X-trodes
X-trodes is a pioneering company in wearable electrophysiological monitoring, dedicated to liberating data collection from traditional lab settings. Their mission is to enhance healthcare quality, accessibility, and efficiency by enabling real-life, medical-grade monitoring through innovative, flexible skin patches and advanced sensor technology. Rooted in over a decade of research at Prof. Yael Hanein’s Neuro Engineering laboratory, X-trodes empowers healthcare practitioners, patients, and researchers with actionable insights, personalized treatments, and improved outcomes. Their technology is validated by extensive scientific research and is designed for use in diverse environments, making healthcare more inclusive and accessible for all. X-trodes emphasizes collaboration with industry leaders and research centers, user-friendly design for self-application, and the development of robust data analysis algorithms to ensure high-quality, actionable data in real-world settings.
Industries
Nr. of Employees
small (1-50)
Products
Medical-grade wearable multichannel dry electrode skin patch
A thin, flexible, gel-free electrode patch that conforms to skin and provides multi-channel surface bio-potential recordings configurable for EEG, EOG, ECG and EMG, intended for self-application and extended ambulatory monitoring.
Portable 16-channel electrophysiology streamer and logger
Compact battery-powered 16-channel data streamer/logger combining low-noise amplification, removable local storage and radio telemetry; designed to interface with multi-electrode wearable patches for high-fidelity ambulatory recordings.
Medical-grade wearable multichannel dry electrode skin patch
A thin, flexible, gel-free electrode patch that conforms to skin and provides multi-channel surface bio-potential recordings configurable for EEG, EOG, ECG and EMG, intended for self-application and extended ambulatory monitoring.
Portable 16-channel electrophysiology streamer and logger
Compact battery-powered 16-channel data streamer/logger combining low-noise amplification, removable local storage and radio telemetry; designed to interface with multi-electrode wearable patches for high-fidelity ambulatory recordings.
Expertise Areas
- Wearable electrophysiology monitoring
- Multimodal biosignal acquisition and analysis (EEG, EOG, ECG, EMG)
- Low-noise electrophysiology hardware and analog front-end design
- Signal processing, artifact removal and machine learning for ambulatory data
Key Technologies
- Dry-printed flexible electrodes
- Multichannel surface electromyography
- Electroencephalography systems
- Electrooculography and electrocardiography acquisition
Key People
News & Updates
All X-trodes monitoring modalities (EEG, EOG, ECG, EMG, fEMG) are FDA approved, supporting their use in clinical and research settings.
Explores how X-trodes' fEMG technology enables non-invasive, high-resolution monitoring of facial expressions for applications in neurology, psychiatry, and human-machine interfaces.
Discusses the integration of facial EMG and machine learning to create adaptive, emotionally aware human-machine interfaces.
Outlines the key challenges and considerations in developing medical-grade wearable sensor patches for at-home and clinical monitoring, including industry collaboration, ease of use, and robust data analysis.
Examines the paradigm shift in EEG research towards optimizing signal-to-noise ratio using modern dry electrode technologies.
X-trodes was awarded €5.2M in funding from the European Innovation Council (EIC) to advance their breakthrough home sleep monitoring solution.
All X-trodes monitoring modalities (EEG, EOG, ECG, EMG, fEMG) are FDA approved, supporting their use in clinical and research settings.
Explores how X-trodes' fEMG technology enables non-invasive, high-resolution monitoring of facial expressions for applications in neurology, psychiatry, and human-machine interfaces.
Discusses the integration of facial EMG and machine learning to create adaptive, emotionally aware human-machine interfaces.
Outlines the key challenges and considerations in developing medical-grade wearable sensor patches for at-home and clinical monitoring, including industry collaboration, ease of use, and robust data analysis.
Examines the paradigm shift in EEG research towards optimizing signal-to-noise ratio using modern dry electrode technologies.
X-trodes was awarded €5.2M in funding from the European Innovation Council (EIC) to advance their breakthrough home sleep monitoring solution.