Real-time cellular-level hydration tracking powered by AI
Dehydration is a silent but critical health risk for older adults
Adults over 65 experience diminished thirst awareness, leading to chronic dehydration
Causes UTIs, falls, confusion, constipation, pressure ulcers, and hospitalizations
Traditional monitoring methods are reactive, not preventive
Recommended fluid intake often not met by older adults
Smart technology that tracks hydration at the cellular level
Advanced bioscience analysis tracks hydration where it matters most
Smart Hydration Prediction Algorithm prevents issues before they occur
Comfortable, non-invasive wearable specifically for adults 65+
24/7 monitoring provides comprehensive health insights
Award-winning innovators transforming elderly care
CEO & Founder
Innovating Care for Older Adults
Leading Ellyfe's mission to revolutionize elder care through innovative hydration monitoring technology. Expert in health tech innovation and product development.
Co-Founder & CTO
AI & Data Science Expert
Data Scientist, AI Developer, ML Engineer, and Cloud Architect with experience at Meta, Wipro, and Cognizant. Driving Ellyfe's technical innovation.
Patented AI technology for cellular-level hydration monitoring
Advanced bioscience sensors monitor hydration at the cellular level, not just skin surface
Continuous data processing provides instant insights into hydration status
Machine learning algorithms predict dehydration before symptoms appear
Automated notifications to caregivers and family members ensure timely intervention
Continuous biometric monitoring
Extract meaningful patterns
Deep learning algorithms
95% accuracy rate
Collaborating with leading academics in health technology research to validate and enhance our cellular-level monitoring capabilities. Our partnership ensures our technology is backed by rigorous scientific research and clinical validation.
Pioneering cellular-level hydration monitoring technology
Our patented Smart Hydration Prediction Algorithm uses cutting-edge bioscience analysis to monitor hydration at the cellular level - where traditional methods fail.
Rigorous testing in real-world care environments including Borough Care's Hen Cloud House and St Monica Trust Care Homes.
95% accuracy in hydration prediction, preventing health complications before they occur and reducing hospitalisations.
Recognized for excellence in health technology
October 2024
Awarded at the Care Show Birmingham by National Care Forum for revolutionary hydration monitoring technology
2023
Recognized as a leading innovation in health technology and startup ecosystem
January 2024
Completed successful trials at Borough Care Hen Cloud House during Nutrition and Hydration Week
Shape the future of health technology and elderly care
Cutting-edge AI & bioscience technology
Real impact on elderly care
Award-winning innovation team
Flexible hybrid work environment
Internship
Work with hydration metrics and develop ML models to improve our prediction algorithms
Internship • University of Hertfordshire
Contribute to groundbreaking research in hydration monitoring and elderly health
Full-time • Hatfield, Hertfordshire
Design and develop next-generation wearable devices with cutting-edge electronics
Ellyfe in the news
Ellyfe wins prestigious award at Care Show Birmingham for revolutionary hydration monitoring technology
Read More →Successful trials at Borough Care demonstrate real-world effectiveness
Read More →Developing cutting-edge technology with expert academic partners
Read More →Join leading care homes in revolutionizing hydration monitoring
Stay updated with Ellyfe's journey
October 2024
We're thrilled to announce our win at the Care Innovation Challenge 2024, recognizing our breakthrough in hydration monitoring technology.
September 2024
Partnering with additional care homes across the UK to validate our technology in diverse environments.
August 2024
Welcoming talented engineers and researchers to accelerate our mission of improving elderly care.
Let's discuss how Ellyfe can transform your care facility
20 Wenlock Road
London, England
N1 7SB, GB