Optimized for lightweight and scalable solutions, Unity powers AR modules compatible with mobile devices and leading AR platforms like ARKit, ARCore, and Microsoft HoloLens. Unity’s XR Interaction Toolkit enables intuitive interactivity, allowing users to visualize procedures and practice diagnostic tasks on-the-go. Unity’s flexibility in AR design ensures that trainees receive dynamic and engaging experiences tailored to their environments.

Unreal Engine delivers high-fidelity VR modules for advanced training scenarios, including surgical simulations, anatomical exploration, and decision-making exercises. With its Blueprint system and advanced physics modeling, Unreal ensures photorealistic environments and realistic interactions. The engine’s cutting-edge rendering capabilities make it ideal for creating highly immersive and detailed simulations that replicate real-world complexities.

Trainees can interact with simulations using natural voice commands and intuitive gestures, fostering an immersive and hands-free training environment.

An intelligent AI layer analyzes user performance data, tailoring learning paths and providing real-time feedback. The adaptive system identifies skill gaps and adjusts scenarios to match the user’s proficiency, ensuring continuous growth.

The platform’s Unity-powered AR modules are accessible via smartphones, tablets, and AR headsets, making training portable and flexible. Unreal-powered VR modules cater to high-end devices like Oculus Quest, HTC Vive, and Valve Index, offering advanced simulations for institutions with sophisticated setups.