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Science-Backed Stress Management
TECHNOLOGY
Clinical-grade HRV monitoring combined with real-time biofeedback to transform how we understand and manage stress.
THE SCIENCE
What is Heart Rate Variability?
HRV measures the variation in time between each heartbeat. It's a window into your body's stress response and recovery capacity.
Unlike heart rate, which simply counts beats per minute, HRV reveals the intricate dance between your sympathetic (fight-or-flight) and parasympathetic (rest-and-digest) nervous systems.
Higher HRV indicates greater resilience to stress, better cardiovascular health, and improved emotional regulation.
Lower HRV signals chronic stress, fatigue, and reduced adaptive capacity—making it a critical biomarker for mental health.
THE IMPACT
Why HRV Matters for Stress Management?
Research shows HRV biofeedback significantly reduces stress, anxiety, and depression while improving overall wellbeing.
Objective Measurement
Provides quantifiable data on stress levels, eliminating guesswork and subjective assessments.
Personalized Insights
Establishes your unique baseline and tracks progress over time with individualized interventions.
Real-Time Feedback
Enables immediate intervention during stress episodes, preventing escalation and building resilience.
THE TECHNOLOGY
The Yura Patch
A seamless integration of advanced materials, biosensing, and intelligent algorithms.
SEAMLESS INTEGRATION
Hardware meets Software
Real-Time Sync Between Device and App
The patch continuously monitors your HRV and syncs in real-time with your mobile app, providing instant insights and guided interventions when you need them most.
Real-time data synchronization via Bluetooth
Personalized stress pattern recognition
Guided breathing exercises delivered through haptic feedback
Historical tracking and progress visualization
Smart notifications for intervention opportunities
CORE TECHNOLOGIES
Advanced biosensing components
01
ECG based sensing
Medical-grade ECG electrodes capture precise heart rhythm data, achieving >95% accuracy compared to clinical equipment. Unlike optical sensors, ECG provides true beat-to-beat variability.
02
Smart Textile Electrodes
Our patented gel-free electrodes use conductive fabrics that conform to your skin like a second layer, ensuring comfort during extended wear while maintaining signal quality.
03
AI-Powered Analysis
Real-time algorithms process your HRV data, establishing personal baselines and detecting stress patterns with machine learning-based anomaly detection.
04
Haptic Biofeedback
Gentle vibration patterns guide you through resonance frequency breathing, activating your parasympathetic nervous system without needing to look at your phone.
RESEARCH FOUNDATION
Built on Decades of Scientific Evidence
Our technology is validated by extensive peer-reviewed research on HRV biofeedback, stress management, and cardiovascular health published in leading journals.
Nature Scientific Reports The Lancet Frontiers
Heart rate variability in mental disorders: an umbrella review of meta-analyses
Translational Psychiatry · Wang et al., 2025
"HRV reduced 15-30% in mental disorders, establishing it as a critical biomarker for early detection and treatment monitoring. The review synthesizes evidence from 15 meta-analyses covering over 10,000 patients."
A meta-analysis on heart rate variability biofeedback and depressive symptoms
Pizzoli et al., 2021
Scientific Reports
Effect of breathwork on stress and mental health: A meta-analysis
Fincham et al., 2023
Scientific Reports
Heart rate variability biofeedback: how and why does it work?
Frontiers in Psychology
Lehrer & Gevirtz, 2014
Our breakthrough technology is protected by patents and built on years of research in flexible electronics and biosensing.
Gel-Free Smart Textile Electrodes
Our patented technology enables dry, reusable, flexible ECG electrodes that maintain clinical accuracy without gels or adhesives—a breakthrough in wearable biosensing.
Pioneering Stress Management Technology
INNOVATION & IP
Integrated Wearable System
Seamless integration of flexible electronics, biocompatible polymers, and smart textiles into a cohesive, skin-like patch that's comfortable for 24/7 wear.
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