Empowering medical students and doctors with AI-assisted 3D segmentation, interactive anatomy models, and collaborative virtual classrooms.
Transform clinical complexity into intuitive, interactive 3D simulations accessible on any device.
Transform magnetic resonance (MR) slices into 3D models with AI assistance for deeper clinical diagnosis and visualization.
Immerse students in high-fidelity 3D anatomical simulations where they can rotate, dissect, and inspect organs in real time.
Enable simultaneous multi-user presence in shared virtual lecture halls with live voice and synchronized 3D pointers.
Seamlessly import DICOM and NIfTI volumes into the cloud. Inspect coronal, sagittal, and axial views side-by-side with spatial 3D models.
Automated volumetric segmentation algorithms delineate brain parenchyma, ventricular structures, and tumor regions with clinical accuracy.
Medar is accessible not only in virtual reality, but also across laptops, tablets, and smartphones for continuous educational delivery.
Supported by TÜBİTAK BİGG and KOSGEB, with award-winning platforms MEDAR and AIRADAR validated across leading academic institutions.
"AIRadar completely transformed our radiology coursework. Students understand spatial organ interactions much faster when they can collaborate in VR."
"The AI-based segmentation provides instant anatomical insights. It is an invaluable pedagogical tool for next-generation medical education."
"Connecting PACS and 3D Slicer workflows into an intuitive browser interface makes distance clinical education truly effective."
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