TAKING forward LIFESIGNAL'S vision OF UNTETHERING HEALTHCARE VIA CLINICAL GRADE REMOTE MONITORING.
Product Design, Interface Design
Healthcare
Design Research, User Experience Strategy, Visual Language and Iconography, User Interface and Design, Product Prototyping
End to end design of wearable Biosensors, Relay Devices, Cloud Server Systems, and Commercial Applications that enable enhanced patient care and data-driven insight to clinicians
LifeSignals Biosensor and Technology is creating a new healthcare paradigm that promises healthcare monitoring access to everyone, irrespective of economic status or proximity to hospitals. Leveraging the Silicon LSP platform, they have worked for years to develop a range of clinical-grade wearable biosensors and a software platform, designed to serve multiple use cases.
LifeSignal’s BioWeb are end to end Platform Systems designed to assist partners transform Holter monitoring, in hospital and remote patient monitoring services, based on their requirements, to fast track solution development. They envisioned creating an ecosystem of companies that can utilise Lifesignal's cutting edge technology to build innovative healthcare systems and monitoring solutions.
We helped take this vision forward.
.png)
Custom designing the Biosensor and architecting several key components of the Bioweb Platform system.
The disposable, wireless, multi-parameter wearable biosensor is capable of capturing SpO2, 2-channel ECG, and other vital biodata over a span of seven days. From week-long Holter tests to post-operative multi-parameter surveillance and even monitoring vital signs of isolated Covid patients, this device ensures effective data acquisition with minimal discomfort for patients.
However, its prolonged proximity to the body and the necessity for consistent skin contact posed significant design challenges.
A salient feature of our solution was a lightweight, unique form for the biosensor that is adaptable to different body contours and suitable for all skin types. It was designed to be discreet and unobtrusive while having a playful look and feel to alleviate patient anxiety during interactions.
With the use case of self application in mind, skin compatible adhesives and biosensor materials were carefully chosen to maximise ease and comfort during application, use and removal.
we designed a range of intuitive mobile based apps for USERS to easily pair their phone with the biosensor
A customer facing mobile app for self application of the biosensor and self monitoring of the holter procedure.
A mobile app for nurses and healthcare professionals to continuously remote monitor patient vitals
An Ios based app for nurses and medical professionals for remote monitoring of patients
WE DESIGNED the web apps TO include a dashboard highlighting critical events that need immediate actions along with a decision support system.
Web based solution for hospital staff for patient vital management, patient staff & admin management
Web based solution for medical practitioners for remote monitoring through holter procedure
Web based solution for technicians and providers to retrieve data from biosensors, assess and analyse holter test results and publish reports.
.png)
.png)
.png)
FOR RENALYX
.png)
Innovated, designed, engineered and manufactured in India, this device increases the affordability of dialysis by optimizing and reducing the dialysate and other consumables used per cycle, thereby bringing down the unit cost of dialysis.
