MedStorm Innovation
MedStorm Innovation develops a wearable skin-conductance monitoring system to assess pain and nociceptive stimuli across clinical settings. The company produces a wireless sensor with proprietary electrodes, associated algorithms (pain, awakening, nerve-block and withdrawal indices), connectivity solutions for patient monitors, and HL7-based data transfer software. The device has CE (MDR) Class IIa certification, multiple patents on algorithms and sensors, and is supported by peer-reviewed clinical validation studies.
Industries
Nr. of Employees
small (1-50)
MedStorm Innovation
Oslo Science Park, Gaustadalléen 21, 0349 Oslo, Norway
Patents
Products
Pain-nociceptive sensor (wearable skin conductance device)
A low-cost, wireless, wearable skin conductance sensor with proprietary electrodes that computes real-time indices for nociception, awakening, nerve-block assessment and withdrawal symptoms.
Patient monitor connectivity box
Hardware interface that connects the wearable sensor to bedside patient monitors; examples described for Masimo and Philips monitors. Some connectivity boxes draw power from the monitor without external power.
Pain-nociceptive sensor (wearable skin conductance device)
A low-cost, wireless, wearable skin conductance sensor with proprietary electrodes that computes real-time indices for nociception, awakening, nerve-block assessment and withdrawal symptoms.
Patient monitor connectivity box
Hardware interface that connects the wearable sensor to bedside patient monitors; examples described for Masimo and Philips monitors. Some connectivity boxes draw power from the monitor without external power.
Services
Software to securely transfer sensor measurements and configurable clinical/research parameters to electronic medical records using HL7; supports local storage or EMR transmission.
Connectivity hardware and integration services that present sensor indices on bedside patient monitors (examples include Philips and Masimo monitor connectivity boxes).
Software to securely transfer sensor measurements and configurable clinical/research parameters to electronic medical records using HL7; supports local storage or EMR transmission.
Connectivity hardware and integration services that present sensor indices on bedside patient monitors (examples include Philips and Masimo monitor connectivity boxes).
Expertise Areas
- Pain and nociception monitoring
- Clinical validation and study support
- Wearable medical device development
- Physiological signal processing and algorithm development
Key Technologies
- Skin conductance / electrodermal activity measurement
- Wearable wireless sensors
- Proprietary electrode technology
- Real-time signal processing and algorithmic indices
News & Updates
Company exhibited at Euroanaesthesia 2025.
Company showcased the PainSensor at DGAI 2025, Kassel (Sept 17–19).
Company present at ESPNIC 2025 Congress in Alicante.
Announcement describing connection of sensor indices to Masimo ROOT using a connectivity box.
PainSensor certified as a Class IIa skin conductance algesimeter under EU MDR.
Recipient of Eurostars grants; described as among top 10% of applications.
Company exhibited at Euroanaesthesia 2025.
Company showcased the PainSensor at DGAI 2025, Kassel (Sept 17–19).
Company present at ESPNIC 2025 Congress in Alicante.
Announcement describing connection of sensor indices to Masimo ROOT using a connectivity box.
PainSensor certified as a Class IIa skin conductance algesimeter under EU MDR.
Recipient of Eurostars grants; described as among top 10% of applications.