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    Fatigue Science

    Fatigue risk management and alertness prediction platform

    4.4 · 0 reviews across platforms
    Occupational Health142 QHSE teams reviewed this page in the last 30 days
    From $15/user/month 1000+ · 201-1000 Mining +5

    No signup · Direct vendor link · 100% free

    At a Glance

    Best for

    Mining · 1000+

    Standout

    Scientifically validated model

    Watch out for

    Requires wearable adoption by workers

    Pricing $

    $15/user/month

    Overview

    Fatigue Science provides predictive fatigue management technology using biomathematical modeling and wearable sleep tracking to quantify worker alertness and reduce fatigue-related safety risks.

    Verified Listing

    Reviewed by The QHSE Standard · Jul 2026

    Fits 1000+ · 201-1000

    Company size coverage

    6+ Industries

    Fatigue Science use-cases mapped

    In-Depth Analysis

    Fatigue Science has pioneered the application of biomathematical fatigue modeling in industrial safety. Their SAFTE (Sleep, Activity, Fatigue, and Task Effectiveness) model, originally developed for the US Department of Defense, predicts cognitive effectiveness based on sleep history, circadian rhythm, and time awake. The platform ingests data from multiple sources — wearable devices (ReadiBand), shift schedules, self-reported sleep logs, and GPS/telematics — to generate individual alertness predictions expressed as a 0-100 Fatigue Score. This score has been validated in peer-reviewed research showing correlation with reaction time impairment equivalent to blood alcohol levels. Fatigue Science's Readi platform enables schedulers and supervisors to assess fatigue risk before assigning workers to safety-critical tasks, shift planners to optimize rosters for alertness, and workers themselves to understand their personal fatigue patterns. The platform's Predictive Schedule Analysis evaluates proposed roster changes against fatigue criteria before implementation, preventing the creation of fatigue-inducing schedules. Fatigue Science serves mining, oil & gas, transportation, and utilities where fatigue-related incidents carry catastrophic consequences.

    Key Features

    SAFTE biomathematical model
    Wearable sleep tracking (ReadiBand)
    Predictive alertness scoring
    Schedule fatigue analysis
    Real-time fatigue dashboards
    Individual fatigue profiles
    Roster optimization
    Research-validated metrics

    Pros & Cons

    Scientifically validated model
    Objective sleep measurement
    Predictive capabilities
    Strong research backing
    Requires wearable adoption by workers
    Privacy concerns with sleep tracking
    Niche focus on fatigue only
    Higher cost with wearables

    Pricing

    Starting at

    $15/user/month

    Model: Subscription + Hardware

    Tier $

    Per-user monthly subscription plus wearable hardware costs

    Get a custom quote

    Pricing varies by modules, users, and contract length. Always confirm with the vendor.

    How Fatigue Science Compares

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    Frequently Asked Questions

    What industries is Fatigue Science designed for?
    Fatigue Science is specifically tailored for high-stakes industries such as Mining, Oil & Gas, Transportation, Utilities, Construction, and Aviation. It is optimized for large-scale operations with company sizes ranging from 200 to over 1,000 employees.
    How much does the Fatigue Science platform cost?
    Pricing for the platform starts at $15 per user per month. This cost includes a combination of the software subscription and the necessary wearable hardware for sleep tracking.
    Does the software support international safety and fatigue standards?
    Yes, the platform supports compliance and safety standards including ICAO Fatigue Risk, CSA Z96, and ACOEM. It utilizes the research-validated SAFTE biomathematical model to provide accurate alertness predictions.
    What kind of hardware is required to use the system?
    The system utilizes the ReadiBand, a specialized wearable sleep tracking device, to collect data for individual fatigue profiles. This hardware works in tandem with the software to provide real-time fatigue dashboards and predictive scoring.
    Can the platform help with workforce scheduling and planning?
    Yes, the software includes features for schedule fatigue analysis and roster optimization. These tools allow managers to analyze shift patterns and predict alertness levels to ensure safer and more efficient operations.

    AI-generated FAQ — verify details with the vendor.

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    Why The QHSE Standard picked it

    • Scientifically validated model
    • Objective sleep measurement
    • Predictive capabilities
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    Pricing

    Model: Subscription + Hardware

    Starting at: $15/user/month

    Per-user monthly subscription plus wearable hardware costs

    Supported Processes

    Fatigue Risk ManagementSleep TrackingShift OptimizationAlertness PredictionOccupational Health

    Industries

    MiningOil & GasTransportationUtilities+2 more

    Company Size

    1000+, 201-1000 employees

    Certifications

    ICAO Fatigue RiskCSA Z96ACOEM