LIFESIGNALS WEARABLE BIOSENSORS

The New Generation
Of Health Monitoring



What Is A Wearable Biosensor?

The LifeSignals Wearable Biosensor is a single-use, multi-parameter patch able to continuously acquire and transmit core biomedical data both wirelessly and remotely.



Advantages of LifeSignals Wearable Biosensors

Innovative Technology

Patented healthcare silicon chip technology with over 10 years of R&D

Disposable
& Affordable

Water resistant, single-use biosensors with a battery life for up to 7 days

Multi-Parameter
Data

Measure core biodata with a single biosensor

Reliable
& Secure

HIPAA & GDPR compliant cloud data transfer

Clinical-Grade
Accuracy

Proven reliability, accuracy, and usability that meet global regulatory requirements



Compare Wearable Biosensor Models

1AXe Biosensor*

ECG & Event

1AX Biosensor*

Multi-Parameter

2A Biosensor**

SpO2
Multi-Parameter

2-Channel ECG
Heart Rate
Event Indicator
Respiration Rate
Body Posture
Skin Temperature
Body Temperature

Heart Rate Variability

SpO2

Wear Duration
Up to 7 Days
5 Days
Up to 7 Days
Use Cases
Extended Holter & MCT

In-Hospital & RPM

In-Hospital & RPM

Wireless

Wi-Fi

Wi-Fi

Wi-Fi, MBAN, BLE, UWB

*Product specification may vary based on regulatory approval and use case. See individual product specifications for more information.

**In development



Benefits for MedTech OEMs

  1. Developer-Friendly Bioweb Platform 
  2. Ready For Commercialization
  3. Scalable Clinical-Grade Care


Benefits for Patients

  1. Active Patient Monitoring Without Boundaries
  2. Reduce the Risk of Disease Transmission
  3. Minimal Impact to Patient Lifestyle


Improving the Patient Experience

Comfort is critical to patient compliance across the full monitoring wear duration to facilitate uninterrupted data transmission. The patented LifeSignals Wearable Biosensor design ensures strong adhesion without causing acute skin irritation and is flexible enough to cope with shear stress caused by everyday routine movements.

In a recent study LifeSignals 1AXe Wear Life Performance Study Validation Report*, we performed an evaluation of the wearability of LifeSignals Biosensors.

Participants were asked to carry out their normal everyday activities and routines while wearing the Wearable Biosensor continuously for 7 days. 

The Results Speak For Themselves:

100%

of participants found the biosensor to be “very comfortable”’ or “comfortable” to wear

92%

of participants said “I often don’t notice I’m wearing it”

0%

of biosensors failed during the 7-day wear study

100%

of biosensor data was retrieved with no packet loss

97%

of ECG data from patients was usable for analysis

*Reference:

LifeSignals 1AXe Wear Life Performance Study Validation Report (7 days). April 2021. LifeSignals. DHF7B-TR-001



Improving the Patient Experience

Comfort is critical to patient compliance across the full monitoring wear duration to facilitate uninterrupted data transmission. The patented LifeSignals Wearable Biosensor design ensures strong adhesion without causing acute skin irritation and is flexible enough to cope with shear stress caused by everyday routine movements.

In a recent study LifeSignals 1AXe Wear Life Performance Study Validation Report*, we performed an evaluation of the wearability of LifeSignals Biosensors.

Participants were asked to carry out their normal everyday activities and routines while wearing the Wearable Biosensor continuously for 7 days. 



The Results Speak for Themselves

Biosensor comfortability
100%

of participants found the biosensor to be “very comfortable”’ or “comfortable” to wear

Notice of wear
92%

of participants said “I often don’t notice I’m wearing it”

Biosensor success
0%

of biosensors failed during the 7-day wear study

No packet loss
100%

of biosensor data was retrieved with no packet loss

ECG data
97%

of ECG data from patients was usable for analysis

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LifeSignals 1AXe Wear Life Performance Study Validation Report (7 days). April 2021. LifeSignals. DHF7B-TR-001

Our Biosensors are at the heart of UbiqVue Wireless Patient Monitoring Systems