Product Information
Traditional BP Measurement
Needs for Unobtrusive Cuffless Wearable Continuous BP Devices
TAG & Multi-modality
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Accurate
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Cuffless
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Unobtrusive
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Long-term
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Cost-effective
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MWPPG
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ECG
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Bioimpedance
Technical Advantages
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MWPPG signals acquired with LEDs in different colours: IR, yellow, green and blue
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Lights with different wavelengths can penetrate into different skin depths
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The time difference of MWPPG signals can reflect the blood pressure information
Product Ecosystem - Home
2. M-Sensing Cloud Server:
Patient data is stored in the cloud.
1. Patient Monitoring:
The patient uses a monitoring device at home and connects this to an application. Here the patient can check stats and send data to the cloud.
3. E-Medicine:
A doctor or practitioner can access the patient data from the cloud and analyse it.
4. Feedback:
Using the platform the doctor can send feedback to the patient in regards to their health.
Product Ecosystem - Hospital
2. M-Sensing Cloud Server:
Patient data is stored in the cloud.
1. Patient Monitoring:
The patient is monitored using for example the mSensing patch. The patch connects to the mSensing cloud.
3. Analyse:
A doctor or practitioner can access the patient data from the cloud and analyse it.
Product Ecosystem - Infants
2. M-Sensing Cloud Server:
Patient data is stored in the cloud.
1. Infant Monitoring:
The infant are monitored using for example the mSensing patch. The patch connects to the mSensing cloud.
3. Feedback:
The doctor can give feedback to the parents or medical staff based on the data
Project Milestone
Company Established in Hong Kong
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Search for clinical partners to conduct data collection with a target of 150 participants
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Train and optimize the first-generation prototype and machine learning models
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Apply for funding support from HKSTP Incubation
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Apply for funding support from HKTech 300 Angle
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Seek manufacturing partners to develop prototypes
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Align with the development of technology for the new generation of innovation.
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Integrate or transfer for market promotion and mass production.
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Developed the first-generation multi-channel TAG imaging laboratory prototype.
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Successfully completed technical feasibility validation with 22 participants.
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Secured funding support from HKSTP Ideation.
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Received seed funding from HKTech 300.
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Deploy 5 prototypes of the multi-channel TAG imaging experiment.
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Expand the pool of subjects for continued model optimization with a target of 300 participants.
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Formally apply for NMPA and FDA standards and submit the necessary documentation.
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Seek collaboration partners in the industry to advance industrialization and secure additional funding support.