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The electrodermal activity (EDA) gauges the variations in skin conductivity brought on by an increase in sweat gland activity.
The palms of the hands and the soles of the feet are the optimum locations for EDA measures. use a continuous electrodermal activity (EDA) sensor to monitor stress throughout the day.
When users’ stress levels get too high, the sensor notifies them and then guides them to mindfulness exercises, guided breathing exercises, and mood logging.
The global continuous electrodermal activity (EDA) sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The Sense 2 from Fitbit improves stress monitoring. Fitbit formally unveiled the devices we all anticipated: the Sense 2, Versa 4, and Inspire 3.
Although Fitbit is releasing new software at the same time as new hardware, this update focuses more on making small tweaks and improvements to what is already known than it does on offering anything novel.
To detect stress throughout the day, the Sense 2 introduces a new continuous electrodermal activity (EDA) sensor. The new electrodermal activity (EDA) monitoring from the firm, which combines heart rate, skin temperature, and other metrics to estimate the wearer’s stress level, is at the core of the Sense 2.
The idea is to collect actionable data and keep track of what and when high-stress situations occur. More than 100 watch faces are available for the Fitbit Sense 2, which runs on the new Fitbit OS. Users can save up to five watch faces that they particularly like.
Additionally, it has built-in functionality for voice control with Amazon Alexa. The smartwatch’s display also supports always-on functionality.
A new Body Response sensor is included in the Sense 2 to monitor metrics like heart rate, heart rate variability, and skin temperature in addition to continuous electrodermal activity (EDA).
The wearable will offer various stress-reduction strategies based on the Body Response notification. The company integrated the metal electrodes of the other available sensors straight into the device’s display glass using a method that turns metal into vapor.
