Office Address

Q3-111, SAIF Zone, P.O. Box 120740, Sharjah, United Arab Emirates

Contact Number

Tel: +971 6 5578157
Fax: +971 6 5578158

Email Address

info@wavesme.com

HTM Solutions

State-of-the-Art solution for Human Thermal Status Monitoring

Our core technology, the Human Thermal Model (HTM), is a software-based deep technology unique to Artificial Intelligence, focusing on the thermal status of humans. Developed at the VTT Technical Research Centre of Finland since 2006, HTM aims to serve as the software foundation for all hardware manufacturers interested in human thermal monitoring.


Using only remotely monitored heart rate and an individual body composition info HTM delivers a wide range of different thermal body measurements, including, but not limited to, body core temperature, tissue temperatures, sweating rate, oxygen consumption, and Physiological Strain Index.


HTM Unique Benefits

In the context of the Human Thermal Status Monitoring


  • img Monitoring active people all time, real time
  • img Body Core Temperature, dehydration, Physiological Strain Index (PSI)
  • img Online monitoring and possibility to have corrective actions and warnings
  • img Easy to Use, Android communication device and HR-belt or Watch with HR and HTM SW
  • img Automatic exposure diary for heat and physiological strain affects

HTM Short Profile


Cee° is easy to use software application. Cee° can run on smart watch, mobile phone, different sensors and in cloud.

Our goal is to bring peace of mind through real time, accurate data to places where human beings suffer from heat stress.


For end users, this means sense of security and cognitive space to focus on whatever task on hand.



HTM Solutions is targeting at global markets in several business segments: occupational health, sports and medical.

Cee° is working product, validated by dozens of extreme cases and millions of datapoints from real clients, in real situations.


Human Thermal Model (HTM) is developed at VTT Technical Research Centre of Finland since 2006 and documented in doctorial dissertation 2012.

For more details, click here (https://www.htmsolutions.fi/)