Sweatlabs: Decoding Human Physiology Through Thermal Data and Insights
Beyond bringing you the most innovative thermal monitoring solutions in the world, CORE is constantly advancing research and development in the space of thermo-physiology. Until now, most of that work has gone unshared. But with Sweatlabs, we are pulling back the curtain in the coming months to give an inside look at how CORE is transforming scientific discovery into real-world insight in sport, research, and work safety.
Bridging Research and Real-World Tools
CORE connects scientific research with applied performance.
Through CORE Calera® and collaborations with universities, research institutions, professional athletes and sports performance laboratories, CORE supports studies that expand our understanding of how thermal physiology influences endurance, adaptation, safety, and recovery.
The goal is translation. Scientific discovery should lead to practical tools and insights that athletes, researchers, and workers can use. From managing thermal load in competition to optimizing heat training and improving worker safety in extreme environments, CORE helps turn complex physiology into actionable knowledge.
When we better understand how the body manages heat, we unlock new possibilities for performance, safety, and human potential.
The Role of Thermal Data
Temperature is one of the body’s most fundamental signals.
It reflects the balance between metabolic heat production, environmental exposure, and the body’s ability to dissipate heat through sweating and circulation. When interpreted correctly, thermal data provides a powerful window into how the body responds to training and environmental stress.
By combining CORE’s temperature monitoring technology with rigorous research methods, we investigate important questions such as:
How does heat strain influence endurance performance?
What role does heat adaptation play in improving physiological efficiency?
How can athletes and workers manage thermal load to perform better and stay safer in extreme conditions?
What insights can temperature provide about fatigue, stress, and recovery?
With every new insight, we move closer to making thermal data a key input in the larger picture of performance and health.
