Inside Fatigue Science

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National Safety Council names Fatigue Science a Finalist in prestigious Green Cross Award for Safety Innovation

Fatigue Science was recognized for pioneering a new best practice for safety in mining and heavy industry.
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Fatigue Science launches Machine Learning engine providing world’s first workforce fatigue predictions without wearables

Fatigue Science is pleased to announce the commercial launch of a breakthrough technology advance in its fatigue management platform. For the first time ever, customers can now obtain validated, personalized fatigue predictions for operators in their workforce, without requiring the use of wearables.
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Supervisor App Upgrade: Offline Mode and Hotspots View for shift supervisors

Fatigue Science announces Offline Mode and Hotspots View for shift supervisors, enabling proactive fatigue intervention in underground and remote environments.
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New data: Shift schedules affect the sleep quality of “night owls” and “morning birds” differently, impacting safety and productivity on the job

Fatigue Science announces new findings on the relationship between sleep quality and the rigorous schedules faced by shift workers.
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Mine sites achieve $6M benefit using predictive fatigue tech

Discover how 2 mines each achieved a $6M annual benefit in productivity and safety improvements using Readi FMIS. 
US Navy uses Readi sleep tech
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U.S. Navy partners with Fatigue Science to prevent sailor fatigue

The US Navy announced a major effort to use data-driven technology to address the problem of sailor fatigue. Using the Readi platform from Fatigue Science to generate sleep and fatigue analytics, the Navy is now able to relate the readiness of individual sailors to the cumulative risk of the fleet.
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Safety sensitive shift work industries waking up to the risks of fatigue exposure

This conversation is growing across many industries, from leaders in mining to transportation to critical infrastructure. In fact, a recent article published from CNN by Gregory Wallace — Fatigue is starting to put safety at risk, pilots say — has raised this mission-critical issue as well.
Image of ReadiWatch and a miner giving his thumbs up
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Fatigue Science launches ReadiWatch, the first purpose-built industrial wearable delivering predictive and realtime Fatigue Alerts without a smartphone

Fatigue Science, the global leader in predictive fatigue analytics and information systems for heavy industry and military, is pleased to announce the release of ReadiWatch, a purpose-built smartwatch delivering predictive fatigue awareness and both real-time and predictive Fatigue Alerts to operators and the enterprise in safety-sensitive industrial environments.
Two industrial workers holding an IPad with Fatigue Interventions on-screen
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Fatigue Science announces Fatigue Intervention Tracking, game-changing workflow advancement for fatigue management

Fatigue Science, the global leader in providing human fatigue and performance predictive analytics and fatigue management information systems to heavy industry, military, and elite sports teams, is pleased to announce the launch of Fatigue Intervention Tracking as part of its Readi fatigue management platform.
Worker with IPad above a worksite
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Fatigue Science announces release of 14-Day Fatigue Forecasting, enabling workforce planning 14 days in advance

Readi Enterprise Suite, the Fatigue Management Information System from Fatigue Science, is widely relied upon for its ability to provide objective historical and real-time visibility into workforce fatigue. Now, the release of 14-Day Fatigue Forecasting expands this visibility into the future, providing the world’s first “360º view of fatigue – past, present, and future.” With this advancement, proactive planning measures and proactive safety-critical actions that were previously impossible are now visible and achievable.
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Introducing ReadiAnalytics: real-time objective visibility into workforce fatigue

Unlike subjective methods for estimating crew fatigue, ReadiAnalytics captures anonymous sleep data from a sample of crew workers and then processes it alongside a variety of circadian factors with a scientifically-validated biomathematical model. The model then quantifies which on-duty crews will be the most and least fatigued, and how that fatigue will trend over time as their shift pattern progresses. Crucially, worker privacy is preserved, as insights are anonymized and aggregated for each crew, site, and the company. 
Man wearing ReadiBand in shower
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ReadiBand™ is now easier to incorporate into your day!

Fatigue Science, a global leader in providing predictive human performance data in heavy industry, elite sports, and military, is pleased to announce that after extensive testing and refinements of the ReadiBand hardware and firmware, users of its latest ReadiBand model can now wear the device more conveniently than ever before.
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Are You Readi?

With the launch of Readi, our new mobile app, Fatigue Science has taken a giant leap forward in enabling organizations, teams and individuals to manage fatigue and improve performance & safety outcomes. Unveiled at the 2019 World Sleep Congress in Vancouver, Readi is the latest release from Fatigue Science and marks a major evolution of the app that has served users of the Fatigue Science ReadiBand to date.
Using Readi with Fitbit
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Welcoming Fitbit to the Readi Ecosystem

One of the most common requests we received when developing Readi, our new mobile app, was the ability to use a variety of 3rd party sleep trackers with our technology. With tens of millions of users, Fitbit easily topped the list of requested brands.
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Fatigue Science selected to participate in FEMA sponsored program to improve first responder wellness

Fatigue Science, a global leader in fatigue and readiness management technology, is pleased to announce that it has been selected by the US Spine & Sport Foundation to participate in the implementation of a firefighter wellness initiative. The objective of the project, supported by $1.2M in funding from FEMA, is to implement an intervention-based regional wellness program for approximately 1,000 firefighters in its first phase.