Non-Linear Procedural Training
Dynamic scenarios that adapt to user actions, decisions, and timing—beyond scripted flows.
IQ-Tech develops an AI-driven AR and VR platform designed to simulate complex, non-linear medical procedures and objectively evaluate technical, cognitive, and behavioral skills in realistic operational scenarios.
Follow usEsculapioVR is IQ-Tech’s core XR platform designed for complex, non-linear medical procedures. Instead of scripted flows, simulations adapt to user actions—allowing institutions to train decision-making, measure performance objectively, and standardize evaluation across teams and cohorts.
Scenario-based training and objective assessment for emergency services and civil protection.
Non-linear procedural training with measurable evaluation across departments and cohorts.
High-stress environments with multi-role coordination and objective performance scoring.
Our simulations go beyond scripted flows: AI manages scenarios and virtual patients, tracks procedural decisions and timing, and supports measurable evaluation of technical, cognitive, and behavioral performance—including multi-role teamwork and coordination— across healthcare, civil, and defense environments.
A modular XR platform built for complex, non-linear procedures—powered by AI to manage scenarios, virtual patients, and objective performance assessment across institutions.
Dynamic scenarios that adapt to user actions, decisions, and timing—beyond scripted flows.
AI orchestrates events, patient state, and outcomes to simulate operational realism.
AR, VR and High-Fidelity VR modules for different training depths and use cases.
Measure skills, decisions, behavior, and teamwork with standardized analytics.
IQ Tech redefines how medical professionals train. Our immersive VR experiences turn theoretical learning into practical expertise.
Experience lifelike medical scenarios powered by high-fidelity visuals and responsive interactions.
Whether for hospitals, universities, or training centers, our VR modules adapt to your institution's needs.
We constantly update our simulations with the latest medical practices and research findings.