BioSignals Studio

BioSignals Ltd

About this app

BioSignals Studio is a biofeedback application designed to work with compatible BioSignals sensors.

The app receives physiological signals from connected sensors and displays them in real time. It provides biofeedback training screens that allow users to observe changes in their physiological signals while performing breathing, relaxation, concentration, and other training exercises.

Main features:

• Real-time physiological signal display
View supported sensor signals while they are being measured.

• Biofeedback training
Use visual feedback to observe physiological changes during training sessions.

• Heart rate and HRV
View heart rate, inter-beat interval information, and supported heart rate variability measurements.

• Skin conductance (GSR)
Monitor changes in skin conductance during biofeedback and relaxation training.

• Respiration training
Follow breathing exercises and observe physiological responses during paced breathing.

• Muscle activity
When used with a compatible EMG sensor, the app can display muscle activity for biofeedback training.

• Temperature and additional sensor signals
Supported BioSignals hardware may provide additional physiological measurements depending on the connected device and sensors.

• Training sessions
Choose from available biofeedback training screens and exercises according to the sensors being used.

• Real-time charts
View physiological signals and changes over time using graphical displays.

BioSignals Studio requires compatible BioSignals hardware for physiological measurements. Available signals and features depend on the connected BioSignals device and sensor configuration.

The application is intended for biofeedback, relaxation training, wellness, education, and research purposes. It is not intended to diagnose, treat, cure, or prevent any medical condition.

BioSignals Studio helps users observe physiological responses in real time and practice techniques such as controlled breathing, relaxation, and physiological self-regulation.