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Epicore Biosystems unveils Connected Hydration wearable to monitor worker hydration to help prevent heat-related illnesses

Epicore Biosystems unveils the Connected Hydration patch system to monitor workers for sweat-induced heat stress. (Source: Epicore)
Epicore Biosystems unveils the Connected Hydration patch system to monitor workers for sweat-induced heat stress. (Source: Epicore)
Epicore Biosystems has unveiled the Connected Hydration wearable system to monitor worker hydration to help prevent heat-related illnesses. Employees exposed to hot work environments or under heavy physical exertion can lose a dangerous amount of water from their bodies, and this system helps remind them to hydrate proactively.

Epicore Biosystems has unveiled the Connected Hydration wearable system for businesses to monitor worker hydration for heat safety. Employees exposed to hot work environments or under heavy physical exertion can lose a dangerous amount of water from their bodies, and this system helps monitor their sweat loss and remind them to hydrate proactively.

The patch collects raw data on sweat loss, electrolyte loss, temperature, thermal flux, and motion using multiple biosensors, which is processed by machine learning algorithms trained on hundreds of thousands of real-world data points. Users are alerted to hydrate via haptic feedback. Collected data is pushed to the mobile app over a Bluetooth connection before being sent to the cloud for predictive data analysis, employee tracking, and reporting across multiple work sites. The cloud is SOC 2 Type 2 compliant in protecting client data.

The patch is rated Class I (flammable gases and vapors present), Division 2 (flammables frequently present) for use in hazardous environments and has many similar certifications. The flexible patch is powered by a coin battery with a runtime of over 1,000 hours, and Epicore provides free battery swaps. The reusable, electronic module, measuring 6.6 x 3.0 x 1.0 cm (0.39 x 1.2 x 0.39 in.) and weighing 22 gr (0.78 oz.), docks into the single-use sensor patch, measuring 9.4 x 4.8 x 0.076 cm (3.7 x 1.9 x 0.03 in.).

Readers in hot locations feeling the heat can try a portable neck fan like this one on Amazon to keep cool.

The single-use sensor patch measures four key parameters to monitor employees in hot environments. (Source: Epicore)
The single-use sensor patch measures four key parameters to monitor employees in hot environments. (Source: Epicore)
The Connected Hydration system uses a reusable electronics module docked to a single-use sensor patch to monitor employee hydration. (Source: Epicore)
The Connected Hydration system uses a reusable electronics module docked to a single-use sensor patch to monitor employee hydration. (Source: Epicore)
Data is transmitted over Bluetooth to smartphones before being uploaded to the cloud. (Source: Epicore)
Data is transmitted over Bluetooth to smartphones before being uploaded to the cloud. (Source: Epicore)
Collected data is machine analyzed to provide insights for upper-management. (Source: Epicore)
Collected data is machine analyzed to provide insights for upper-management. (Source: Epicore)

Epicore Biosystems Launches Connected Hydration to Protect Industrial Athletes from Extreme Heat

Epicore Biosystems (PRNewsfoto/Epicore Biosystems, Inc.)

NEWS PROVIDED BY

Epicore Biosystems, Inc.

Apr 18, 2024, 11:15 ET

The first real-time sweat, motion and skin temperature-monitoring wearable is now commercially available as climate change intensifies and working conditions become more dangerous

CAMBRIDGE, Mass., April 18, 2024 /PRNewswire/ -- Epicore Biosystems ('Epicore'), a digital health company developing advanced sweat-sensing wearables to provide real-time personalized hydration insights for performance and safety, today announced the commercial launch of Connected Hydration. Connected Hydration is the first sweat-sensing wearable patch and mobile app that equips workers with customized, real-time insights about sweat volume loss, electrolyte loss, body temperature and body movement to inform their hydration needs ahead of adverse dehydration events. The advanced biowearable is designed to protect industrial athletes working on the frontlines of physically intensive industries including energy, construction, mining, utilities, agriculture, trucking and warehouse packaging, as well as military personnel, from dehydration, heat stress and heat-related injuries.

The commercial launch of Connected Hydration comes at a critical time as climate change continues to intensify and scientists predict 2024 will be the hottest year on record. Cumulative exposure to extreme heat is proven to cause cognitive decline and physiological dysfunction and impede physical performance required for industrial occupations. Without meaningful action to adapt to extreme heat, rising temperatures will continue negatively impacting working conditions in the United States, leading to an average of 450,000 heat-related injuries per year and $500 billion in labor-related productivity costs by 2050. On a global scale, health experts anticipate a 370% increase in yearly heat-related deaths and a 50% increase in hours of labor lost due to heat exposure, if the world warms by 2 degrees Celsius.

"The trajectory of extreme heat requires connected worker solutions that go far beyond a one-size-fits-all approach. As the world continues to warm at an alarming rate, there is an urgent need for technology that provides industrial workers access to their own hydration data and alerts them at the exact moment they're at risk of dehydration," said Dr. Roozbeh Ghaffari, CEO and co-founder of Epicore Biosystems. "Epicore is proud to fulfill that need with the commercial launch of Connected Hydration, which is already in use by thousands of workers worldwide to prevent dehydration and heat-related illness. As we continue establishing ourselves as a global leader in the hydration sector, worker safety remains one of our top priorities."

Connected Hydration has already been deployed across multiple industrial sectors, including oil and gas, military, engineering services, shipping, climate technology, chemical plants, construction and manufacturing, and with over 20 multinational corporations, across four continents. This scale of deployment ahead of its commercial launch highlights the growing demand for personalized hydration solutions to empower and protect workers.

Connected Hydration consists of a flexible wearable patch, a mobile application and a cloud engine. The mobile app is available in North America on the Apple App Store and will be available in the Google Play Android store in May, with early partner availability in Australia, Singapore and Japan. Unlike most wearables on the market, Connected Hydration has an extended battery life of over 1,000 hours and never requires charging. Epicore offers a complimentary coin-cell battery swap service, creating an eco-friendly and seamless user experience.

Connected Hydration's advanced features include:

Multiple biosensors for real-time sweat and electrolyte loss, skin temperature, thermal flux and motion tracking

Machine learning algorithms incorporated across a variety of hydration conditions and trained on 420,000 data points from the field

Real-time dehydration alerts and alarms via haptic feedback

Fluid/electrolyte intake tracking via the Connected Hydration mobile app

Data dashboard for tracking daily and longitudinal changes across all biometrics

Secure cloud engine with predictive analytics across work sites and regions

Intrinsically safe design that can withstand hazardous environments (CLASS I, DIV 2 certified)

Epicore recently completed its System and Organization Controls (SOC) 2 Type II compliance in accordance with the American Institute of Certified Public Accounts (AICPA), underscoring the company's commitment to cloud data security and privacy for enterprise customers leveraging Connected Hydration. Multiple peer-reviewed scientific publications underpin the commercial launch of Connected Hydration, including a recent publication in Artificial Intelligence, Social Computing and Wearable Technologies by a University of California, Berkeley student researcher and Chevron case study support team leaders.

To learn more about Epicore Biosystems and Connected Hydration, visit www.epicorebiosystems.com.

About Epicore Biosystems

Founded in 2017, Epicore Biosystems is a digital health company developing advanced sweat-sensing biowearables that provide real-time personalized health insights for hydration, stress and wellness. Their clinically validated biowearable products and cloud analytics are deployed globally and licensed by leading Fortune 500 companies, the Department of Defense and the National Institute of Health. To learn more, visit www.epicorebiosystems.com.

SOURCE Epicore Biosystems, Inc.

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> Expert Reviews and News on Laptops, Smartphones and Tech Innovations > News > News Archive > Newsarchive 2024 06 > Epicore Biosystems unveils Connected Hydration wearable to monitor worker hydration to help prevent heat-related illnesses
David Chien, 2024-06-27 (Update: 2024-06-30)