Wearable Sensing
Wearable Sensing is a company dedicated to advancing wearable sensor technology for neuroscience, research, and medical applications. They develop high-quality dry EEG systems, multimodal sensors, and software solutions for brain-computer interfaces, neurofeedback, neuromarketing, and more. Their mission is to make brain and physiological monitoring more accessible, comfortable, and practical for a wide range of users and industries.
Industries
Nr. of Employees
small (1-50)
Wearable Sensing
San Diego, California, United States, North America
Products
Wearable dry-electrode EEG headset (full-head coverage)
Wireless dry-electrode EEG headset designed for rapid setup, full-head coverage, auxiliary sensor inputs and artifact-robust ambulatory acquisition.
Mobile high-density wet-electrode EEG systems
Mobile wet-electrode EEG systems offered in multiple channel counts for high-resolution research recordings in ambulatory or laboratory contexts.
Wireless multimodal peripheral sensor modules
Compact wireless modules for ECG, GSR, temperature, IMU and sEMG with configurable sampling rates and battery operation for multimodal physiological recording.
IMU motion sensor with fusion algorithms
Wireless IMU module combining accelerometer, gyroscope and magnetometer with fusion algorithms to produce orientation and joint-angle outputs suitable for mobile motion capture.
Data acquisition and streaming software
Software for live recording, impedance and signal-quality monitoring, standardized file export and real-time streaming via common protocols and APIs.
Cognitive-state ML software for EEG and multimodal signals
Machine-learning software that ingests EEG and peripheral biosignals to generate cognitive-state metrics for real-time feedback or offline analysis and enable closed-loop applications.
Wearable dry-electrode EEG headset (full-head coverage)
Wireless dry-electrode EEG headset designed for rapid setup, full-head coverage, auxiliary sensor inputs and artifact-robust ambulatory acquisition.
Mobile high-density wet-electrode EEG systems
Mobile wet-electrode EEG systems offered in multiple channel counts for high-resolution research recordings in ambulatory or laboratory contexts.
Wireless multimodal peripheral sensor modules
Compact wireless modules for ECG, GSR, temperature, IMU and sEMG with configurable sampling rates and battery operation for multimodal physiological recording.
IMU motion sensor with fusion algorithms
Wireless IMU module combining accelerometer, gyroscope and magnetometer with fusion algorithms to produce orientation and joint-angle outputs suitable for mobile motion capture.
Data acquisition and streaming software
Software for live recording, impedance and signal-quality monitoring, standardized file export and real-time streaming via common protocols and APIs.
Cognitive-state ML software for EEG and multimodal signals
Machine-learning software that ingests EEG and peripheral biosignals to generate cognitive-state metrics for real-time feedback or offline analysis and enable closed-loop applications.
Services
Multimodal data acquisition and synchronization platform
Software and hardware integration to record, synchronize and analyze multiple wireless and wired physiological sensors and third-party devices with export and streaming options.
Machine-learning cognitive-state classification
Algorithms that ingest EEG and peripheral biosignals to generate cognitive-state metrics suitable for real-time feedback, closed-loop control or offline analysis.
Custom development and integration services
Engineering and consulting for sensor and system configuration, third-party device integration, VR/eye-tracking synchronization and closed-loop stimulation workflows.
Multimodal data acquisition and synchronization platform
Software and hardware integration to record, synchronize and analyze multiple wireless and wired physiological sensors and third-party devices with export and streaming options.
Machine-learning cognitive-state classification
Algorithms that ingest EEG and peripheral biosignals to generate cognitive-state metrics suitable for real-time feedback, closed-loop control or offline analysis.
Custom development and integration services
Engineering and consulting for sensor and system configuration, third-party device integration, VR/eye-tracking synchronization and closed-loop stimulation workflows.
Expertise Areas
- Wearable EEG hardware and system design
- Mobile high-density EEG systems
- Multimodal biosensing and sensor synchronization
- BCI and neurofeedback experiment support
Key Technologies
- Dry-electrode EEG
- Wet-electrode high-density EEG
- Functional near-infrared spectroscopy (fNIRS)
- Non-invasive transcranial electrical stimulation (tDCS)