Through our wide-ranging expertise in engineering, rendering, and AI, Meta Immersive Synthetics provides unique solutions for military simulation.
Introduced at I/ITSEC 2021, the NOR platform brings the cutting edge technology and accessibility of commercial gaming engines to the high-end military training and simulation market.
Meta Immersive Synthetics combined the stunning visuals of the Unreal Engine with a proprietary physics-based model of the world, creating NOR – an ultimate fidelity simulation platform that can be used to simulate, train, or model anything across air, land, sea, space, and the electromagnetic spectrum.
Learn more about the NOR platform.
Level 0 [Design and Architect] through Level 4 [Operate and Sustain]
Cutting edge, ultimate-fidelity simulation requires the best possible development platform. That’s why we built the NOR platform — to deliver a flexible, seamless, virtual-reality based platform and all related services. AI, rendering, analytics, and entity simulations are seamlessly integrated through a modern platform architecture. Together, they yield a capable and immersive world simulation, shortening development times while increasing fidelity and immersion.
With our vast experience in flight modeling, systems engineering, and rendering, we are able to deliver effective, cost-conscious aircraft simulations for our partners. Platform agnostic emulation and recreation of aircraft systems, flight characteristics, and aircraft rendering form an effective tool for flight training, analytics, and AI training.
We build industry-leading, realistic, immersive, and strikingly accurate digital recreations of aircraft, cockpits, vehicles, and other entities for simulation, analysis, training, and industrial design. Digitally reconstructed assets are validated through photogrammetric and laser scanning and built to rigorous standards.
We develop and integrate advanced artificial intelligence solutions, including tactical and strategic multi-domain AI, AI-based data analytics, and aircraft crew simulations.