Finger Perfusion Advantage
The finger arterial capillary bed provides up to 100x higher optical perfusion index than wrist wearables, delivering clinical-grade photoplethysmography (PPG) waveforms.
Biomedical Research Platform
Pulsomics — Ultrahuman Science
A Foundational AI Model for Human Pulse Wave & Multi-System Health Analytics
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Nights of real-world PPG signal captured
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Countries generating global diversity data
CTRI Registered
WHO primary registry CTRI/2026/08/115584
ISO / HIPAA
De-identified enterprise data compliance
Photoplethysmography Intelligence
The Pulse Doesn't Lie.
The Pulse Doesn't Lie.
We Provide the Context.
Every cardiac ejection leaves a complex physiological wave signature across your peripheral vascular network. Pulsomics couples continuous optical pulse captures with comprehensive human contextual inputs—blood panels, metabolic history, and fitness evaluations—to train AI models that interpret whole-body health.
Signal Paired with Context
Raw pulse signals are matched against blood laboratory markers, VO₂ max treadmill benchmarks, and self-reported wellness logs to unlock accurate predictive modeling.
Population-Scale Spectrum
Built across diverse age groups, skin tones, body compositions, and ethnicities across 180+ countries to ensure algorithmic fairness and global accuracy.
Comprehensive Biomarker Engine
One Pulse.
One Pulse.
Mapped Across 9 Physiological Systems.
By tracking arterial stiffness, micro-vascular rebound, and autonomic nervous tone, Pulsomics connects subtle pulse wave variations to internal physiological organ systems.
Biomedical Target Map
Continuous Multi-System Biomarker Decoding
Short windows of raw pulse data captured overnight map back to vital bodily networks:
Cardiovascular System
Metabolic Health
Autonomic Nervous System
Respiratory Dynamics
Endocrine Balance
Renal Adaptability
Hepatic Function
Immune Response
Musculoskeletal Load
Open Research Pipeline
Active Biomarker Studies
Explore ongoing clinical research protocols pairing non-invasive smart ring PPG signals with clinical health indicators.
Sleep Sufficiency & Restoration
Correlates nocturnal pulse wave stability and autonomic tone recovery against perceived morning alertness and restorative REM/Deep sleep cycles.
Non-Invasive VO₂ Max Estimation
Identifies cardiorespiratory markers embedded within resting pulse wave contours to accurately estimate aerobic capacity without treadmill stress tests.
Glucose Metabolism Correlation
Analyzes vascular tone changes following dietary intake to build predictive models for postprandial glucose surges and insulin sensitivity.
Cardiovascular Load Profiling
Investigates overnight peripheral pulse wave velocity signatures corresponding to arterial blood pressure variations across circadian sleep cycles.
Longitudinal Sleep & Habit Journal
Monitors multi-month physiological adaptations against daily lifestyle shifts, stress events, and nutritional interventions.
Clinical Partner Integration
Custom research protocols co-designed with university medical departments, clinical CROs, and corporate health managers.
Methodology
How Pulsomics Operates
A seamless, non-disruptive pathway converting ambient daily sensor wear into validated health predictive algorithms.
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Opt-In Participation
Ring users aged 18+ opt into specific active research modules directly through the mobile interface.
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Baseline Calibration
Participants provide key physiological baselines including age, height, weight, ethnicity, and general health history.
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Overnight Raw PPG Capture
Smart rings passively collect short windows of uncompressed raw pulse waveforms during sleep without impacting battery life.
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Clinical Data Pairing
Users upload blood test panels or fitness test reports to establish accurate reference targets for machine learning training.
For Universities, Hospitals & Enterprise OEM Partners
Enhance Your Clinical & Wearable Research
Partner with Ultrahuman to access anonymized physiological cohorts, co-develop pulse biomarker algorithms, or license fighter jet-grade smart ring technology for your organization.
Research & OEM FAQ
Frequently Asked Questions
Essential details on compliance, data integrity, hardware support, and research oversight.
Who can take part in Pulsomics research?
Any user aged 18 or older wearing an Ultrahuman Ring AIR or Ultrahuman Ring PRO can opt into active studies via the Ultrahuman mobile application.
How is subject data secured and anonymized?
Data is strictly de-identified prior to model ingestion under ISO27001, GDPR, and HIPAA compliant infrastructure. Subject data is never sold or shared with commercial advertisers, employers, or insurance providers.
Does raw signal capture drain smart ring battery?
No. Pulsomics utilizes optimized, short-window PPG sampling routines during overnight sleep cycles, preserving normal 4-6 day (Ring AIR) or up to 15 day (Ring PRO) battery performance.
Is Pulsomics certified by institutional ethics committees?
Yes. Pulsomics protocols are registered with the Clinical Trials Registry – India (CTRI/2026/08/115584), recognized by the WHO International Clinical Trials Registry Platform network, with approval from Medstar Speciality Hospital Ethics Committee (ECR/1324/Inst/KA/2019/RR-24).