Request Demo

Nothing to Chance

Use Cases

In high-stakes operations, real-time situational awareness is mission-critical. Avalon’s holographic displays provide 3D views of terrain, troop movements, and assets — enabling faster, more informed decisions. Interactive tools support scenario simulation, risk assessment, and rapid strategy shifts. With up-to-date data at their fingertips, teams stay aligned, coordinated, and ready to execute.

Mission planning in complex environments demands clarity and speed. Avalon’s holographic displays unify line of sight, RF propagation, route optimization, and terrain analysis into a single 3D view. Teams can assess threats, minimize RF exposure, and make faster, smarter decisions with confidence.

Effective mission briefings depend on shared context and real-time awareness. Avalon’s holographic displays present a unified Common Operating Picture, giving teams a clear and consistent view of multi-domain operations. This immersive visualization enhances collaboration, speeds up decision-making, and ensures alignment—boosting readiness and mission success.

Reliable communication starts with precise RF planning. Avalon’s holographic displays visualize 3D RF propagation across terrain, weather, interference, and gear configurations. Commanders can adjust antenna height, frequency, and power to optimize coverage and reduce RF signatures — improving resilience and safeguarding warfighters.

Avalon’s holographic displays help operators quickly grasp complex interactions, cut through cognitive overload, and sustain control — even in high-autonomy environments.

NOVAC™

Command the Battlespace
in True 3D

NOVAC delivers high-resolution, glasses-free 3D visualization, giving teams a shared, spatial understanding of complex, multi-domain operations.

Technical
Specifications

Display Size 40"
Resolution 63,888 x 69,696 pixels
Display Aspect Ratio 1 : 1 (Square)
Active Pixels 4.5 Billion
Viewing Angle 74 degrees x 74 degrees
Display Dimensions 36" x 36" x 41" (l x w x h)
Display Weight 975 lbs
Power Input 3P - 208V - 60Hz AC 6.7 kW
Graphics Processing Unit (GPU) Server included
AceleMax DGS-428G2
Liquid-Chiller Unit To be provided by client
Power Capacity & Outlet To be provided by client
Warranty 1 year warranty (parts and labor) Extended warranty (maintenance and tech)

Software

HighGround™ is a holographic battlespace viewer, developed by Avalon, that visualizes live, recorded, or simulated scenarios in rich 3D detail. It renders geo-referenced terrain, platforms (e.g., vehicles, personnel), and sensor data such as RF. Seamlessly integrating with tools like SIMDIS and TAK—plus others on request—HighGround enhances situational awareness, reduces cognitive load, and supports faster, more informed decision-making.

We offer a customized version of Unreal Engine optimized for our NOVAC holographic display, enabling your application to deliver high-fidelity, real-time 3D visuals with photorealistic rendering and ray tracing. Developers simply script a holographic camera’s transform to frame the scene as desired—no specialized knowledge of holography required. Porting is fast and intuitive, bringing your Unreal project into the world of spatial computing with scalable, interactive, and visually stunning results.

Our Unity plugin adds a holographic camera for composing 3D perspectives, making it easy to render your application holographically. Developers simply script the camera’s transform to frame the scene as desired—no need for specialized holography knowledge. The plugin preserves full Unity functionality, including physics, lighting, and access to its vast asset ecosystem. This streamlined approach maintains performance and visual fidelity while unlocking immersive, spatial experiences unique to holographic display.

We provide a dedicated API and DirectX 12 example applications to help developers efficiently port their projects to the NOVAC holographic display. The API simplifies the setup of a custom holographic pipeline while preserving full access to DirectX 12. Our example app offers a clear, practical starting point for adapting visuals to true 3D environments. This accelerates development, reduces overhead, and lets creators focus on refining immersive interactions and visuals—without building a holographic renderer from scratch.

What People Are Saying

“ We lost people in an operation, and during AAR we realized we missed key sightline info during mission planning. I think this technology could have made the difference in saving them.”

“We’ve tried every 3D technology out there, and they all disappoint. This is the real deal, and I’ve been waiting my whole career for this to happen. ”

“This would be especially useful when tracking targets in difficult environments like an urban setting. If I could deploy this tomorrow, I would. ”

“I feel like I’m looking at the very first steps of a technology that will one day be as commonplace as LCD monitors or seatbelts.”