Nullspace Inc.

Nullspace delivers engineering simulation software for electromagnetic and electrostatic applications.

Our customers develop sophisticated products and solutions for RF and quantum computing applications across defense, aerospace, and automotive industries. Designers and analysts use Nullspace to solve complex, high-fidelity problems quickly and accurately.

Nullspace tools are designed with the real-world needs of engineers in mind. Our software comes with a powerful Python interface for complete customization of your workflow for automation and flexible integration into your environment.

We understand your needs for flexibility and agility, so our licenses are floating and never node-locked. Any license can be shared between users and across computational resources without restriction.

The proprietary solvers for Nullspace EM (electromagnetics) and ES (electrostatics) utilize multi-CPU and multi-GPU acceleration and have been rigorously tested on real-world antenna, microwave, scattering, and ion-trap design problems for the last 10 years.

Nullspace EM applications: • Antenna design, analysis & placement • Phased array design • Reflector design • Rapid EM device design optimization • Co-site interference simulation • In situ antenna pattern prediction • EMC/EMI analysis • Waveguide, transmission line coupling & filter design • Narrowband & wideband scattering • Radomes with FSS modeling • Passive microwave circuit design

Nullspace ES applications: • Ion trap design for quantum computing • Particle accelerator design • Particle dynamics • Capacitance extraction

In 2023, Nullspace spun out as an independent company from IERUS Technologies, an established defense contractor, with the goal of becoming a recognized leader in advanced engineering software.

Nullspace Inc. headquartered in United States, North America, operates in the Software sector. With a team of 1-10 employees, Nullspace Inc. is actively contributing to advancements in Software. Discover more about their projects, partnerships, and impact on our platform.