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The first high-resolution digital twin of human physiology.

Transforming complex physiology into knowledge that advances education, research, and innovation.
Dig cells

Built From Digital Cells​

A unique model of human physiology built from the sub-cellular level up.​
Simulations

True to Life
Simulations

Experience the human body in motion through realistic, interactive simulations that bring physiology to life.
AI Integration

Complete AI
Integration​

Your always-on companion for insights, guidance, and support in clinical training and patient care.

Capturing all Biochemical and Biomechanical Transformations

The world’s most complete digital physiology model —132,000 parameters, recalculated every millisecond, simulating life from cell chemistry to full body homeostasis.​

cells and bio

Biochemical

Molecular reactions driving cellular function
tissue

Tissue level

Cells forming structures and interactions
organs

Organ level

Integrated organs performing vital roles
system

System level

Coordinated processes across organ systems
organism

Digital human

Complete virtual model of the body

Explore the AIBODY 
Organism

Explore the AIBODY Organism to observe whole-body physiology, multi-organ interactions, and emergent responses across systems in realistic training scenarios.

cardiac

Cardiac
System

Experience realistic cardiac conditions like arrhythmias, infarction, and ischemia with our real-time ECG feedback, enhancing your understanding and preparedness.
pulmonary

Pulmonary
System

Observe normal and pathological conditions carefully to gain a vital understanding of how oxygenation and ventilation are affected, which is essential for effective management.
renal

Renal
System

Develop a critical understanding of kidney physiology, fluid shifts, and electrolyte management to optimize health outcomes.
gastro

Gastrointestinal System

Adjust nutritional intake to gain a more profound knowledge of how nutrients are absorbed and how optimizing this process can enhance health.
nervous

Nervous
System

Transition from central to peripheral nervous system perfusion and function, and effectively simulate emergency scenarios such as ischemic or hemorrhagic stroke to enhance preparedness.
vascular

Vascular
Hemorrhage

Simulate realistic blood loss, volume regulation, and compensatory mechanisms to highlight their essential role in effectively managing trauma and surgical situations.
burns

Burns & Trauma Simulation

Replicate complex thermal injury responses, fluid resuscitation, and tissue repair in high-fidelity AI trauma scenarios.
pharma

Pharmacokinetic Analysis

Analyze drug absorption, distribution and excretion with customizable dosing, organ impairment, and interaction modeling.

See AIBODY in Action

Experience real-time simulation tailored to your needs. Book a personalized demo today.
Peer Foundations

Peer-Reviewed Foundations

All models are based on established physiological principles and published medical literature.
Expert

Expert-Led Development

Created and reviewed by practicing clinicians, medical educators, and domain 
experts.
Physiological

Physiological Fidelity

Each system mimics human responses under varying conditions with measurable 
precision.

Validated. Scientifically Trusted.

Ensuring accuracy and reliability is at the heart of AIBODY. Every model is rigorously tested, calibrated, and validated to deliver trustworthy results across all physiological systems.

Real Impact. Proven Results.

Explore how AIBODY is transforming medical education, clinical training, and physiological research across institutions worldwide. 


AIBODY in High Fidelity Simulation

AIBODY in High Fidelity Simulation

Through a series of joint workshops held at nursing and medical schools in the US, AIBODY introduced an innovative simulation experience that blends real-time physiology with high-fidelity manikin-based training. This integrated approach allows educators and learners not only to do but to deeply understand why, enhancing decision-making, engagement, and clinical confidence.
Read Case Study ->
Brunel

Virtual Patients for Team-Based Learning - Brunel Medical School

Dr Elizabeth Prabhakar, Academic Head of MBBS Early Years at Brunel Medical School, Brunel University of London, and Research & Scholarship Chair of the global Team-Based Learning Collaborative (TBLC), is pioneering the integration of real-time digital physiology simulation into TBL, transforming application exercises from static paper-based cases into dynamic clinical reasoning with a virtual patient. As Research & Scholarship Chair of the TBLC, she is now investigating how digital simulation can set a new frontier in Physiology for TBL application exercises worldwide.
Read Case Study ->
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See AIBODY in Action

Experience real-time simulation tailored to your needs. Book a personalized demo today.

Shaping the Future of Physiology

Insights and the latest updates on how AIBODY is shaping the future of digital physiology.

Photo by Santeri on Unsplash

AIBODY Platform Used in Columbia University General Physiology Course

New York and Spartanburg, August 4, 2026 – AIBODY has completed an initial classroom implementation of its interactive physiology platform in a General Physiology course at Columbia University. The implementation took place in a course taught by Dr Ava Brent in Columbia University’s Department of Biological Sciences. AIBODY was used during live classroom sessions covering cardiac […]
AIBODY enhances CPET Simulation for MSc Exercise Medicine Students

AIBODY enhances CPET Simulation for MSc Exercise Medicine Students

In a University of Chester MSc Exercise Medicine session, AIBODY was used to support safe, hands-on learning in clinical exercise testing. Students practised ECG interpretation, explored physiological measures through the platform, and ran simulated cardiopulmonary exercise tests on healthy and ischaemic patients using a guided worksheet to build clinical reasoning and decision-making. Feedback was highly […]
AIBODY is delighted to present Afia Saabea Owusu Konadu, our inaugural Emerging Leader in Physiology Science and Research.

Spotlight: Afia Saabea Owusu Konadu, AIBODY Emerging Leader in Physiology Science and Research

AIBODY is delighted to present Afia Saabea Owusu Konadu, our inaugural Emerging Leader in Physiology Science and Research.
DrCarroll - AIBODY

Dr. Robert G. Carroll, PhD joining AIBODY's Scientific Advisory Board

Dr. Carroll is an Accreditation Consultant and Professor of Physiology Emeritus at the Brody School of Medicine at East Carolina University (ECU), where he previously served as Associate Dean for Medical Student Education.
ronald-levi-article

Dr Ronald Levy joining AIBODY's Scientific Advisory Board

"Physiology is essential to safe, effective patient care, yet it remains one of the hardest concepts for learners to truly grasp. AIBODY brings physiology to life in a way I haven’t seen before — interactive, intuitive, and deeply connected to clinical practice. I’m delighted to join the Scientific Advisory Board and contribute to shaping the future of […]
AIBODY and TDS Health Partner to Expand Access to Advanced Digital Physiology Education

AIBODY and TDS Health Partner to Expand Access to Advanced Digital Physiology Education

Partnership brings AIBODY’s advanced digital physiology platform to TDS Health users, enriching interactive teaching and clinical training.
UNC-Memorial-Hospital-scaled

AIBODY and North Carolina Jaycee Burn Center Partner to Transform Burn Education with Simulation Technology

Innovative physiology platform allows clinicians to create interactive learning experiences, enhancing burn care training and improving patient outcomes
AIBODY Selected as a Finalist: HLTH USA 2025 Startup Pitch Tournament

AIBODY Selected as a Finalist: HLTH USA 2025 Startup Pitch Tournament

We’re thrilled to share that AIBODY has been selected as a finalist in the HLTH 2025 Startup Pitch Tournament, taking place October 19-22, 2025, in Las Vegas!

Meet Us at Leading Medical Events

Join AIBODY at upcoming conferences, summits, and industry gatherings. Explore our latest innovations, watch live demos, and connect with our team in person.

10-14, 2026

January

San Antonio, TX, US

IMSH 2026 (International Meeting on Simulation in Healthcare)

The International Meeting on Simulation in Healthcare (IMSH) is a scientific conference that explores the latest innovations and best practices in healthcare simulation. IMSH provides the tools and resources healthcare professionals need to advance their skills, impact change in delivery systems and practice, and, ultimately, to improve patient safety.
Visit Event Website →

05-06, 2026

March

Carolina Beach, NC, US

Duke & SEAHEC 2026 – Beyond the Manikin

This conference brings together healthcare educators, simulation specialists, and clinical leaders for a comprehensive program featuring innovative sessions on AI integration, virtual reality applications, psychological safety, workplace violence prevention, clinical judgment development, and interprofessional education.
Visit Event Website →

14-17, 2026

April

Orlando, FL, US

American Burn Association (ABA) 2026 Annual Meeting

The premier event for burn care education, research, and collaboration. Join clinicians, researchers, and burn care leaders from across the globe for four days of connection, innovation, and learning that strengthen care teams and advance outcomes.
Visit Event Website →
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