Monitoring Glucose with Withings App is Now Possible

Introduction

In the realm of health technology, companies are increasingly embedding metabolic tracking in their gadgets and applications. One such company, Withings, has recently embraced glucose level monitoring through a collaboration with Abbott, famous for its pioneering over-the-counter continuous glucose monitor (CGM).

Collaborative Efforts with Abbott

Withings, known for several health-tracking devices including smart scales and blood pressure monitors, now integrates glucose level tracking in its app. This feature will be available as early as the first quarter of 2026. To facilitate this, users can synchronize the Withings app with Apple HealthKit on iOS or Personal Health Connect on Android.

Eric Careel, Withings' CEO, highlighted how this integration enables users to better comprehend their health data comprehensively. He stated that this initiative aims to empower individuals in managing their health with improved awareness and assurance.

The Role of Continuous Glucose Monitors

Continuous glucose monitors (CGMs) have traditionally served those with diabetes. However, they are now gaining traction among health-conscious individuals without specific metabolic disorders, as stable glucose levels help mitigate insulin resistance risks, a precursor to type 2 diabetes.

Beyond diabetes, glucose levels significantly influence various health aspects such as energy, focus, sleep, and mood. Providing insight into these areas, CGMs are becoming a critical tool for users aiming to enhance their overall health.

While some technological advancements have hinted at non-invasive CGMs, current options lack reliability for widespread consumer use. Consequently, major tech companies such as Withings and others have opted to collaborate with established CGM producers.

Olivier Ropars from Abbott emphasized that incorporating glucose data into Withings' ecosystem can encourage the community to develop healthier habits, ultimately leading to better metabolic health.