Cogwear, Inc.
Cogwear is a US-based neurotechnology company specializing in wearable EEG devices that deliver clinical-grade brain monitoring and analytics outside traditional laboratory or clinical environments. Founded in collaboration with academic neuroscience experts and supported by organizations such as the National Science Foundation, Cogwear's mission is to provide scalable, real-time cognitive and mental health insights for medical, athletic, research, and commercial settings. Their technology platform employs advanced dry EEG sensors and machine learning algorithms for applications including early detection of Alzheimer's disease, behavioral health assessment, concussion monitoring, and neuromarketing analytics. The company is committed to meeting FDA requirements for medical-grade devices while expanding its impact through industry partnerships and scalable manufacturing.
Industries
N/A
Nr. of Employees
small (1-50)
Cogwear, Inc.
3401 Grays Ferry Avenue 176-1031, Philadelphia, PA 19146
Products
Wearable EEG headband
A lightweight, fabric-based wearable device equipped with proprietary dry EEG sensors for accurate, real-time brainwave data monitoring in daily life and professional settings.
Wearable anxiety and depression assessment device
Wearable EEG headband configured as a digital 'anxiety thermometer,' providing physiological vital signs for mental health conditions such as anxiety and depression.
Wearable EEG headband
A lightweight, fabric-based wearable device equipped with proprietary dry EEG sensors for accurate, real-time brainwave data monitoring in daily life and professional settings.
Wearable anxiety and depression assessment device
Wearable EEG headband configured as a digital 'anxiety thermometer,' providing physiological vital signs for mental health conditions such as anxiety and depression.
Services
Continuous EEG-based monitoring delivers clinical-grade analysis of cognitive and emotional states for healthcare, research, and individual applications using wearable headbands and a secure software dashboard.
Advanced EEG monitoring of brain health, concussion risk, and cognitive performance for athletes, including real-time tracking of fatigue and focus and automated alerts for safety decisions.
Objective quantification of anxiety, depression, and stress based on EEG signals, supporting initial screening, treatment efficacy tracking, and remote care solutions.
Delivers evidence-based measurement of audience engagement, emotion, and memory in real-time using brainwave analytics for campaign personalization and optimization.
Continuous EEG-based monitoring delivers clinical-grade analysis of cognitive and emotional states for healthcare, research, and individual applications using wearable headbands and a secure software dashboard.
Advanced EEG monitoring of brain health, concussion risk, and cognitive performance for athletes, including real-time tracking of fatigue and focus and automated alerts for safety decisions.
Objective quantification of anxiety, depression, and stress based on EEG signals, supporting initial screening, treatment efficacy tracking, and remote care solutions.
Delivers evidence-based measurement of audience engagement, emotion, and memory in real-time using brainwave analytics for campaign personalization and optimization.
Expertise Areas
- Wearable neurotechnology development
- Clinical brain health monitoring
- Digital mental health diagnostics
- Alzheimer’s disease and dementia screening
Key Technologies
- Dry electrode EEG sensors
- Wearable neurotechnology
- Automated wearable manufacturing
- Cloud-based EEG analytics
News & Updates
Opened a new facility for hardware development and production of next-generation wearable EEG devices in St. Paul, Minnesota.
Began clinical study to validate EEG technology for identifying early changes in brain regions linked to executive function and memory.
Formalized collaboration to create smart headbands for monitoring and mitigating traumatic brain injury risk in sports.
Achieved first-ever live clinical-grade EEG data collection during a 10-mile sporting event.
Received $256,000 from the National Science Foundation to accelerate commercialization of an EEG-based device for mental health.
Appointed healthcare executive to the board to support commercialization and deployment in rural health settings.
Opened a new facility for hardware development and production of next-generation wearable EEG devices in St. Paul, Minnesota.
Began clinical study to validate EEG technology for identifying early changes in brain regions linked to executive function and memory.
Formalized collaboration to create smart headbands for monitoring and mitigating traumatic brain injury risk in sports.
Achieved first-ever live clinical-grade EEG data collection during a 10-mile sporting event.
Received $256,000 from the National Science Foundation to accelerate commercialization of an EEG-based device for mental health.
Appointed healthcare executive to the board to support commercialization and deployment in rural health settings.