Kali Healthcare is developing a wearable device that wirelessly collects and transmits physiological signals related to maternal and fetal wellbeing, enabling real-time monitoring through a secure digital health platform. This system addresses the limitations of current pregnancy monitoring technologies by providing continuous, accessible, and discreet care, allowing healthcare professionals to make timely decisions based on reliable data.
Funding
$670K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current methods of monitoring maternal and fetal wellbeing during pregnancy rely on intermittent and restrictive technologies, often requiring clinic visits and specialized equipment. This can limit accessibility, hinder continuous data collection, and delay timely interventions based on comprehensive physiological insights.
Solution
Kali Healthcare is developing a wearable sensor and secure digital health platform designed to provide continuous, accessible, and discreet monitoring of key maternal and fetal physiological signals. The wireless wearable device collects and transmits data to a cloud-based platform, where advanced algorithms process the signals and provide real-time insights to healthcare professionals. This system aims to improve clinical workflows, enhance the reliability of monitoring compared to traditional ultrasound, and potentially offer novel insights into predicting pregnancy complications, enabling timely and informed decision-making.
Target Audience
The primary target audience includes obstetricians, maternal-fetal medicine specialists, and other healthcare providers involved in prenatal care, as well as pregnant individuals seeking more accessible and continuous monitoring options.
Features
- Wireless wearable sensor for continuous collection of maternal and fetal physiological signals
- Secure digital health platform for data processing, storage, and remote access by clinicians
- Advanced algorithms for signal processing and real-time data analysis
- Remote access to data enabling timely clinical decision-making
- Thin, flexible sensor design for comfortable and discreet wear
- Integration with a smart application for data transmission and session updates
- Potential for improved reliability compared to traditional ultrasound-based monitoring