dashboard
Next-gen modules go beyond the paper, utilizing advanced visualization techniques such as 3D representations, beautiful assets, and gamification to help the learner.
troubleshoot
Our Mixed Reality Mode where you get pertinent information while performing surgery or seeing patients. A HUD for the modern doctor.
trending_up
The dashboard can process and display real-time data streams, allowing users to monitor their own progress.
Learners improve outcomes by this much in a study from PwC.
More emotionally connected to the material.
saved in malpractice.
more focused than their colleagues.
Essential for hackers.
check
Some Features
check
Products Insights
check
A La Carte Features
Group discount for ragtag teams.
check
Full Platform
check
Base Headset Included
check
Cloud Storage
Ideal for agencies and enterprises.
check
Full Platform
check
Pro Headsets Included
check
Cloud Storage
Essential data for small business.
check
Analytics Dashboard
check
Products Insights
check
1 Month History
Detailed data for in-house teams.
check
Analytics Dashboard
check
Products Insights
check
6 Months History
Ideal for agencies and enterprises.
check
Analytics Dashboard
check
Products Insights
check
2 Years History
Srujanesh Gunda is an adept innovator with a biochemistry and economics background from Rutgers University, enriching his VR developments with a solid scientific and economic foundation. His active roles in projects like the Merck Vaccine Hesitancy Project, Stanford XR, and showcase his ability to bridge technology with practical healthcare solutions. Gunda's leadership in RWJMS Entrepreneurship and his experience in interdisciplinary applications position him as a credible figure in the VR medical education space.
Mixed reality offers a unique blend of the real and virtual worlds, creating new environments where physical and digital objects coexist and interact in real-time. In medical training, this means that practitioners can visualize and interact with 3D holographic models overlaid on actual patients or mannequins, providing a level of detail and interactivity that traditional methods cannot match. This immersive approach enhances the understanding of human anatomy and the spatial relationships between organs, leading to better preparation for surgeries and patient care.
Our platform integrates cognitive science with VR to tailor educational content, setting us apart with a pedagogically robust approach to medical training. The success at events like the Rutgers Health Hack and StanfordXR Immerse the Bay Hackathon reflects our commitment to real-world problem-solving and continuous innovation in medical education. This unique blend of academic excellence and practical application ensures our VR solutions are not only immersive but also aligned with the latest in educational strategy and patient care.