Standards Comparison

    NIST CSF

    Voluntary
    2024

    Voluntary framework for managing cybersecurity risks organization-wide

    VS

    EN 1090

    Mandatory
    2009

    EU standards for execution and CE marking of steel/aluminium structures

    Quick Verdict

    NIST CSF provides voluntary cybersecurity risk management for all organizations worldwide, while EN 1090 mandates CE marking and FPC for EU structural steel/aluminium fabricators. Companies adopt NIST for flexible risk reduction; EN 1090 for legal market access.

    Cybersecurity

    NIST CSF

    NIST Cybersecurity Framework Version 2.0

    Cost
    €€€
    Complexity
    Medium
    Implementation Time
    6-12 months

    Key Features

    • Six core functions including new Govern for lifecycle coverage
    • Four Implementation Tiers assessing risk management maturity
    • Current and Target Profiles enabling gap analysis
    • Common language fostering stakeholder communication
    • Flexible mappings to standards like ISO 27001
    Structural Metalwork

    EN 1090

    EN 1090: Execution of steel and aluminium structures

    Cost
    €€€€
    Complexity
    High
    Implementation Time
    6-12 months

    Key Features

    • Risk-based Execution Classes (EXC1-EXC4)
    • Factory Production Control (FPC) certification
    • CE marking and Declaration of Performance
    • Welding quality management via ISO 3834
    • Material traceability and NDT inspection

    Detailed Analysis

    A comprehensive look at the specific requirements, scope, and impact of each standard.

    NIST CSF Details

    What It Is

    NIST Cybersecurity Framework (CSF) 2.0 is a voluntary, risk-based guideline developed by NIST for managing cybersecurity risks. It provides organizations a flexible structure to identify, protect, detect, respond, recover, and govern cyber risks across any size or sector.

    Key Components

    • **Six Core FunctionsGovern (new), Identify, Protect, Detect, Respond, Recover.
    • **Framework CoreOrganized into Functions, 22 Categories, 112 Subcategories with informative references to standards like ISO 27001.
    • **Implementation TiersFour levels (Partial to Adaptive) for maturity assessment.
    • **ProfilesCurrent vs. Target for gap analysis. No formal certification; self-attestation used.

    Why Organizations Use It

    Enhances risk prioritization, stakeholder communication, supply chain management. Demonstrates due care, supports compliance (mandatory for U.S. federal), builds trust, elevates cybersecurity to board level.

    Implementation Overview

    Create Profiles, assess Tiers, map to existing controls. Quick starts via tools/guides; scalable for SMEs to enterprises globally. Focuses on outcomes, not prescriptions; ongoing via continuous monitoring.

    EN 1090 Details

    What It Is

    EN 1090 is a family of European harmonized standardsEN 1090-1 for conformity assessment, EN 1090-2 for steel structures, and EN 1090-3 for aluminium—under the EU Construction Products Regulation (CPR). It governs fabrication, assembly, and CE marking of load-bearing structural components and kits for construction works. Adopts a risk-based methodology via Execution Classes (EXC1-4), scaling requirements by failure consequences, service conditions, and production complexity.

    Key Components

    • **Factory Production Control (FPC)Certified system for traceability, inspection, and processes.
    • **Execution ClassesMatrix from consequence/service/production categories.
    • **Technical requirementsWelding (ISO 3834), tolerances, corrosion protection, NDT.
    • **Conformity modelNB certification, ITT/ITC, DoP, ongoing surveillance.

    Why Organizations Use It

    • Mandatory for EU/EEA market access and CE marking.
    • Mitigates liability, ensures consistent quality.
    • Enables high-risk projects (EXC3/4), builds stakeholder trust.
    • Drives efficiency, reduces rework, enhances competitiveness.

    Implementation Overview

    Phased approach: gap analysis, FPC development, personnel/welding qualification, NB audits. Targets fabricators in construction; 3-12 months typical. Requires certified FPC and surveillance. (178 words)

    Key Differences

    Scope

    NIST CSF
    Cybersecurity risk management across organizations
    EN 1090
    Execution of steel/aluminium structural components

    Industry

    NIST CSF
    All sectors worldwide, any size
    EN 1090
    Construction/structural fabrication, EU/EEA market

    Nature

    NIST CSF
    Voluntary risk framework, no certification
    EN 1090
    Harmonized standard, mandatory CE marking

    Testing

    NIST CSF
    Self-assessment via Profiles/Tiers
    EN 1090
    Notified Body FPC certification/surveillance audits

    Penalties

    NIST CSF
    No legal penalties, reputational risk
    EN 1090
    Market exclusion, fines, certificate suspension

    Frequently Asked Questions

    Common questions about NIST CSF and EN 1090

    NIST CSF FAQ

    EN 1090 FAQ

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