Tackling Chronic Disease
ReflexDAO is building a decentralized network that incentivizes individuals, physicians, and researchers to help prevent chronic disease.
Chronic Disease Іs A Big Deal
Chronic diseases such as heart disease, hypertension, sleep apnea, and diabetes affect a significant proportion of the global population.
Most chronic health conditions involve significant autonomic nervous system (ANS) dysfunction.
US adults with at least one chronic health condition. (Similar trends worldwide)
US health spending on chronic disease.
Chronic disease undermines longevity and quality of life
ReflexDAO’s mission is to help prevent these conditions by empowering individuals to own their health data and fuel breakthrough, user-driven research and innovation through a token-powered, decentralized network.
Reflex Platform
Open and secure, privacy-focused decentralized health data value chain that enables confidential insights and personalized, preventative health solutions, equitably benefiting all contributors.
Redefining Healthcare
Fostering collaboration and innovation through an open, tokenized ecosystem that incentivizes participation and builds an active, engaged community.
Tech Stack
Live
New Launches
Benefits of Reflex LAB
Decentralized, collaborative, privacy-preserving global health research.
Reflex LAB collects comprehensive data from wearables and other sources, to drive innovative healthcare research that improve outcomes worldwide.
Access to Large Datasets: Provides researchers with access to extensive, anonymized datasets, enabling the development of AI models and health insights without compromising user privacy.
Efficient Studies: Facilitates decentralised health research, allowing studies to be conducted across diverse populations and geographical locations, enhancing the relevance and applicability of findings.
Robust Security Measures: Implements strong security protocols to ensure all data is handled with the utmost care and remains protected at all times.
Encouraging Development: Promotes the creation and distribution of cutting-edge health products and services through a decentralised marketplace, driving continuous improvement in healthcare solutions.
Building Networks: Fosters a community of health-conscious individuals and researchers who can share experiences, support each other, and stay informed about the latest health trends and research findings.
Reflex Lab Decentralised Health Data-Driven Products and Services
Reflex LAB is a pioneering decentralised health data science platform aimed at advancing research and the application of artificial intelligence (AI) on large, shared datasets collected from wearable devices and other sources. This platform is designed to facilitate seamless, privacy-preserving access to extensive health data, enabling groundbreaking research and innovation in healthcare.
ReflexDAO Roadmap
ReflexDAO creates a health data value chain to promote Reflex Health innovation and operates as a token-governed decentralized autonomous community.
Its mission is to empower user-driven health research and foster innovation, bridging the gap between data ownership, cutting-edge science, and personalized health solutions.
Q2 2025
Open Data Collection
Enabling transparent, accessible data collection from wearable devices for collaborative research and shared innovation
Q3 2025
IP Tokens– Sensors
Kickstarting high-fidelity sensors capturing real-time biometrics, fueling next-level health insights
Q1 2026
Infrastructure – Clinic
Decentralized clinical hub connecting real-world patient care with data-driven insights to enable proactive, precision healthcare.
Q2 2025
Infrastructure – Lab
A robust environment for advanced data analysis, research, and experimentation, fueling innovative healthcare solutions.
Q2 2025
$REFLEX TGE
ReflexDAO governance token. Empowering community-driven decisions and aligning incentives of all contributors to the decentralized health ecosystem.
Q3 2025
IP Tokens – Subscriptions
Providing flexible subscription models for advanced, personalized healthcare insights and ongoing support.
Q2 2025
Infrastructure – Lab
A robust environment for advanced data analysis, research, and experimentation, fueling innovative healthcare solutions.
Q2 2025
Open Data Collection
Enabling transparent, accessible data collection from wearable devices for collaborative research and shared innovation
Q2 2025
$REFLEX TGE
ReflexDAO governance token. Empowering community-driven decisions and aligning incentives of all contributors to the decentralized health ecosystem.
Q2 2025
IPTs – Sensors
Kickstarting high-fidelity sensors capturing real-time biometrics, fueling next-level health insights
Q2 2025
IPTs – Subscriptions
Providing flexible subscription models for advanced, personalized healthcare insights and ongoing support.
Q2 2025
Infrastructure – Clinic
Decentralized clinical hub connecting real-world patient care with data-driven insights to enable proactive, precision healthcare.
Preliminary Research
Potential effect of cannabinol ingestion on nocturnal sleep rhythms
Case Report of Potential CBD-Induced Arrhythmia Revealing the Utility of RR Interval Analysis in Sleep Data.
Cardiac Arrythmia Cannabinol https://www.sciencedirect.com/science/
Vagal Mediation of Low-Frequency Heart Rate Variability During Slow Yogic Breathing
Quantifying Resonance Frequency and Cardiorespiratory Coupling via Low-Frequency HRV Monitoring.
Low Frequency HRV https://apsychoserver.psychofizz.psych.arizona.edu/
Heart-brain synchronization breakdown in Parkinson’s disease
Exploring Parkinson’s Disease Progression Through Genetic Assessment, HRV Changes, and REM Sleep Behavior Disorder Indicators.
Parkinson’s Disease https://www.nature.com/articles/s41531-022-00323-w
Five-minute heart rate variability can predict obstructive angiographic coronary disease
Coronary Artery Disease Risk Stratification Using Genetics, HRV, Pulse Wave Velocity, and Blood Biomarkers.
Coronary Artery Disease https://pubmed.ncbi.nlm.nih.gov/22121069/
Impact of evening alcohol consumption on nocturnal autonomic and cardiovascular function in an adult man.
Comparing the Effects of Alcohol Consumption on Sleep Heart Rate and Paced Breathing Exercise Metrics.
Sleep Metrics and Alcohol Consumption https://academic.oup.com/sleep/article/
Framework for a combined analysis in depression management
Integrating Wearable HRV Data, Genetic Risk, and Self-Reported Questionnaires for Personalized Stress, Anxiety, and Depression Management.
Stress, Anxiety, Depression https://www.cambridge.org/core/journals/
Effect of Resonance Breathing on Heart Rate Variability in a Healthy Adult
Demonstrating How Free Breathing, Paced Breathing, and Breath Holds Affect VLF and LF HRV Measures.
VLF/LF during breathing challenges https://pmc.ncbi.nlm.nih.gov/articles/
Modulating heart rate oscillation can be used as a complementary treatment in many chronic disease states.
Paced Breathing Therapy as a Multi-Condition Intervention for Alzheimer’s, Heart Failure, Mental Health, Concussion, COPD, and Hypertension.
Paced Breathing Therapy https://www.nature.com/articles/s41598-023-30167-0
Science
Obstructive Sleep Apnea
Via autonomic nervous system (ANS) coupling reflexes, the breathing disruption that occurs during obstructive sleep apnea (OSA) episodes causes dramatic changes in RR interval (heart rhythms) known as cyclic variation of heart rate (CVHR). Apnea causes gradual HR drop while recovering hyperventialtion causes HR spike. These cyclic heart rate episodes or cyclic RRI can be detected and quantified.
Atrial Fibrillation
Atrial fibrillation (AF) is the most common cardiac arrhythmia. Left untreated AF can lead to stroke and death. The earlier AF can be detected the better as early treatment reduces the risk of adverse events. The problem is that early or paroxysmal AF is mostly asymptomatic. The heart rhythms of high risk individuals can be monitored for AF using modern wearable devices.
Long Covid
The SARS-Cov2 virus can cause both acute and chronic infection affecting multiple organs and physiological systems. Long Covid often causes a disruption of normal autonomic nervous system function. Sympathetic overactivation and POTS are two ANS disturbances that can be assessed remotely through the analysis of heart rhythms.
Obstructive Sleep Apnea
Via autonomic nervous system (ANS) coupling reflexes, the breathing disruption that occurs during obstructive sleep apnea (OSA) episodes causes dramatic changes in RR interval (heart rhythms) known as cyclic variation of heart rate (CVHR). Apnea causes gradual HR drop while recovering hyperventialtion causes HR spike. These cyclic heart rate episodes or cyclic RRI can be detected and quantified.
Atrial Fibrillation
Atrial fibrillation (AF) is the most common cardiac arrhythmia. Left untreated AF can lead to stroke and death. The earlier AF can be detected the better as early treatment reduces the risk of adverse events. The problem is that early or paroxysmal AF is mostly asymptomatic. The heart rhythms of high risk individuals can be monitored for AF using modern wearable devices.
Long Covid
The SARS-Cov2 virus can cause both acute and chronic infection affecting multiple organs and physiological systems. Long Covid often causes a disruption of normal autonomic nervous system function. Sympathetic overactivation and POTS are two ANS disturbances that can be assessed remotely through the analysis of heart rhythms.
Obstructive Sleep Apnea
Via autonomic nervous system (ANS) coupling reflexes, the breathing disruption that occurs during obstructive sleep apnea (OSA) episodes causes dramatic changes in RR interval (heart rhythms) known as cyclic variation of heart rate (CVHR). Apnea causes gradual HR drop while recovering hyperventialtion causes HR spike. These cyclic heart rate episodes or cyclic RRI can be detected and quantified.
Atrial Fibrillation
Atrial fibrillation (AF) is the most common cardiac arrhythmia. Left untreated AF can lead to stroke and death. The earlier AF can be detected the better as early treatment reduces the risk of adverse events. The problem is that early or paroxysmal AF is mostly asymptomatic. The heart rhythms of high risk individuals can be monitored for AF using modern wearable devices.
Long Covid
The SARS-Cov2 virus can cause both acute and chronic infection affecting multiple organs and physiological systems. Long Covid often causes a disruption of normal autonomic nervous system function. Sympathetic overactivation and POTS are two ANS disturbances that can be assessed remotely through the analysis of heart rhythms.
