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Never be surprised by extreme conditions again
HTM°Solutions is a game-changing software application that uses machine learning to produce a variety of data points to monitor heat stress and improve thermal health and safety. Our core technology, the Human Thermal Model (HTM), assesses physiological parameters to deliver clinically-reliable accuracy in an intuitive, user-friendly interface.
Real-time monitoring
Using heart rate and individual body composition information, HTM°Solutions delivers a wide range of different physiological data, including core body temperature, tissue temperature, sweat rate, oxygen consumption and physiological strain index (PSI).
How our advanced thermal health monitoring works
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An unprecedented technology that works in the toughest conditions
- Based on comprehensive data related to unique body composition
- Monitoring active people in real time
- Optional corrective actions and warnings
- Easy to use with existing devices like smartwatches or heart rate sensors
The global challenge As the climate crisis escalates, so do the consequences of overheating
Losses of US$2,400 billion in 2030
According to the International Labour Organisation (ILO), the economic losses from heat stress at work are projected to increase almost nine-fold to US$2,400 billion in 2030.
The equivalent of 80 million lost jobs
It has been estimated that 2.2 per cent of total working hours will be lost to rising temperatures by 2030. This productivity loss is equivalent to 80 million jobs.
Four billion people in danger
Occupational health and safety risks are severe for people already living in hot climates. Over four billion people may experience negative health and safety effects and productivity loss by the end of this century unless timely action is taken.
The users
HTM°Solutions is an occupational health and safety technology for people working in exceptionally hot conditions, such as emergency responders, the military workforce, mine workers and professional athletes. In addition to these professions, HTM°Solutions can be beneficial for anyone wanting to improve thermal safety in the workplace.
Emergency responders
Emergency responders, such as firefighters, rescue workers and police officers, face extreme thermal conditions daily. Health and safety are critical, and heat load management can help secure optimal performance under demanding conditions.
Emergency responders
Emergency responders, such as firefighters, rescue workers and police officers, face extreme thermal conditions daily. Health and safety are critical, and heat load management can help secure optimal performance under demanding conditions.
military workforce
The military workforce participates in operations in hot, demanding environments. Heat and heavy workload management can bring significant benefits that improve soldiers’ performance and safety.
military workforce
The military workforce participates in operations in hot, demanding environments. Heat and heavy workload management can bring significant benefits that improve soldiers’ performance and safety.
Mine workers
Mine workers face high temperatures in a physically demanding job. Health and safety need to be monitored carefully so that extreme heat stress can be avoided.
Mine workers
Mine workers face high temperatures in a physically demanding job. Health and safety need to be monitored carefully so that extreme heat stress can be avoided.
Professional athletes
Professional athletes, particularly elite and endurance athletes, must perform at their best in a variety of conditions. When coaches can get real-time statistical data on the athlete’s heat load, they can react to potential health and performance challenges immediately and even predict and prevent them.
Professional athletes
Professional athletes, particularly elite and endurance athletes, must perform at their best in a variety of conditions. When coaches can get real-time statistical data on the athlete’s heat load, they can react to potential health and performance challenges immediately and even predict and prevent them.
Exceptional partners mastering extreme thermal conditions with HTM°Solutions
Business Finland
Business Finland has provided substantial financial support for HTM° Solutions’ development efforts. This funding has been pivotal in accelerating innovation and commercializing our solutions.
Emergency Services Academy Finland
The Emergency Services Academy has been a critical research and development partner since 2020. Together, we have tested and refined the HTM°Heat Tracker system in various training scenarios, ensuring its reliability in critical situations.
Innovestor
Innovestor is our venture capital partner and selected HTM°Solutions for their PALO program in 2023. Their support has strengthened our business growth and international expansion.
Jamk University of Applied Sciences
Jamk is one of the research partners that have supported HTM°Solutions’ development, especially in sports and human physiology. Their collaboration has been instrumental in providing a solid scientific foundation for our solutions.
KIHU
KIHU, Finnish Institute of High Performance Sport is one of the research partners that have supported HTM°Solutions’ development, especially in sports and human physiology. Their collaboration has been instrumental in providing a solid scientific foundation for our solutions.
NOA Tech
NOA Tech is an Australian provider of advanced IoT and technology solutions with a strong focus on the mining industry. Together, we enhance worker safety and performance in some of the world’s most challenging environments.
VTT
The HTM model was originally developed at VTT, one of Europe’s leading research institutions. HTM°Solutions has acquired the intellectual property rights (IPR) for the technology. VTT continues to be a valued partner in advancing our technology, leveraging their world-class research and development expertise.
Waves Group
Waves Group is our partner with operations in both Australia and the Middle-East. Their local presence ensures efficient distribution and support of HTM°Solutions in regions where extreme environmental conditions pose significant challenges.
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