GigXR provides a mixed‑reality learning platform that delivers a library of holographic applications—full‑body cadaver models, simulated patients, and clinical scenario modules—for medical education. The content runs on Microsoft HoloLens, iOS, and Android, enabling educators to curate immersive curricula, conduct collaborative sessions, and repeat safe‑to‑fail practice without the cost and logistics of physical cadavers, manikins, or standardized patients.
Funding
$6M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Healthcare education relies heavily on physical cadavers, manikins, and standardized patients, which are costly, logistically complex, and limited in availability. These constraints restrict the frequency and variety of hands‑on training, especially for institutions with limited resources or remote learners.
Solution
GigXR offers a mixed‑reality learning platform that delivers a library of holographic applications covering anatomy, clinical scenarios, and organ‑specific explorations. By projecting full‑body cadaver models, simulated patients, and procedure modules in augmented reality, the platform enables educators to replace or augment traditional simulation tools with immersive, repeatable experiences. Content can be accessed on Microsoft HoloLens, iOS, and Android devices, allowing learners to engage from any location and instructors to curate curricula ranging from single modules to comprehensive catalogs. The system supports collaborative sessions, lesson saving, and facilitator guides, streamlining setup and cleanup while reducing dependence on physical resources.
Target Audience
Primary customers are medical schools, teaching hospitals, and simulation centers seeking scalable, cost‑effective immersive training for students, residents, and allied health professionals.
Features
- Full‑body holographic cadaver (HOLOHUMAN+) and patient simulations (HOLOPATIENT) for anatomy and clinical skill practice
- Scenario libraries for BLS, ACLS, respiratory, neurology, and upcoming gastrointestinal modules
- 3D DICOM XR Library enabling import of patient imaging data into holographic form
- Cross‑platform compatibility with Microsoft HoloLens, iOS, and Android devices
- Curriculum management tools for lesson creation, sharing, and repeatable “safe‑to‑fail” practice without marginal cost
- Facilitator guides and pedagogical resources to integrate MR experiences into existing programs