mapping

Many-to-many relational mapping connects threat vectors to exploitable vulnerabilities across assets and conduits. Risk materializes only when a threat can exploit a present vulnerability β€” eliminating false positives.

πŸ“

FR-Based Risk Assessment Algorithm

Computes risk per Foundational Requirement using Threat Impact Γ— Vulnerability Association Γ— Zone Criticality Γ— Asset Exposure. Produces FR-specific risk indices, not generic scores.

🎯

Security Level Determination Model

Automatically derives Target Security Level (SL-T) per FR per asset. Compares SL-T against Achieved Security Level (SL-A) to generate the Security Gap Index and prescriptive control recommendations.

πŸ“‹

Control Insight & Audit Readiness

Automatically enumerates required SR, CR and RE controls for every identified gap. Exportable CSV audit packs for national authority inspections, third-party assessments and CISO reporting.

SECURITY LEVEL DETERMINATION
DIFFERENTIAL FR EVALUATION
An asset may require SL-4 for FR-1 due to credential exposure, while requiring only SL-2 for FR-5 if segmentation is already strong. The engine computes each FR independently β€” preventing over-engineering while ensuring high-risk domains receive stringent protection.
πŸ—οΈ THREE ROLE PANELS

Built for Every IEC 62443 Stakeholder

One platform, three dedicated panels β€” each role sees exactly what they need for IEC 62443 governance.

Panel 1

🏭 Asset / Zone Owner

The asset owner, subsystem custodian or OT security team interface. Define the industrial topology β€” assets, zones, conduits β€” and manage compliance evidence.

  • Asset registration with IEC 62443 metadata
  • Zone definition and boundary management
  • Conduit mapping between zones
  • Threat mapping per asset
  • Vulnerability association
  • FR-based risk dashboard per asset
Panel 2

πŸ”§ Supplier / Component Owner

Dedicated portal for component suppliers, system integrators and third-party vendors to submit security evidence, vulnerability disclosures and compliance documentation.

  • Component security evidence upload
  • Vulnerability disclosure submissions
  • Security requirement responses
  • SR/CR compliance documentation
  • Patch and update tracking
  • Real-time review status
Panel 3

πŸ” Auditor / Assessor

Independent review panel for security assessors, certification bodies and compliance auditors to review FR-based risk computations, validate controls and generate audit reports.

  • FR-specific risk index review
  • Security Level gap analysis
  • Control evidence validation
  • Finding management (Critical/Minor)
  • Exportable audit packs (CSV/PDF)
  • IEC 62443 compliance scoring
βš™οΈ INDUSTRIAL CYBERSECURITY

IEC 62443 is the Global Standard

Adopted across critical infrastructure sectors worldwide. Required by regulators, insurers and enterprise procurement teams as proof of industrial cybersecurity governance.

FR-7
Requirements
SL-4
Max Security
IACS
Coverage

IEC 62443 Series β€” Industrial Automation and Control Systems Security

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Replace Spreadsheets with
Computational IEC 62443 Governance.

30-day free trial. All features. All 3 panels. FR-based risk computation from day one.

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