Avalon Holographics Inc. develops holographic displays utilizing advanced light field technology for both commercial and consumer markets. Their products enhance visualization in sectors such as defense and medical, providing realistic 3D representations without the need for special effects.
Funding
$3.1M 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
Traditional 2D displays can limit situational awareness and decision-making speed in sectors like defense and medicine, where understanding complex spatial relationships is critical. Existing 3D visualization methods often require special glasses or headsets, hindering collaboration and causing discomfort or fatigue.
Solution
Avalon Holographics develops and markets the NOVAC holographic display, a glasses-free, multi-user 3D visualization platform. Using advanced light field technology, NOVAC presents high-resolution, real-time holograms that allow groups to view and interact with complex data without the need for special equipment. This shared, spatial understanding enhances collaboration, accelerates decision-making, and reduces cognitive load in high-stakes environments. The platform supports various software integrations and APIs, enabling users to visualize diverse data types, simulate scenarios, and optimize strategies with greater clarity and accuracy.
Target Audience
The primary target audience includes defense organizations requiring enhanced situational awareness for mission planning and execution, as well as medical professionals needing advanced visualization for surgery planning, education, and image-guided therapy.
Features
- 40-inch holographic display with 63,888 x 69,696 pixel resolution (4.5 billion active pixels)
- 74-degree viewing angle, allowing multiple users to view the hologram simultaneously
- HighGround software for visualizing live, recorded, or simulated battlespace scenarios with geo-referenced terrain, platforms, and sensor data
- RaySlicer software for segmentation, volumetric rendering, and immersive visualization of DICOM data in medical imaging
- Customized Unreal Engine and Unity plugins for porting existing 3D applications to the holographic display
- Dedicated API and DirectX 12 example applications for custom holographic pipeline development