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In response to the evolving threat of aerial attacks, the United States is proposing a robust, layered defense system referred to as the “Golden Dome for America”. The system will defend against known and anticipated threats including intercontinental ballistic missiles (ICBMs), hypersonic missiles, cruise missiles, unmanned aerial systems, and others.​

If you are building or enhancing solutions under the Golden Dome umbrella, AGI can help you in all phases of your bid, as well as in all phases of the ideation, engineering, testing, and deployment of your systems.​

As a nontraditional defense contractor, we have a mission-first culture and unmatched defense industry expertise. As a software company, we think and act with the agility and speed of silicon valley making us an ideal partner for your Golden Dome solutions.

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Capabilities

  • Artificial intelligence
  • Command and control (C2) communications
  • Digital engineering​
  • Mission-level system design and analysis
  • Non-kinetic directed energy
  • Secure systems and software development​
  • Space-based interceptors
  • Threat and interceptor performance modeling
  • Tracking layer sensor simulation – Electro-Optical/Infrared (EOIR) and radar ​
  • Virtual test and evaluation​

Command and control (C2) communications​

Model, visualize, and analyze the RF or optical communications between the multiple layers and systems that will comprise Golden Dome. Ansys solutions can help analyze pulse radiation and shielding for EMI/EMC, predict performance for antenna arrays, perform 3D electromagnetic modeling for Tx/Rx, and model antenna beamforming, null steering, among other things.​

Space-based interceptors

Model, visualize, and analyze ​systems and threats in a validated and high-fidelity orbital warfare environment. Understand tradeoffs on key design aspects, such as number of satellites, orbit types, DeltaV budgets, and more.

Threat and interceptor performance modeling​

Model any type of current or future threat and interceptor, including trajectories, aerothermodynamics, thermal behavior, structures and materials, propulsion systems and electronics cooling. ​ Address high-speed challenges such as aerothermodynamics, fluid thermal-structure interactions (FTSI), thermal protection systems (TPS), communication degradation and vehicle signatures.​

Tracking layer sensor simulation

Simulate and analyze EOIR sensors and radar systems against any threat profile. Generate synthetic scenes and target metrics such as SNR and radiance. Simulate SAR or search/track radar systems. Model monostatic, bistatic, or multifunction radars. Assess the impact of environmental conditions and interference or jamming. Consider near-field computations for as-installed performance or co-site interference. Compute realistic RCS and IR signatures. ​

Artificial intelligence

Ansys high-fidelity physics simulation solutions enable you to create realistic synthetic data sets to train your AI algorithms to recognize objects in EO, RF, Radar, and fused data scenarios.​ Ansys software allows you to train and validate reinforcement learning algorithms and perception algorithms for tracking, intercepting, and re-tasking scenarios. Mission simulations can be extended to include human strategies.​

Digital engineering

The complexity, scale, and ecosystem surrounding a massive undertaking like Golden Dome requires an integrated, secure digital engineering environment to enable speed, collaboration, traceability, and efficiency. Ansys provides an open, modular digital engineering solution that enables model-based engineering (MBE), simulation process data management (SPDM), multiphysics simulation, digital mission engineering, and multidisciplinary design analysis and optimization (MDAO).

Mission-level system design and analysis

Analyze system performance within the full mission context. Add low or high-fidelity models to evaluate how they will perform, interact, and communicate in real-world, physics-based scenarios. Evaluate all characteristics—from the position and orientation of individual objects to the relative geometry between objects—to visualize and analyze performance across each phase of the kill chain.​

Non-kinetic directed energy

Ansys physics-based solutions will help you develop non-kinetic capabilities including high energy lasers, microwaves and particle beams by analyzing characteristics such as thermal blooming, cycle time or rate of fire, jitter, and cooling.​

Secure systems and software development​

Document and analyze the system and software architecture to assess cybersecurity.​ Develop, verify, and certify high-assurance software such as command and control, flight and guidance, attitude and orbit determination, fire control, and launch termination and abort logic using formal methods and qualified tools to generate secure qualified code.​

Virtual test and evaluation

Build and validate detailed test plans, monitor test execution, and rapidly analyze post-test results. Model your missions across multiple domains including aircraft, satellites, missiles, maritime and ground vehicles, and ground facilities. Communicate the results with reports, graphs, dynamic displays, and accurate 3D visualizations.​

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