NeumaResearch builds AI systems that measure breathing, analyze movement, and support behavioral health — grounded in neuroscience, designed for the practitioners who care for people.
Breathing patterns, movement quality, and behavioral data encode meaningful information about stress, recovery, and health — yet most healthcare and wellness systems lack the infrastructure to capture, interpret, or act on these signals in real time.
We are building that infrastructure — starting with the body's most fundamental signals, and putting interpretable AI in the hands of the humans who can use it best.
Each capability is grounded in peer-reviewed science, validated in real-world environments, and designed to integrate with existing practitioner workflows — not disrupt them.
We measure respiratory patterns in real time using standard earbud microphones and smartphone sensors — no wearable hardware required. Our platform detects breathing rate, visualizes waveforms, and supports guided biofeedback and regulation protocols.
Camera-based skeletal tracking analyzes movement quality, posture, and exercise form in real time. The system counts reps, scores movement, provides voice-guided coaching, and synchronizes movement data with breathing signals for integrated physiological feedback.
AI-assisted pattern recognition, session summaries, and longitudinal tracking reduce administrative burden for practitioners. Our behavioral AI layer is designed to support psychologists, counselors, and clinical teams — preserving time for human judgment where it matters most.
Technology should reduce cognitive load, not add to it. Every system we build is designed to make the practitioner more capable — not to position AI as a replacement for clinical judgment, therapeutic relationship, or human care.
Our systems handle measurement, pattern visualization, documentation, and between-session continuity. Interpretation, judgment, and care remain with the human expert.
NeumaResearch integrates expertise in cognitive neuroscience, stress physiology, emotional regulation, and movement science. The science informs every design decision.
We design for real-world use — not controlled laboratory settings. Our systems work with standard consumer hardware, in noisy environments, across diverse populations.
Explainability is not a feature we added. It is an architectural principle — because practitioners and patients deserve to understand why a system says what it says.
Our infrastructure spans multiple deployment contexts — from clinical consultation to hospitality wellness to post-surgical rehabilitation monitoring.
Supporting psychologists, counselors, and clinical teams with AI-assisted documentation, physiological pattern tracking, and session continuity tools designed to complement — not replace — therapeutic relationships.
Movement and breathing data tracked across recovery timelines. Our RehabLens concept provides practitioners with objective progress metrics for mobility rehabilitation, reducing the gap between clinic visits.
Longitudinal breathing data for pulmonologists and respiratory practitioners. Continuous measurement without dedicated hardware — enabling monitoring in everyday environments, not only clinical ones.
Breathing-based biofeedback and movement coaching for stress recovery, sleep optimization, and autonomic regulation — designed for wellness practitioners, coaches, and health-forward organizations.
QR-based AI wellness sessions for hotels, resorts, and recovery retreats. Personalized morning mobility routines, breathing sessions, and movement coaching — accessible without any additional hardware.
Our platform supports academic and clinical research across physiological measurement, behavioral science, and human performance. We actively seek partners for joint development and validation.
A clinician should be able to ask why. Our AI architecture is built from the ground up with interpretability as a core design principle — not a post-hoc rationalization.
Our XAI research builds on doctoral-level work in interpretable deep learning — including decomposition of neural networks into transparent linear components — validated across clinical prediction tasks in oncology, cardiology, and metabolic health.
Models surface the features and patterns that drive their outputs — so practitioners can validate, question, or override AI recommendations.
Outputs are designed to be legible to non-technical practitioners — not buried in probability scores or opaque confidence intervals.
Built with future FDA and international regulatory frameworks in mind. Interpretability is increasingly required — not optional — for AI in clinical settings.
When AI can explain itself, humans can catch errors. Transparency is a patient safety feature — not just a technical preference.
NeumaResearch sits at the convergence of neuroscience, behavioral health, AI engineering, and human performance. We are actively seeking partners who share this interdisciplinary orientation.
Whether you are a healthcare system exploring AI infrastructure, a wellness brand building practitioner tools, a research institution seeking validation partners, or an investor aligned with human-centered health technology — we want to hear from you.
Get in TouchNeumaResearch is developing practical AI wellness interfaces that translate breathing and movement into real-time feedback. The goal is simple: help people regulate, recover, and move better using familiar devices — no specialized hardware required.
Our breathing interface captures respiratory rhythm, visualizes waveform quality, and compares each session against a personal baseline to support guided regulation and recovery.
Our movement interface analyzes posture, rhythm, and repetition quality through camera-based skeletal tracking, helping users train with clearer feedback and safer form.
Capture breathing, posture, motion, and session signals through standard consumer devices.
Convert noisy real-world signals into understandable feedback, trends, and personal baselines.
Support breathing regulation, movement coaching, recovery routines, and wellness programs.
NeumaResearch operates across Korea, Vietnam, and the United States — connecting AI engineering, healthcare validation, wellness partnerships, and global market development.
Our Korea-side foundation connects biohealth convergence research, design-tech incubation, and AI wellness product development.
US-side expansion focuses on behavioral health, AI-assisted counseling support, and practitioner-centered service operations.
NeumaResearch is a member company of Korea's Digital Health Care Association (DHIA), engaging with policy, standards, and cross-sector collaboration in the digital healthcare industry.
A cross-disciplinary founding team combining global business development, AI engineering, signal processing, and cognitive neuroscience.
NYU Stern · Korea Univ. Global MBA · Citibank NY Corporate Banking & Risk · Kerburn Rose Capital · Direct export channels across the US, Japan, Vietnam, and Hong Kong.
Hongik Univ. PhD in Engineering (AI) · 10 years and 3 national R&D projects · Core expertise in XAI, feature-space partitioning, signal processing, and interpretable deep learning.
Rutgers Univ. PhD in Psychology & Neuroscience · Korea Univ. MA in Educational Psychology · 14+ years in behavioral science, data analysis, research design, and healthcare solution strategy.
Contact us for research partnerships, B2B integrations, AI wellness pilots, hospitality collaborations, or investment discussions.
contact@neumaresearch.com
For research partnerships, B2B integrations, AI wellness pilots, hospitality collaborations, and investment discussions.
613 Washington Blvd.
Jersey City, NJ 07310
US headquarters · AI counseling operations
101 Dongmak-ro, Mapo-gu
Seoul, Room #611
85-3 Nakdongbuk-ro 663beon-gil, Buk-gu, Busan
5F, Room 502, Unit A11