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Fatigue at Santa’s Workshop

Sleeping Santa Claus on white background, back view

With the winter holidays around the corner, preparations for Christmas are well underway. Stockings are being hung by the chimney with care, many are enjoying a long winter’s nap, and children are dreaming of sugar-plums.

For all the work that goes into our own celebrations, behind it all is St. Nick himself, working year ‘round to ready his sleigh full of toys. With so many gifts to deliver and so many homes to visit, it’s no wonder that Santa’s beard is white as snow.

In the winter months, Santa’s Workshop at the North Pole doesn’t see any sunlight, and Santa works under candlelight around the clock. Days turn into nights, and it can be hard for Santa and the elves to even know what time it is.

Toy building is hard work, and the elves need to be just as careful as they are quick. As the long hours pass, fatigue begins to set in. Christmas Spirit can only get them so far, and eventually, Santa and the elves need to rest. This is the story of how Santa and his elves learned the value of a good night’s sleep.

After some of the elves in the workshop expressed concerns about the long hours that Santa was putting in, Santa talked to his friends at Fatigue Science. Santa wanted a way to understand his sleep, so Fatigue Science sent him a ReadiBand™ to wear at night.

After wearing the ReadiBand to sleep for a few nights, Santa used Readi™ on his smartphone to review his sleep habits. The low ReadiScore meant that Santa could expect heavy fatigue during the day ahead. This meant that he would react more slowly, make worse decisions and that he was at higher risk of accidents.

ReadiScore Scale

Santa decided to take it easy that day, and he didn’t use any of the dangerous tools in his workshop. He talked to his friends at Fatigue Science again, and they were able to make some suggestions to help him improve his sleeping habits.

Santa continued to use the ReadiBand and Readi to see when he was at his most alert, and he waited to make all the dangerous toys during that time. Santa’s ReadiScore even began to rise as he made better choices, like avoiding Mrs. Claus’s hot chocolate before bed.

The elves noticed Santa’s success with fatigue management, and as Christmas edged closer, they wanted to make sure they were at their best. Santa introduced the elves to Fatigue Science, and they too began wearing ReadiBand devices to sleep.

Elves need to work together when they build the big toys, so they used Readi Enterprise Suite to forecast their fatigue days in advance and plan risky activities for when they’d be most alert. Using the analysis tools, the elves rescheduled their shifts and adjusted their working hours to allow better sleep and reduce risks.

That year, Santa and the elves saw great success with their fatigue risk management. The workshop at the North Pole was even ready for Christmas early when there were fewer accidents that resulted in Misfit Toys.

As Christmas Eve approached, Santa and the elves adjusted their sleep schedules, knowing they’d have a long night ahead of them. When the big night arrived, everyone at the North Pole was rested and ready to go.

Santa’s Workshop is now a safer place to work thanks to Readi Enterprise Suite, and Santa even experiences fewer accidents behind the reigns of his sleigh.

Everyone at Fatigue Science would like to wish you a safe holiday season, and in Santa’s own words, “Happy Christmas to all, and to all a good night!”

Circadian Factors in Workforce Performance

An article published in Neuroscience & Biobehavioral Reviews takes a comprehensive look at the science behind workplace fatigue. In the article, “Fatigue and its Management in the Workplace,” the authors look at the biological causes of fatigue, how the modern workplace affects these biological factors, and some of the effective ways to manage fatigue.

The article points to circadian rhythm, the body’s natural clock regulating the sleep-wake cycle, as one of two major biological factors behind sleepiness and fatigue. The authors reference research that shows how during the circadian trough, “alertness is lower, reaction time is slower, and accuracy is poorer than during the circadian peak (e.g., during daytime hours).”

Circadian Rhythms and Shift Work

With 18-26% of the U.S. workforce considered shift workers that may have non-standard schedules, the authors note that “the combination of sleep restriction and circadian disruptions can be especially devastating from an alertness and performance standpoint.” Looking specifically at performance, they later state that “circadian disruptions, especially the requirement for night work, substantially degrade cognitive performance.”

Icon of a person's head and a clock

Circadian factors mean that while fatigue is a major risk in any workplace, it is impossible to completely avoid fatigue in shift work. Among the mitigating technologies and strategies for managing fatigue, the authors highlight bio-mathematical models, stating that the SAFTE™ Fatigue model “is an accurate predictor of the effects of total sleep deprivation on the mean performance of several standard cognitive tasks and an accurate predictor of the effects of sleep-restriction on psychomotor vigilance.”

Readi Enterprise Suite™ and ReadiScore™

Using the SAFTE Fatigue Model described in this article, the Readi™ Enterprise Suite allows workplaces to forecast fatigue and predict its impact on reaction times and cognitive effectiveness. While it is impossible to avoid the circadian factors in workplaces, Readi allows workplaces to anticipate and control for fatigue, providing benefits to not only workplace safety, but mitigating risks to health and well-being.

Successful fatigue management relies on understanding and controlling the relationship between fatigue, reaction times, and the risk of workplace accidents. To make this relationship more transparent, Readi’s technology reports a ReadiScore powered by SAFTE. Studies have shown that ReadiScore has a direct relationship with slowed reaction times and accident risks.

ReadiScore Scale

Using a scale from 0-100, a ReadiScore estimates an individual’s alertness based on their quantity, quality, and consistency of sleep. ReadiScore factors in circadian rhythm and can be used to understand both current fatigue level and predict how fatigue changes throughout a work shift. Fatigue impairment as measured by ReadiScore can be compared to Blood Alcohol Concentration, and a score of 70 is similar to a BAC reading of 0.08. Understanding fatigue impairment allows employers to reduce the risks of shift work by making informed decisions around scheduling, staffing levels, and workload.

To learn more about the Readi™ Enterprise Suite and predictive fatigue modeling, contact a member of our team.

“Fatigue and its Management in the Workplace” was published in the January 2019 issue of Neuroscience & Biobehavioral Reviews. You can view the complete article here.

Fatigue Science announces release of 14-Day Fatigue Forecasting, enabling workforce planning 14 days in advance

Worker with IPad above a worksite

Breakthrough fatigue management technology reducing uncertainty and enabling workforce planning 14 days in advance

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 14-Day Fatigue Forecasting, a breakthrough advancement in fatigue management technology and powerful new addition to its Readi™ Enterprise Suite software platform.

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.

14-Day Fatigue Foercast Feature screen shot

“Our customers across heavy industry, military, and elite sports have long understood that the further in advance they identify fatigue challenges, the more effectively they can prepare for and manage it,” says Andrew Morden, President and CEO of Fatigue Science. “While real-time and historical insights certainly play an important role in fatigue management, our customers have long envisioned identifying and managing both routine and mission-critical fatigue hotspots weeks in advance of the problem. This window of time makes proactive measures, both practical and executable.”

With 14-Day Fatigue Forecasting, supervisors and management can now view fatigue projections showing the “who, when, and where” of workforce fatigue over the next two weeks. An authorized supervisor can view a heatmap of their crew members, spotting at-a-glance any workers who are likely to become fatigued in the next two weeks, and on which specific days. Supervisors can then reach out to individuals, sharing data-backed guidance to focus on sleep on certain days and to be particularly cautious at work when those days arrive. Moreover, supervisors can plan critical tasks for the times of least fatigue, choosing the right worker for the right task, at the right time.

At the group level, superintendents can assess the fatigue forecast of all the crews they manage, and ensure that crew supervisors are aware of which days their crew is likely to face the highest fatigue – as well as any “hotspot hours” on those days. A crew may discover, for instance, that the period from 3:00 am to 5:00 am on the 4th night shift next week poses an outsized fatigue risk for complex tasks. Conversely, teams can also identify their lowest risk, highest productivity hours, and plan the most complex or challenging tasks for those times.

“From a supervisor’s perspective, it’s more than just an eye-opener – Fatigue Forecasts provide specifically actionable data that enables you to match workers to the appropriate task at the optimal time,” says Robert Higdon, VP of Product & Corporate Development.

“And from a worker’s perspective, it’s valuable to know when fatigue is likely to hit you the hardest – far enough in advance that you still have a chance to avert it. Practically speaking, this is a ‘heads up’ that you can actually act on, focusing on your sleep and potentially staving off some of the worst fatigue to come,” adds Higdon.

“Putting forecasts in the hands of our key customers, we see supervisors asking questions that were previously impractical. ‘We’ve got a high fatigue day coming up next Tuesday. What are we doing to prepare for it?, ” says David Trotter, Senior VP of Sales & Marketing. “Instead of just suspecting that fatigue is coming, teams are now planning their most challenging tasks for the lowest risk times, and alerting workers who are likely to be most impacted.”

A Significant Advancement on FAST® Technology, the Trusted Tool for Fatigue Modeling

14-Day Fatigue Forecasting is built on top of FAST®, Fatigue Science’s Fatigue Avoidance Scheduling Tool, which has been widely used for decades by flight schedulers, mission planners, and elite sports teams to model fatigue in schedule simulations.

FAST is renowned for its use in the US Air Force, the Federal Aviation Administration, and a large percentage of global airlines for schedule optimization. Fatigue Science has now built FAST® technology directly into 14-Day Fatigue Forecasting, leveraging each crew’s schedule as a starting point for their forecast.

On top of this foundation, 14-Day Fatigue Forecasting offers a significant advancement over FAST. Whereas FAST’s simulations are based on generic sleep assumptions, in 14-Day Fatigue Forecasting, each forecast is personalized using the unique and specific sleep profiles of each participant – data which are collected from validated wearables in Readi Enterprise Suite.

14-Day Product Screen Shot of Heatmap

This personalization represents a fundamental step-change for schedule modeling at large – with the takeaway that simulations are now grounded in real-world conditions that pertain directly to the individuals working those schedules. In practical terms, this means schedule simulations are no longer just conceptual exercises to perform once a year when considering schedule changes. Instead, they are meaningful forecasts that supervisors can act on in day-to-day operations.

Of course, schedulers themselves, the traditional users of FAST, also stand to benefit from forecast personalization. Choosing the right schedule for the right crew may depend on personal sleep factors, and schedulers can now take this into account using Fatigue Forecasting, offering them the chance to present significantly more personalized and relevant schedule recommendations.

Machine Learning on Top of the Foundation of SAFTE™

Fatigue Forecasting will continue to grow even more personalized over time, as Fatigue Science applies Machine Learning to its forecasts, continuously improving projections by leveraging contextual data unique to each situation, and comparing forecasts to actual data once it’s recorded by wearables. Customers who adopt Fatigue Forecasting early will have the most to gain, as they’ll have accrued the largest data sets informing their forecasts going forward.

Finally, underneath it all remains the established SAFTE Biomathematical Fatigue Model, the proprietary algorithm developed by the Walter Reid Army Institute of Research at the U.S. Army and validated extensively by leading institutions such as the U.S. Department of Transportation and Federal Aviation Administration. SAFTE is the engine that converts sleep and circadian factors into an objective fatigue prediction, quantifying its effects on cognitive effectiveness, reaction time, and lapse likelihood.

Productivity, Safety, and ROI: Reducing Uncertainty with a 360º View of Fatigue

In recent months, new telematics studies released by Fatigue Science have provided further evidence of the significant relationship between workers’ fatigue levels and the productivity and safety outcomes of industrial operations. “When we showed mining customers their own data revealing the productivity gains possible when fatigue is managed for haul truck or mining shovel operators, they immediately made process changes to ensure more workers are performing key tasks when they were ‘in the green [low fatigue zone]’,” adds Morden. 14-Day Fatigue Forecasting now enables organizations to take full advantage of that correlation.

“Now, customers can actually plan out weekly tasks for those highest productivity and safest times of day – and avoid planning specific complex tasks for the riskiest times. The potential impact on productivity and worker safety here is massive,” says Morden.

As workforces continue to face strain from COVID-19, the need to reduce uncertainty is a more prominent C-Suite concern, and planning tasks with greater confidence is a core part of today’s reality. “When we released fatigue analytics this past May, customers saw this as eliminating a historical blind-spot, just as telematics and IoT data did for equipment,” says Morden.

“Now, Fatigue Forecasting is akin to predictive maintenance, which enables operations teams to plan the future with greater certainty, before critical needs arise,” says Morden. “Where our solutions have already helped customers achieve a payback within weeks to months, we now see an acceleration of that return on investment with Fatigue Forecasting, all the while improving the health and safety of employees at a time of global need.”

Fatigue Forecasting is launching today with deployments at several major global mining firms, with many more slated to deploy in the coming weeks. All existing customers with access to ReadiAnalytics have immediate access to Fatigue Forecasting as part of their subscription.

About Fatigue Science

Fatigue Science is the leading provider of predictive human performance data in heavy industry, elite sports, and military. Headquartered in Vancouver, Canada, we build software that leverages scientifically-validated biomathematical models in order to quantify and predict the cumulative effects of sleep disruption on human reaction time and cognitive effectiveness. Our solutions enable organizations to optimize operations, reduce risk, and drive performance and productivity improvements — both at an individual- and enterprise-level. With proven impact, return on investment, and significant and growing traction in heavy industry, military, and elite sports, Fatigue Science serves cutting-edge organizations who understand the importance of sleep as well as the value of data-driven decision-making.

Introducing the Fatigue Science 90-Day Pilot Program

Mining truck at a mining site.

When introducing a new initiative into a workforce, it’s important to prepare for feedback, change management, and policy development. With that in mind, Fatigue Science provides a 90-day Pilot Program to help implement Readi™ Enterprise Suite as part of your company’s approach to fatigue risk management.

During your 90-day pilot, a Fatigue Science advisor will work with operations leaders and health and safety managers to understand the outcomes you’re looking to achieve with your deployment of Readi Enterprise Solution. Whether you’re looking to reduce fatigue exposure to improve safety, productivity, or both, an advisor can help select the best staff at your company, and create a deployment plan that fits your pilot objectives.

Readi™ Enterprise Suite 

Fatigue Science’s 90-Day Pilot Program gives you the opportunity to trial the Readi Enterprise Suite Solution with leadership, supervisors, and staff:

  • Readi provides personal Fatigue Alerts on mobile and wrist with compatible wearables, as well as a daily Fatigue Forecast upon wake-up, providing at-a-glance insight into personal fatigue risks for the day ahead. Users additionally receive sleep and fatigue insights such as a ReadiScore™ that allows them to make better choices based on their risk level.
  • ReadiSupervise enables supervisors to monitor current and upcoming fatigue levels of each member of their crew, with an “on-duty dashboard” and risk alert notifications. These tools enable informed interventions in cases of critical fatigue, as well as the planning of key tasks, ultimately driving productivity and reducing accidents.
  • ReadiAnalytics™ provides aggregated insights into workforce fatigue at the group-, location-, and organization-level, enabling management to establish a fatigue baseline, identify problem areas, and track improvements over time relative to meaningful targets. Insights for leaders can inform planning for resource allocation, fatigue training, and schedule optimization, further driving safety and productivity.

Your advisor will help to break down the data from each of these applications to target your key metrics, as well as to discuss potential fatigue management strategies.

Orienting Yourself and Your Staff

A pilot program typically lasts three months, which provides time for workforce orientation with Readi, identification of trends, and strategies to reduce fatigue-related risk in your workforce.

A pilot covers all phases of Readi’s use within your organization, from pre-launch and the initial roll-out, managing participation, data collection and analysis, actionable takeaways, and next steps.

By the end of your pilot program, you will be prepared to:

  • Understand the level of fatigue exposure across your company. This includes clear takeaways for leadership, supervisors, and staff that can help to reduce fatigue risks at all levels.
  • Determine a path forward for utilizing the predictive fatigue risk management tools of Readi Enterprise Suite on an ongoing basis in your operation. This includes a breakdown of the targets that will help you to reach your organizational goals and the methods to measure them.
  • Identify and adjust for the root causes of fatigue within your company and implement solutions. This includes adjusting work schedules, optimizing processes, and introducing training to educate staff.
  • Understand how daily sleep and fatigue insights can allow participants to optimize their work day, plan for sleep, and increase awareness of heightened fatigue risk.

Talk to Our Team!

As no two workplaces are the same, fatigue risk management strategies must be tailored to meet the unique needs of an organization. Whether your work environment includes shift work, long commutes, or high-risk work, your plan for fatigue management should be comprehensive.

Our pilot program is designed with the complexity of your organization in mind. To speak with one of our advisors about implementing a 90-day pilot within your company, contact our team here.

About Fatigue Science

Fatigue Science is the leading provider of predictive human performance data in heavy industry, elite sports, and military. Headquartered in Vancouver, Canada, we build software that leverages scientifically-validated biomathematical models in order to quantify and predict the cumulative effects of sleep disruption on human reaction time and cognitive effectiveness. Our solutions enable organizations to optimize operations, reduce risk, and drive performance and productivity improvements — both at an individual- and enterprise-level. With proven impact, return on investment, and significant and growing traction in heavy industry, military, and elite sports, Fatigue Science serves cutting-edge organizations who understand the importance of sleep as well as the value of data-driven decision-making.

Introducing ReadiAnalytics: real-time objective visibility into workforce fatigue

Fatigue Science, a global leader in providing predictive analytics on human performance to industrial firms, elite sport teams, and the military, is pleased to announce the launch of ReadiAnalytics™, a first-of-its-kind analytics and Fatigue Management Information System, as part of its software-as-a-service (SaaS) platform. ReadiAnalytics delivers real-time, scientifically validated, and objective visibility into workforce fatigue levels and its underlying causes.

Fatigue management has recently emerged as a C-Suite priority for heavy industry firms, as executives in mining, oil & gas, construction, and a number of other vertical industries with complex operations are now recognizing the proven correlation between workforce fatigue and operational productivity. New data reveals that less fatigued workforces are measurably more productive and that data confirms the well-established benefits for employee health, safety, and retention. Military command and elite sports leadership are likewise focused on performance optimization and fatigue risk management.

 

As the incremental productivity benefits and associated return on investment (ROI) are now clear, leadership teams are seeking objective, timely and quantified measures of on duty fatigue levels for each crew or team and site in their operation. ReadiAnalytics was designed in consultation with these customers specifically to meet this need and to help them achieve measurable fatigue reduction goals. The analytics suite delivers actionable fatigue and performance insights tailored to the needs of executives, military command, operations leadership, coaches, supervisors, and teams as well as health and safety professionals. 

Industrial Internet of Things (IIoT) and Data-Driven Decision-Making

Industrial firms, the military, and elite sports pursuit of objective data to support performance optimization coincides with a larger trend: the shift toward data-driven decision-making enabled by the IloT. While data on machine performance has grown exponentially in recent years, data on workforce performance and fatigue have long been viewed as a blind spot for otherwise data-rich organizations. 

“Our customers today have operational data flowing from nearly every asset in their operation: trucks, pipes, shovels, and pumps all generate millions of data points each day. And yet, most industrial firms lack objective measures on the performance of their most valuable asset: their workforce,” says Andrew Morden, President and CEO of Fatigue Science. “When it comes to the causes and extent of worker fatigue, most management teams are essentially ‘flying blind’. Now with ReadiAnalytics™, firms no longer need to guess when and where fatigue is present, or how significant it is. The validated data is right there in the dashboard, on-demand and in real-time.”

 

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. 

Beyond providing fatigue data, ReadiAnalytics also reveals the underlying causes of this fatigue. It segments the portion that is attributable to structural factors, like schedules, versus human factors, such as sleep health and habits. These insights are instrumental in informing specific strategies to reduce fatigue levels, and ultimately, drive concrete improvements to productivity, safety, and cost. 

“When we spoke to customers, a recurring theme emerged: ‘We recognize fatigue is important, but if we really want to invest in fixing the root causes, we need to be able to objectively measure our baseline fatigue level, and then track our progress toward reducing it over time.’ As the saying goes, ‘You can’t manage what you can’t measure,’” says Robert Higdon, Vice President of Product and Corporate Development. 

As employers implement specific efforts to reduce workforce fatigue, they need ongoing measures of their effectiveness, and the opportunity to adjust course. “Our customers are  accustomed to data-driven decision-making when optimizing their machinery. We’re proud to now enable organizations in taking a similar approach to their workforce decision processes—particularly because workers’ well-being, safety, and productivity actually move in tandem,” says David Trotter, Senior Vice President of Sales and Marketing. 

ReadiAnalytics also empowers our military and elite sports clients who are consistently focused on fatigue and its associated impact on human performance.

Fatigue Management, a Win-Win in Today’s Challenging Time

The intersection of productivity and health and safety represents a particularly compelling win-win for all types of organizations in this challenging and unprecedented time. As humanity collectively continues to work through the COVID-19 pandemic, employers are recognizing their role and responsibility for providing employees with working conditions that are conducive to their health and safety. 

This focus on employee well-being is particularly relevant in heavy industry, where workers routinely perform dangerous or complex tasks in high-risk environments, all while working extended shifts, often at night and in remote environments. 

“So often, and particularly at this moment in history, employers are being forced to choose between their bottom line and the health and safety of their workers. Reducing fatigue, fortunately, is one of those rare opportunities where safeguarding workers’ health also maximizes productivity,” says Morden. 

“With ReadiAnalytics, we’ve shown customers a direct correlation between workers’ fatigue levels and their hourly output. For example, we paired our proprietary fatigue data with telematics data from haul trucks and mine shovels,” added Morden. “At the same time, sleep is fundamentally important for a healthy immune system, with documented benefits for both reducing short-term absenteeism and increasing long-term employee retention. Reducing the hard costs from accidents, incidents, and equipment damage attributable to fatigue is also a key motivator for employers looking to use our predictive analytics to achieve a measurable reduction in fatigue.”

Nearly 65% of industrial accidents in surface mining alone are related to fatigue.

Decades of Scientific Validation, Paired with Cutting-Edge Technology

ReadiAnalytics is the newest flagship offering in Fatigue Science’s renowned fatigue risk management software suite, Readi Enterprise Suite™

At the core of Readi Enterprise Suite is the SAFTE™ Biomathematical Fatigue Model, a proprietary algorithm developed by the Walter Reed Army Institute of Research at the U.S. Army Medical Research Development Command and available exclusively from Fatigue Science. SAFTE accepts workers’ cumulative sleep data and circadian factors as an input and then translates those data into three objective and quantifiable measures of performance: cognitive effectiveness, reaction time, and likelihood to lapse (which is related to a tendency for micro-sleeps). Collectively, these factors comprise what is meant by fatigue in a human performance context. 

SAFTE has been validated extensively by leading institutions such as the U.S. Department of Transportation and the Federal Aviation Administration, and its measurements have shown a direct correlation to real-world productivity and safety outcomes, as measured by telematics and video-verified incident data.

For years, Readi Enterprise Suite has served a dual purpose for its customers: provide individuals with daily insight into their fatigue levels via our smartphone app called Readi, and provide leadership with aggregated insights into organizational fatigue. Up until now, the insights for leadership were only available via manual analysis that often brought weeks or months of delays between when the data was captured and when it was delivered.

“We discovered the data is tangibly more actionable when it is on-demand, as our clients can then measure progress continuously, in any segment of their workforce or team,” says Morden. “ReadiAnalytics automates the entire analysis and delivery process in a real-time solution that effortlessly scales to the largest industrial workforces or military divisions.” 

“Through our testing, we’ve found that leadership teams are far more likely to implement fatigue reduction initiatives if they can see the results in real-time, and adjust course before the effort is wasted,” says Higdon. “Crew supervisors benefit as well, as crew level data enables effective task planning and their ability to reinforce the importance of sleep to their workers. They often cite a friendly ‘competition’ in the participating crews, where each supervisor can encourage their own crew to focus on their sleep, comparing its fatigue levels to other crews.”

“We see ReadiAnalytics really unlocking organizations’ use of our fatigue metrics not just once a quarter or twice a year, but on a daily basis to drive results within day-to-day operations,” concludes Morden.

A Benefit for Workforce Participants

Like all tools in Readi Enterprise Suite, ReadiAnalytics is a hardware agnostic platform, compatible with a growing range of validated sleep tracking devices, such as the ReadiBand from Fatigue Science, as well as select validated devices from Fitbit and Garmin. This flexibility makes it easy to recruit volunteers from a workforce. “The pitch to workers is simple: Volunteer to share your anonymized sleep data with the Readi program, and in exchange, you’ll get a Fitbit, Garmin, or ReadiBand. You’ll also help leadership provide better, less fatiguing working conditions,” says Trotter. Consequently, early pilot customers of ReadiAnalytics regularly see more participants than initially planned. 

Return on Investment (ROI)

For progressive industrial firms, adopting new technology offers the prospect of a win-win where trade-offs previously existed. “With ReadiAnalytics, customers are able to see a payback on their investment within weeks to months,” says Trotter. “And that’s just the ROI from productivity. Our customers also find a significant reduction in costs and an improvement in safety outcomes when they achieve a measurable reduction in fatigue. In these challenging times, we’re excited to play a part in helping organizations improve the health, safety, and performance of workers, soldiers, and athletes through new technology.”

ReadiAnalytics is launching today with deployments at several major global mining firms, with many more slated to deploy in the coming weeks. All existing Fatigue Science customers have immediate access to ReadiAnlaytics at no cost for a period of 90 days.

How fatigued employees affect your business

Updated September 28, 2020

The long-term impact of sleep deprivation on employees is real and tangible. It is estimated that sleep problems cause 13% of work injuries. An accumulation of sleep debt can lead to:

  • Less energy
  • Lower cognitive function
  • Reduced productivity
  • Decreased ability to cope with stress

The infographic below from the Centers for Disease Control and Prevention and the National Institute for Occupational Safety and Health demonstrates the risks that exist when employees do not get enough sleep. These risks are especially high in industries such as mining that see more worked hours, longer shifts, and increased shift work.

Hand holding a hard hat

Fatigued workers contribute to on the job errors, affecting an organization’s performance, safety and bottom line. What are you doing to address fatigue in your workforce?

Fatigue Science’s Readi™ Enterprise Suite gives workers and managers the tools to identify and reduce fatigue risks. With Readi, workers can self-manage their fatigue to build better sleep habits. An anonymized view of this data allows managers to plan high-risk work while maintaining worker privacy.

Contact a member of our sales team to learn more about reducing the fatigue risks in your workplace.