
ScientISST
SENSE
Biosignal acquisition made easy

Synchronous
multi-channel acquisitions
Multiple. Many. A lot.
Measure up to 10 analog and digital sensors simultaneously.

SENSORS
Versatile by design.
Bioelectrical or biomechanical, it measures.
A variety of sensors for you to explore.
Which modules will your next invention include?
electrocarDiogram
Pressure
accelerometer
processing unit
ESP32 power.
Do more spending less energy.
SENSE can communicate via WiFi, Bluetooth Classic and BLE , and transfer data via USB-C.
3
3


Design
Still not small enough?
Just snap it.
What is it going to be next? A wristband, a chair, a wallet?
There is no limit to your creativity.
mobility
Designed for
portability.
SENSE goes anywhere with batteries.
Long day?
Get as many recharchable batteries as you can.


ON/OFF switch
A must have
USB-C port
Charging and data transfer
JST port
Connect batteries
Charge on the go.

software
SENSE Mobile
Prototype and research on the go.
Acquiring biosignals should not be hard. The SENSE Mobile allows for a seamless Bluetooth pairing, vizualization, and recording with your ScientISST SENSE. Have fun acquiring biosignals anywhere!

Programming APIs
Easily develop custom biosignal software in your favourite languages.
Are you a Student?
Are you looking to accelerate your idea?
Are you a Researcher or Professor?
Unsure how the ScientISST tools can help with your research or education efforts? Contact us.
* Maximum sampling frequency tested for one channel.
1. I2C: Inter-Integrated Circuit, eye-squared-C. 2. Serial Peripheral Interface. 3. Bluetooth Low Energy protocol.
Legal Disclaimer
ScientISST Core is not a medical device certified for diagnosis or treatment. It is provided to the user as is, only for research and educational purposes.
Acknowledgment
This work was partially supported by Fundação para a Ciência e Tecnologia (FCT) under the projects’ UIDB/50008/2020, DSAIPA/AI/0122/2020 (AIMHealth), and PCIF/SSO/0163/2019 (SafeFire), and by the Active Assisted Living Programme Collaborative Project AAL-2020-7-237-CP (FORTO 2.0) through IT—Instituto de Telecomunicações, which is gratefully acknowledged.