Webinar Series
America’s “Golden Dome” air and missile defense initiative will require advanced capabilities to detect, track, and defeat potential aerial threats including intercontinental ballistic missiles (ICBMs), hypersonic missiles, cruise missiles, unmanned aerial systems, and others. If you are developing systems to support Golden Dome, you will not want to miss our five part series!
NOTE: This webinar series is open to U.S. persons only.
Golden Dome for America
Learn how to model the trajectories of potential aerial threats including fractional orbital bombardment systems, and ballistic, hypersonic, and cruise missiles using low and high-fidelity modeling techniques.
Simulate and detect the signatures of aerial threats including hypersonics. Learn how to use physics-based solver numerics including computational fluid dynamics, electromagnetics, and ray tracing to accurately determine a vehicle’s infra-red and radar cross section signatures.
Simulate sensors within the mission environment by introducing EOIR and radar systems into a design reference mission. Evaluate sensors against multiple criteria including time to detection and performance. Learn about simulating sensor outputs and generating synthetic scenes to train operators and AI algorithms.
Inter-layer collaboration and communication is essential to mission success. Learn how to model a transport layer, create a communication mesh, compute multi-hop communications, generate link budget data, and solve for the most efficient inter-layer communication path.
Space-based interceptors (SBI) can engage threats from an orbital vantage point. Learn how to model SBI constellations to react to various threats, including computing intercept maneuvers. Simulation capabilities for kinetic and non-kinetic interceptors will also be briefly discussed.