Inside the AIBODY Organism

The AIBODY Organism is an integrated, high-resolution model
of human physiology. It connects cardiovascular, respiratory,
renal, gastrointestinal and nervous systems into one intelligent
simulation. ​

Cardiology Module

The AIBODY Cardiology Module delivers high-fidelity, real-time cardiac simulation built for precision and adaptability. 

From ECG waveform dynamics to full infarction modeling, users can explore and manipulate cardiovascular responses in detail. Available clinical scenarios range from resting ischemia to high-intensity exercise, allowing for flexible training and experimentation.
Real-time ECG simulation
Dynamic ischemia and oxygen balance
Acute and chronic infarction modeling
Coronary system visualization
Stress and exercise test scenarios
Full integration with AIBODY Organism
Cardio-System-rs
Pulmo-System-rs

Pulmonary Module

The AIBODY Pulmonary Module provides an advanced, real-time simulation of respiratory physiology — capturing both the mechanics of ventilation and the gas exchange dynamics in each lung.

Users can track and manipulate right and left pulmonary pressures, arterial and venous blood gases, and observe how interventions or injuries impact systemic oxygenation.
Independent right and left lung pressure modeling
Detailed blood gas analysis (O₂, CO₂, pH) per lung
Obstructive and restrictive pathology simulations
Lung injury and trauma response scenarios
Response to care interventions (e.g., intubation, ventilation)
Live feedback on ventilation/perfusion mismatch

See AIBODY in Action

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

Renal Module

The AIBODY Renal Module offers real-time modeling of kidney physiology, fluid regulation, and electrolyte management.

It simulates the body's response to infusions, fluid loss, and hormonal control, including dynamic secretion of antidiuretic hormone (ADH) and its systemic effects.
Real-time response to fluid infusion and loss
ADH release and effect on fluid retention
Simulation of electrolyte shifts (Na⁺, K⁺, Cl⁻)
Acid-base compensation 
modeling
Urine output tracking and
feedback
Integration with cardiac and pulmonary modules
Renal-System-rs
Gastro-System-rs

Gastrointestinal Module

The AIBODY Gastrointestinal Module enables high-fidelity simulation of acute and chronic GI conditions, combining pathophysiological response, real-time monitoring, and evidence-based treatment workflows.

It features a built-in GI Assessment Toolkit for structured evaluation of bleeding, obstruction, motility, fluid balance, and liver function, supporting decision-making in line with major clinical guidelines.
Real-time simulation of upper and lower GI bleeding scenarios
Integrated GI Assessment Toolkit (risk scores, fluid and transfusion guidance)
Dynamic tracking of fluid shifts, electrolytes, and acid–base status
Hepatic and pancreatic function responses to injury and treatment
Monitor abdominal perfusion, intra-abdominal pressure, and vital signs
Supports emergency, ICU, and endoscopy training scenarios

See AIBODY in Action

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

Nervous System Module

The AIBODY Nervous System Module enables high-fidelity simulation of neurological injury and disease, combining detailed neurophysiology, real-time monitoring, and evidence-based treatment workflows.

It features a built-in Neuro Assessment Suite for structured evaluation of consciousness, focal deficits, and intracranial dynamics, aligned with major clinical scales and guidelines.
Real-time simulation of stroke, TBI, seizures, and CNS infections
Integrated Neuro Assessment Suite (GCS, stroke scores)
Dynamic modeling of ICP, CPP, and brain oxygenation
Coupled cardiovascular and respiratory responses
Monitor consciousness, focal deficits, and vital signs
Supports neurocritical care and emergency training scenarios
Nervous-System-rs
Hemorrh-System-rs

Hemorrhage Module

The AIBODY Hemorrhage Module simulates the body’s dynamic response to acute bleeding and fluid infusion, offering a realistic environment for trauma training, emergency care, and physiological research.

From controlled surgical loss to rapid trauma-induced hemorrhage, users can observe the full cascade of compensatory mechanisms — including tachycardia, vasoconstriction, and hypotension.
Simulate controlled or uncontrolled hemorrhage
Real-time hemodynamic feedback (BP, HR, CO)
Track infusion effects across systems
Blood volume, pressure, and oxygen delivery monitoring
Integration with cardiac, renal, and pulmonary responses
Ideal for trauma, surgical, and emergency care scenarios

See AIBODY in Action

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

Burns Module

The AIBODY Burns Module enables high-fidelity simulation of thermal trauma, combining pathophysiological response, real-time monitoring, and evidence-based treatment workflows.

It features a built-in Burn Calculator for accurate Total Body Surface Area (TBSA) estimation, guiding fluid resuscitation in accordance with major clinical formulas like Parkland and Brooke.
Real-time simulation of minor to severe burns
Integrated Burn Calculator (TBSA %, fluid formulas)
Dynamic fluid resuscitation and infusion tracking
Cardiovascular and renal system responses
Monitor circulation, perfusion, and vital signs
Supports trauma care and emergency training scenarios
Burns-System-rs
Pharma-rs

Pharmacokinetic Analysis Module

The AIBODY Pharmacokinetic Analysis Module enables high-fidelity simulation of drug absorption, distribution, metabolism, and excretion, with real-time concentration tracking and evidence-based dosing workflows.

It features a built-in PK Engine for single- and multi-compartment models, supporting therapeutic drug monitoring and precision dosing in complex patients.
Real-time simulation of plasma and tissue drug levels
Flexible PK models (IV/PO, bolus, infusion, repeated dosing)
Dynamic adjustments for age, organ function, and comorbidities
Visualize concentration–time curves and target ranges
Support for dose optimization, TDM, and polypharmacy scenarios
Ideal for critical care, oncology, infectious diseases, and training

Book a Demo

Book a live demo and explore how our real-time simulations can transform your clinical training or research.

    Web design & development by AUG.Global

    crossmenuchevron-down-circle