3D Human Body Anatomy
3D Human Body Anatomy Summary
3D Human Body Anatomy is a with in-app purchases Android app in Education by AKIVI. Released in Aug 2022 (3 years ago). It has about 30.8K+ installs Based on AppGoblin estimates, it reaches roughly 720 monthly active users and generates around $<10K monthly revenue (100% IAP / 0% ads). Store metadata: updated Apr 28, 2026.
Recent activity: 64 installs this week (434 over 4 weeks) showing below average growth View trends →
Store info: Last updated on Google Play on Apr 28, 2026 .
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App Description
Thousands of photos, videos, courses, and quizzes for visualizing the human body
AKIVI: Human Anatomy in Virtual Immersion
AKIVI (Anatomical Knowledge In Virtual Immersion) is your go-to app for exploring human anatomy, accessible wherever you are. Enjoy free access to a portion of the app's extensive database, with no subscription required.
Available on desktop, mobile, and tablet, AKIVI offers an innovative approach to learning human anatomy. It features personalized learning paths certified by university medical professors from across France, designed for medical and paramedical students and professionals—and anyone curious about the human body!
Why choose AKIVI?
Our goal is to provide a fun, yet reliable, complement to academic education. AKIVI helps you understand and retain the concepts taught during university lectures, dissection sessions, practical workshops, simulations, or hospital internships.
AKIVI offers personalized learning paths built from a vast library of 2D and 3D audiovisual content, including thousands of photos, videos, multiple-choice questions (MCQs), clinical cases, and summary sheets. Prepare for exams in realistic conditions with our test generator, featuring detailed corrections.
3D Video Visualization?
Yes, with AKIVI, your mobile device becomes a virtual reality headset! Experience 3D video content on the human body, typically reserved for VR headsets, using Google Cardboard. AKIVI enhances your understanding by allowing you to visualize the three-dimensional structure of organs, making clinical situations easier to grasp.