Praxa sense
Developer of miniaturized speckle-based optical sensors and multisensor remote patient monitoring devices. Focus areas include speckle optical sensing that provides blood volume and blood flow/velocity metrics, long-term wearable ECG monitoring, algorithm development for arrhythmia detection, and collaborations with research and industry partners for integration into wearable OEM devices.
Industries
Nr. of Employees
small (1-50)
Praxa sense
Products
Afi (wearable ECG monitor)
Small, user-focused wearable ECG recorder designed for prolonged ambulatory monitoring (documented up to 30 days). Device emphasizes patient comfort and wireless operation.
Afi (wearable ECG monitor)
Small, user-focused wearable ECG recorder designed for prolonged ambulatory monitoring (documented up to 30 days). Device emphasizes patient comfort and wireless operation.
Services
Collaborative development agreements and research partnerships to integrate miniaturized speckle optical sensors and multisensor platforms into wearable devices and remote monitoring systems.
Collaborative development agreements and research partnerships to integrate miniaturized speckle optical sensors and multisensor platforms into wearable devices and remote monitoring systems.
Expertise Areas
- Remote patient monitoring
- Wearable sensor development
- Optical biosensing and speckle imaging
- Cardiac monitoring and arrhythmia detection
Key Technologies
- Speckle-based optical sensing
- Photoplethysmography (PPG)
- ECG monitoring
- Pulse oximetry (SpO2)
News & Updates
Eurostars-funded three-year collaboration (SPECTRA project) to combine sensor technology with algorithms to develop a remote patient monitoring device and a cardiovascular risk index.
Whitepaper describing integration of absorption and scattering measurements in a wearable sensor to improve robustness to external light fluctuations.
Controlled in-vitro experiments relating a scattering-derived Blood Flow index to physiologically representative flow velocities with reported error statistics.
Regional award recognizing the sensor technology that measures biosignals, is less affected by motion, works on darker skin tones, and measures blood velocity for additional remote vital signs.
Designation as one of 50 notable innovative and fast-growing companies in the Netherlands based on sensor technology for wearables.
Investment round closed to support commercialisation of remote patient monitoring solutions and sensor technology.
Eurostars-funded three-year collaboration (SPECTRA project) to combine sensor technology with algorithms to develop a remote patient monitoring device and a cardiovascular risk index.
Whitepaper describing integration of absorption and scattering measurements in a wearable sensor to improve robustness to external light fluctuations.
Controlled in-vitro experiments relating a scattering-derived Blood Flow index to physiologically representative flow velocities with reported error statistics.
Regional award recognizing the sensor technology that measures biosignals, is less affected by motion, works on darker skin tones, and measures blood velocity for additional remote vital signs.
Designation as one of 50 notable innovative and fast-growing companies in the Netherlands based on sensor technology for wearables.
Investment round closed to support commercialisation of remote patient monitoring solutions and sensor technology.