Example: A leading wearable provider wanted to test how reliably their device measures stress responses. In a daacro study, numerous stress-relevant parameters were recorded under controlled conditions (Trier Social Stress Test; TSST).
The results showed that the wearable accurately detects and evaluates physiological changes. The data gathered directly contributed to the product’s further development.
Devices
Stress affects a wide range of physiological functions – from changes in heart activity to disturbed sleep patterns and restless movement. Medical devices, wearables, and other digital monitoring systems make use of these signals to detect stress and provide targeted support, whether in everyday life or within therapeutic settings.
To function reliably, these devices require solid clinical evidence showing how accurately such physiological changes can be measured and interpreted. This is where daacro comes in: our studies capture robust stress responses and evaluate how precisely medical devices – whether wearables, sensor technologies, or digital health products – can detect these signals.
With scientifically sound study designs, daacro provides your company with the foundation needed to develop safe, effective, and commercially viable devices.