Mauritius faces a significant challenge with rising diabetes prevalence, exacerbated by dietary shifts and a humid tropical climate that can affect the storage and stability of traditional test strips. The current reliance on finger-prick methods often leads to low patient compliance due to pain and inconvenience.
The adoption of a continuous glucose monitor is gaining traction in urban centers like Port Louis, where digital health literacy is increasing. However, the transition from episodic monitoring to continuous data streams requires robust medical device manufacturing standards to ensure reliability in high-humidity environments.
There is a growing demand for a non invasive glucose monitor to eliminate the biological burden of skin penetration. This shift is driven by the Mauritian government's push toward preventative healthcare and the integration of telemedicine to manage chronic diseases remotely.
