X-Trodes
X-trodes is a company focused on developing advanced electrophysiological signal monitoring technology. Their mission is to harness the power of electrophysiology data collection to improve healthcare quality, accessibility, and efficiency. They have developed 'Smart Skin', a medical-grade skin patch that enables real-time data collection from the human body in natural environments, supporting multiple modalities such as EEG, EMG, and ECG. Their technology is based on a decade of research at Prof. Yael Hanein’s Neuro Engineering laboratory, and they aim to expand the potential of electrophysiological data for research, diagnosis, and treatment outside traditional clinical settings. The company emphasizes the importance of multidisciplinary collaboration, industry partnerships, and user-friendly design in developing their wearable solutions. They focus on ensuring ease of use, efficacy of data, and robust, validated data collection in diverse environments, including at-home and real-world scenarios.
Industries
Nr. of Employees
small (1-50)
Products
Wearable dry electrode patch — 2-channel
Low-channel wearable dry electrode patch intended for localized EEG/EMG/ECG monitoring and short to multi-hour ambulatory recordings.
Wearable dry electrode patch — 7-channel
Multi-electrode wearable patch configured for combined EEG, EOG and EMG monitoring in ambulatory settings.
Wearable dry electrode patch — 12-channel
Wearable dry electrode array optimized for facial EMG and EEG monitoring with increased channel density for higher-resolution facial mapping.
Wearable dry electrode patch — 16-channel
16-channel wearable dry electrode array for broader frontal/temporal EEG, EMG or ECG monitoring providing expanded spatial coverage for ambulatory studies.
Wearable dry electrode patch — 2-channel
Low-channel wearable dry electrode patch intended for localized EEG/EMG/ECG monitoring and short to multi-hour ambulatory recordings.
Wearable dry electrode patch — 7-channel
Multi-electrode wearable patch configured for combined EEG, EOG and EMG monitoring in ambulatory settings.
Wearable dry electrode patch — 12-channel
Wearable dry electrode array optimized for facial EMG and EEG monitoring with increased channel density for higher-resolution facial mapping.
Wearable dry electrode patch — 16-channel
16-channel wearable dry electrode array for broader frontal/temporal EEG, EMG or ECG monitoring providing expanded spatial coverage for ambulatory studies.
Services
Collaborative engagements with researchers and clinical centers to supply electrode arrays, provide study-design input, and support data collection for validation and feasibility studies.
Design and delivery of data workflows, mobile integration and software interfaces for electrophysiology data collection, storage and exchange, including preparation of datasets for automated analysis.
Assistance with submitting and processing data-subject requests under regional data protection laws and providing information on data handling practices and timelines.
Collaborative engagements with researchers and clinical centers to supply electrode arrays, provide study-design input, and support data collection for validation and feasibility studies.
Design and delivery of data workflows, mobile integration and software interfaces for electrophysiology data collection, storage and exchange, including preparation of datasets for automated analysis.
Assistance with submitting and processing data-subject requests under regional data protection laws and providing information on data handling practices and timelines.
Expertise Areas
- Ambulatory electrophysiology monitoring
- Wearable sensor and patch development
- Flexible printed electronics for biosensing
- Signal processing and machine learning for biosignals
Key Technologies
- Dry printed electrodes
- Flexible printed electronics
- Multi-channel surface electrophysiology arrays
- Bio-impedance measurement
News & Updates
Welcome Emotiv!
Announcement of a new partnership with Emotiv to enhance EEG solutions.
Remote Facial measurement - Facial EMG
Development of remote facial measurement technology using facial EMG.
EIC Award - European Innovation Council Grant
X-trodes was awarded a €5.2 million funding from the European Innovation Council to advance home sleep monitoring solutions.
Shifting Focus in EEG Research: Prioritizing Signal-to-Noise Ratio Over Low Impedance
An article discussing the paradigm shift in EEG research from low impedance to optimizing signal-to-noise ratio, supported by recent studies and technological advancements.
Wearable Electro-Patches: 4 Development Considerations
An article outlining key considerations in developing wearable electro-patches for medical applications.
Developing Multimodal Wearable Solutions for Healthcare
Insights into the development process, team collaboration, and industry partnerships necessary for creating effective wearable health solutions.
Welcome Emotiv!
Announcement of a new partnership with Emotiv to enhance EEG solutions.
Remote Facial measurement - Facial EMG
Development of remote facial measurement technology using facial EMG.
EIC Award - European Innovation Council Grant
X-trodes was awarded a €5.2 million funding from the European Innovation Council to advance home sleep monitoring solutions.
Shifting Focus in EEG Research: Prioritizing Signal-to-Noise Ratio Over Low Impedance
An article discussing the paradigm shift in EEG research from low impedance to optimizing signal-to-noise ratio, supported by recent studies and technological advancements.
Wearable Electro-Patches: 4 Development Considerations
An article outlining key considerations in developing wearable electro-patches for medical applications.
Developing Multimodal Wearable Solutions for Healthcare
Insights into the development process, team collaboration, and industry partnerships necessary for creating effective wearable health solutions.