Augmedi

About Augmedi

Augmedi develops augmented reality software that provides photorealistic 3D anatomical models and an AI learning engine for medical education. This technology enhances the learning experience for students and professionals by bridging the gap between theoretical knowledge and practical application in real-life medical scenarios.

```xml <problem> Traditional medical education relies heavily on textbooks and 2D illustrations, which can be insufficient for grasping complex anatomical structures and surgical procedures. This gap between theoretical knowledge and practical application hinders effective learning and preparedness for real-life medical scenarios. </problem> <solution> Augmedi provides augmented reality (AR) software featuring photorealistic 3D anatomical models and an AI learning engine to enhance medical education. The platform allows students and professionals to interact with detailed anatomical structures and practice orthopedic approaches using smartphones, tablets, computers, or AR devices. Augmedi's AI engine analyzes user performance, identifies learning gaps, and delivers personalized tasks with instant feedback. The omnichannel learning experience ensures knowledge retention by providing access to over 3,600 photorealistic models anytime, anywhere. </solution> <features> - Photorealistic 3D anatomical models for immersive learning - AI learning engine that adapts to the user's knowledge level and provides personalized feedback - Omnichannel access via smartphone, tablet, computer, and AR devices - Detailed performance tracking and progress evaluation - Biofeedback integration to identify and address learning gaps - Multi-user support for collaborative learning in university or clinical environments </features> <target_audience> The primary users are medical students, doctors, hospitals, and medical schools seeking to enhance medical education through immersive and interactive 3D learning experiences. </target_audience> ```

What does Augmedi do?

Augmedi develops augmented reality software that provides photorealistic 3D anatomical models and an AI learning engine for medical education. This technology enhances the learning experience for students and professionals by bridging the gap between theoretical knowledge and practical application in real-life medical scenarios.

Where is Augmedi located?

Augmedi is based in Baden, Austria.

When was Augmedi founded?

Augmedi was founded in 2024.

Who founded Augmedi?

Augmedi was founded by Andreas Lanter.

  • Andreas Lanter - Co-Founder/CEO
Location
Baden, Austria
Founded
2024
Employees
7 employees
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Augmedi

Score: 82/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

Augmedi develops augmented reality software that provides photorealistic 3D anatomical models and an AI learning engine for medical education. This technology enhances the learning experience for students and professionals by bridging the gap between theoretical knowledge and practical application in real-life medical scenarios.

augmedi.com200+
Founded 2024Baden, Austria

Funding

No funding information available. Click "Fetch funding" to run a targeted funding scan.

Team (5+)

Andreas Lanter

Co-Founder/CEO

Company Description

Problem

Traditional medical education relies heavily on textbooks and 2D illustrations, which can be insufficient for grasping complex anatomical structures and surgical procedures. This gap between theoretical knowledge and practical application hinders effective learning and preparedness for real-life medical scenarios.

Solution

Augmedi provides augmented reality (AR) software featuring photorealistic 3D anatomical models and an AI learning engine to enhance medical education. The platform allows students and professionals to interact with detailed anatomical structures and practice orthopedic approaches using smartphones, tablets, computers, or AR devices. Augmedi's AI engine analyzes user performance, identifies learning gaps, and delivers personalized tasks with instant feedback. The omnichannel learning experience ensures knowledge retention by providing access to over 3,600 photorealistic models anytime, anywhere.

Features

Photorealistic 3D anatomical models for immersive learning

AI learning engine that adapts to the user's knowledge level and provides personalized feedback

Omnichannel access via smartphone, tablet, computer, and AR devices

Detailed performance tracking and progress evaluation

Biofeedback integration to identify and address learning gaps

Multi-user support for collaborative learning in university or clinical environments

Target Audience

The primary users are medical students, doctors, hospitals, and medical schools seeking to enhance medical education through immersive and interactive 3D learning experiences.