Unveiling the next generation of health monitoring
Unveiling the next generation of health monitoring
G-LoC© is the first portable technology to deliver real time results, from anywhere
G-LoC© is the first portable technology to deliver real time results,
from anywhere
G-LoC© is the first portable technology to deliver real time results, from anywhere.
G-LoC© is the first portable technology to deliver real time results, from anywhere
THE PROBLEM
THE PROBLEM
THE PROBLEM
THE PROBLEM
THE PROBLEM
Health monitoring is stuck in the past
Health monitoring is stuck in the past
Testing and monitoring are too inconvenient and too slow to meet the demands of modern healthcare. Most tests—regardless of complexity or urgency—still go through centralized labs, forcing two options: either the patient travels to the lab, or the sample must be shipped there. The first causes delays and limits access; the second introduces even longer wait times and often compromises accuracy.
Imagine a physician personalizing treatment based on feedback that takes days—or a home care provider waiting 12 hours for an emergency result before administering medication. This system isn’t just outdated, it’s unworkable.
Testing and monitoring are too inconvenient and too slow to meet the demands of modern healthcare. Most tests—regardless of complexity or urgency—still go through centralized labs, forcing two options: either the patient travels to the lab, or the sample must be shipped there. The first causes delays and limits access; the second introduces even longer wait times and often compromises accuracy.
Testing and monitoring are too inconvenient and too slow to meet the demands of modern healthcare. Most tests—regardless of complexity or urgency—still go through centralized labs, forcing two options: either the patient travels to the lab, or the sample must be shipped there. The first causes delays and limits access; the second introduces even longer wait times and often compromises accuracy.
Imagine a physician personalizing treatment based on feedback that takes days—or a home care provider waiting 12 hours for an emergency result before administering medication. This system isn’t just outdated, it’s unworkable.
Testing and monitoring are too inconvenient and too slow to meet the demands of modern healthcare. Most tests—regardless of complexity or urgency—still go through centralized labs, forcing two options: either the patient travels to the lab, or the sample must be shipped there. The first causes delays and limits access; the second introduces even longer wait times and often compromises accuracy.
Imagine a physician personalizing treatment based on feedback that takes days—or a home care provider waiting 12 hours for an emergency result before administering medication. This system isn’t just outdated, it’s unworkable.
Delayed Care
Delayed Care
Limited access
Limited access
Delayed Care
Delayed Care
Limited access
Limited access
Unveiling the next generation of health monitoring
G-LOC© is the first portable technology to deliver real time results, from anywhere
THE SOLUTION
THE SOLUTION
THE SOLUTION
Transforming HealthCare
Transforming HealthCare
Transforming HealthCare
Transforming HealthCare
Real-Time Results, Anytime, Anywhere
Real-Time Results, Anytime, Anywhere
We’re shaping today the future of healthcare by making highly accurate testing fast, accessible, and seamless. Our technology, G-LoC, can analyze a patient’s sample – i.e. saliva – from their home, and provide results in minutes with an accuracy of over 95.5%. No logistics, no delays. By delivering immediate insights, we hypercharge the speed of care without sacrificing accuracy, and unlock a future where both patients and doctors can make data-driven decisions when it matters the most, now.
We’re shaping today the future of healthcare by making highly accurate testing fast, accessible, and seamless. Our technology, G-LoC, can analyze a patient’s sample – i.e. saliva – from their home, and provide results in minutes with an accuracy of over 95.5%. No logistics, no delays. By delivering immediate insights, we hypercharge the speed of care without sacrificing accuracy, and unlock a future where both patients and doctors can make data-driven decisions when it matters the most, now.
We’re shaping today the future of healthcare by making highly accurate testing fast, accessible, and seamless. Our technology, G-LoC, can analyze a patient’s sample – i.e. saliva – from their home, and provide results in minutes with an accuracy of over 95.5%. No logistics, no delays. By delivering immediate insights, we hypercharge the speed of care without sacrificing accuracy, and unlock a future where both patients and doctors can make data-driven decisions when it matters the most, now.
We’re shaping today the future of healthcare by making highly accurate testing fast, accessible, and seamless. Our technology, G-LoC, can analyze a patient’s sample – i.e. saliva – from their home, and provide results in minutes with an accuracy of over 95.5%. No logistics, no delays. By delivering immediate insights, we hypercharge the speed of care without sacrificing accuracy, and unlock a future where both patients and doctors can make data-driven decisions when it matters the most, now.
Instant Results
Instant Results
Instant Results
Instant Results
Accesible anywhere
Accesible anywhere
Accesible anywhere
Accesible anywhere
Empowering Decision
Empowering Decision
Empowering Decision
Empowering Decision
User Friendly
User Friendly
We are starting with one of healthcare's most defining challenges of these century
We are starting with one of healthcare's most defining challenges of these century
We are starting with one of healthcare's most defining challenges of these century
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People suffer from Chronic Kidney Disease in the USA
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k+
k+
k+
k+
New patients are diagnosed with CKD each year
%
%
%
%
%
Of hospitalizations are potentially preventable
Introducing KF4+, powered by G-LoC. The first device to deliver a comprehensive kidney function test in minutes—not days—designed for patients with chronic kidney disease (CKD). KF4+ provides fast, highly accurate, and quantitative results for key biomarkers like urea, sodium, potassium, and chloride, all from the comfort of home. Results are seamlessly integrated into the patient’s electronic health record (EHR), eliminating lab visits and reducing data fragmentation.
Introducing KF4+, powered by G-LoC. The first device to deliver a comprehensive kidney function test in minutes—not days—designed for patients with chronic kidney disease (CKD). KF4+ provides fast, highly accurate, and quantitative results for key biomarkers like urea, sodium, potassium, and chloride, all from the comfort of home. Results are seamlessly integrated into the patient’s electronic health record (EHR), eliminating lab visits and reducing data fragmentation.
Introducing KF4+, powered by G-LoC. The first device to deliver a comprehensive kidney function test in minutes—not days—designed for patients with chronic kidney disease (CKD). KF4+ provides fast, highly accurate, and quantitative results for key biomarkers like urea, sodium, potassium, and chloride, all from the comfort of home. Results are seamlessly integrated into the patient’s electronic health record (EHR), eliminating lab visits and reducing data fragmentation.
Introducing KF4+, powered by G-LoC. The first device to deliver a comprehensive kidney function test in minutes—not days—designed for patients with chronic kidney disease (CKD). KF4+ provides fast, highly accurate, and quantitative results for key biomarkers like urea, sodium, potassium, and chloride, all from the comfort of home. Results are seamlessly integrated into the patient’s electronic health record (EHR), eliminating lab visits and reducing data fragmentation.
THE TECHNOLOGY
THE TECHNOLOGY
THE TECHNOLOGY
THE TECHNOLOGY
THE TECHNOLOGY
The Power Beneath the Surface
The Power Beneath the Surface
The Power Beneath the Surface
The Power Beneath the Surface
At the core of our device lies not a microchip, but a biochip. G-LoC’s main component is a graphene-based chip, functionalized through a proprietary process with recognition molecules that seek out and bind to specific biomarkers in a patient’s sample. These molecular interactions trigger subtle electrical changes, which the biochip interprets to generate a complete molecular signature.
In the case of KF4+, four analytes are detected and quantified to deliver a comprehensive kidney function panel.
At the core of our device lies not a microchip, but a biochip. G-LoC’s main component is a graphene-based chip, functionalized through a proprietary process with recognition molecules that seek out and bind to specific biomarkers in a patient’s sample. These molecular interactions trigger subtle electrical changes, which the biochip interprets to generate a complete molecular signature.
In the case of KF4+, four analytes are detected and quantified to deliver a comprehensive kidney function panel.
At the core of our device lies not a microchip, but a biochip. G-LoC’s main component is a graphene-based chip, functionalized through a proprietary process with recognition molecules that seek out and bind to specific biomarkers in a patient’s sample. These molecular interactions trigger subtle electrical changes, which the biochip interprets to generate a complete molecular signature.
In the case of KF4+, four analytes are detected and quantified to deliver a comprehensive kidney function panel.
At the core of our device lies not a microchip, but a biochip. G-LoC’s main component is a graphene-based chip, functionalized through a proprietary process with recognition molecules that seek out and bind to specific biomarkers in a patient’s sample. These molecular interactions trigger subtle electrical changes, which the biochip interprets to generate a complete molecular signature.
In the case of KF4+, four analytes are detected and quantified to deliver a comprehensive kidney function panel.
HOW IT WORKS
HOW IT WORKS
HOW IT WORKS
3 simple steps for seamless user experience
3 simple steps for seamless user experience
3 simple steps for seamless user experience
1. Sample Collection
Multiple sample types (including saliva and capillary blood)
2. Start Measurement
Process controlled seamlessly through our companion app
3. View Results
Results displayed in the app within minutes, and can be easily shared
Our team
Trusted by
