Pison Technology
Developer of wrist-worn neural sensing hardware and AI-infused software that measures peripheral nerve signals to provide real-time cognitive and physiological analytics. The company builds medical-grade sensors and analytics for reaction-time testing, cognitive training, sleep modeling, impairment detection, and integration/licensing into consumer wearables and partner devices. Technology has been validated in academic, clinical, and military studies and deployed via subscription software and licensed sensor chips.
Industries
Nr. of Employees
medium (51-250)
Pison Technology
Boston, Massachusetts, United States, North America
Patents
Systems and methods for determining physiological state based on surface biopotentials
US-12502110-B2
View DetailsSystems and methods for determining physiological state based on surface biopotentials
US-12504818-B2
View DetailsSystems and methods for assessing reaction performance based on surface biopotentials
US-12455624-B1
View Details
Systems and methods for determining physiological state based on surface biopotentials
US-12502110-B2
View DetailsSystems and methods for determining physiological state based on surface biopotentials
US-12504818-B2
View DetailsSystems and methods for assessing reaction performance based on surface biopotentials
US-12455624-B1
View DetailsProducts
Pison Perform (subscription + neural-capable wristband)
A subscription service bundled with a wristband device that provides cognitive readiness testing, short training exercises, physiological tracking (heart rate, HRV, activity), and neural-enhanced sleep analytics.
Pison Perform (subscription + neural-capable wristband)
A subscription service bundled with a wristband device that provides cognitive readiness testing, short training exercises, physiological tracking (heart rate, HRV, activity), and neural-enhanced sleep analytics.
Services
Subscription-based digital platform delivering daily readiness tests, short training exercises, cognitive analytics, and personalized trends via mobile app and paired wearable.
Licensing of miniaturized neural-sensing chips and algorithms for integration into third-party consumer wearables and partner devices to enable gesture control and neural monitoring.
Subscription-based digital platform delivering daily readiness tests, short training exercises, cognitive analytics, and personalized trends via mobile app and paired wearable.
Licensing of miniaturized neural-sensing chips and algorithms for integration into third-party consumer wearables and partner devices to enable gesture control and neural monitoring.
Expertise Areas
- Neural-sensing hardware development
- Cognitive performance assessment and training
- Wearable sensor integration and licensing
- Clinical validation and trial execution
Key Technologies
- Electroneurography (ENG)
- Electromyography (EMG)
- Photoplethysmography (PPG)
- Inertial measurement (IMU)
News & Updates
Announcement that licensed neural-sensing chips and algorithms were integrated into a widely distributed consumer smartwatch to enable touchless gesture control and neural sensing at scale.
Coverage in Forbes discussing the use of peripheral neural signals for cognitive readiness and the expansion of wearables beyond body tracking into cognitive measurement.
Partnership to provide cognitive performance devices and onboarding to national youth and women's programs, enabling reaction-time and decision-speed monitoring for player development.
NIH/NSF-funded clinical trial demonstrating distinction between ALS patients and healthy controls using wrist-derived neural signals.
Multi-year development and validation efforts with U.S. Special Operations Command for vigilance and cognitive readiness applications.
Announcement that licensed neural-sensing chips and algorithms were integrated into a widely distributed consumer smartwatch to enable touchless gesture control and neural sensing at scale.
Coverage in Forbes discussing the use of peripheral neural signals for cognitive readiness and the expansion of wearables beyond body tracking into cognitive measurement.
Partnership to provide cognitive performance devices and onboarding to national youth and women's programs, enabling reaction-time and decision-speed monitoring for player development.
NIH/NSF-funded clinical trial demonstrating distinction between ALS patients and healthy controls using wrist-derived neural signals.
Multi-year development and validation efforts with U.S. Special Operations Command for vigilance and cognitive readiness applications.