Defense

Radar and communication systems design is critical to defense applications for sea, land, air, and space-based systems. Nullspace EM provides users with the ability to rapidly assess and optimize designs of critical components and systems technologies for a wide variety of antenna, radar, and communication systems such as multi- and wideband antenna for ground vehicles, aircraft, ships, and satellites.

Nullspace EM helps users design active and passive electronically steered arrays found in virtually all modern radar and satellite and 5G/6G-based communications systems.

EM simulation for defense applications

Modern systems providing electronic warfare functionality need to be developed with high-fidelity EM inputs. Artificial Intelligence / Machine Learning (AI / ML) methods are hungry for data that usually does not exist in a volume sufficient for training.

Nullspace EM allows users to synthetically generate training databases with a fidelity necessary to capture the relevant physics, leading to high performance, next-generation algorithms for signal processing, classification, and identification.

Electromagnetic simulation for defense industry

Nullspace EM empowers engineers to:

  • Design advanced radar antennas

  • Develop new ground station communication arrays

  • Generate data for AI/ML training for radar and communications signal processing

  • Perform RF propagation analysis

  • Calculate cosite interference for antenna placement on complex vehicles and aircraft

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How can we help you address your antenna design, microwave, or scattering challenges?

System Requirements:

Windows 10

Red Hat Enterprise Linux 7.8+, Red Hat Enterprise Linux 8.x

NVIDIA GPU Kepler or later