Selectronyx
    Use cases

    Whatever brought you here, it started with a question about a BOM.

    This page is organised by the job you are trying to do. Pick the one that fits - every job runs on the same upload and the same FairSpec engine.

    One platform, one workflow. No multi-tool sprawl, no specialist knowledge required.

    Analyse my BOM
    Jobs to be done

    Pick the job you need done

    For: design engineers and system architects evaluating a part for a new design.

    I need to vet one component before I design it in.

    Check any single part's FairSpec grade — compliance, lifecycle, sustainability and total cost of ownership — at the moment of selection, before it ever reaches a BOM. Same engine, whether one component or thousands.

    • FairSpec grade for any single part number across compliance, lifecycle, sustainability and total cost of ownership.
    • Same scoring engine as a full BOM analysis — one component or thousands.
    • Catch risk at the moment of selection, before the part is designed in.
    Capability matrix

    Single source of truth for what Selectronyx covers

    Capabilities across the four pricing tiers.

    CapabilityWhat it doesBasicAdvanced & ResearchExpertEnterprise
    RoHS & REACH screeningEvery component screened against RoHS and REACH SVHC at line level.
    Lifecycle status & change signalsActive / NRND / EOL status per part, plus manufacturer change and end-of-life signals.
    Supply Chain ResilienceSole-source exposure and sourcing-concentration signals, scored per BOM.
    FairSpec BOM-level scoreFull Repairability, Reliability, Sustainability and TCO detail per part line.-
    Optimise my BOMForm-fit-function alternative suggestions (tier limits apply).-1 option5 optionsAll options
    Parts per BOMMaximum components analysed per BOM upload.502007502,000+
    Monitored partsParts kept under weekly monitoring.-2001,2004,000+
    Monitoring cadenceRe-check frequency for monitored parts.-WeeklyWeeklyWeekly
    Audit-ready PDF exportExport a scored, audit-ready PDF.-
    Excel & CSV exportDownload your scored BOM as Excel or CSV.-
    API accessProgrammatic access to scoring.--ReadRead / write or custom
    Customer supportResponse commitment by plan.Email (best-effort)Email, 1 business-day responsePriority support + call within 1 business dayDedicated onboarding, SLA & strategic consultancy
    Compliance & risk tools

    Go deeper on the job you need done

    RoHS Analysis

    Restricted-substance screening at component level, with audit-ready export.

    REACH & SVHC

    Candidate-list screening for Substances of Very High Concern (SVHC).

    BOM Risk Checker

    Surface compliance, lifecycle, and Total Cost of Ownership (TCO) risk at once.

    Component Lifecycle

    Lifecycle status, manufacturer change and end-of-life signals, and obsolescence risk.

    The economics

    The same problem, three price tags

    The cost of a sourcing problem is set almost entirely by when you find it, not how serious it is. An engineering-change order triggered by a late compliance failure costs 10 to 25 times more than the same correction caught at BOM review.

    At BOM review

    A non-compliant or end-of-life part is swapped for a qualified alternative.

    Cost: negligible. Timeline: none.

    At production

    Product hold, engineering-change order, re-qualification, revised documentation, line restart.

    Cost: €20,000–€200,000.

    Post-shipment

    Mandatory withdrawal, regulatory notification, possible penalty, customer-relationship damage.

    A different category of cost entirely.

    Obsolescence impact

    Unplanned redesign from end-of-life parts averages €50,000–€500,000.

    Lifecycle intelligence costs a fraction of that when applied early.