EliVive offers women a real‑time hormonal monitoring platform that tracks fluctuations to provide clarity and support for hormonal imbalances, fertility challenges, and cycle‑related changes. The system combines microfluidic sensor technology with longitudinal data analytics, enabling users to see daily hormone trends and make informed health decisions. By delivering personalized insights, EliVive helps users better understand and manage their reproductive health.
Funding
Funding not disclosed
Founders
Product
Problem
Women often lack accessible tools to monitor daily hormonal fluctuations, making it difficult to identify imbalances, manage fertility concerns, or understand cycle‑related symptoms. Without real‑time data, they must rely on sporadic lab tests or guesswork, which can delay appropriate interventions.
Solution
EliVive offers a wearable sensor platform combined with microfluidic analysis to capture longitudinal hormone levels directly from the user. The device continuously samples biomarkers and transmits data to a mobile app, where complex endocrine information is visualized as daily trends. Built‑in algorithms translate raw hormone readings into actionable insights, highlighting patterns that may indicate imbalance, ovulation windows, or premenstrual changes. Users receive personalized recommendations and alerts, enabling proactive health decisions and more informed discussions with healthcare providers.
Target Audience
Primary users are women seeking to monitor hormonal health for fertility planning, menstrual symptom management, or chronic endocrine conditions such as PCOS or PMDD.
Features
- Wearable sensor that non‑invasively collects hormone samples in real time
- Microfluidic processing unit for on‑device analysis of multiple endocrine biomarkers
- Mobile application dashboard displaying daily hormone trends and variability
- Automated interpretation engine that flags potential imbalances, ovulation periods, and cycle‑related shifts
- Secure cloud storage with encrypted data transmission for longitudinal health records
- Integration options for exporting data to electronic health record systems or fertility tracking tools