MODELING AND SIMULATION

Reliable system performance is essential, and warfighters need confidence that the systems they count on will perform as expected. Our advanced modeling and simulation capabilities are custom-built to capture all effects that could impact performance to resolve complex problems before they start.

SPECIFIC SOLUTIONS

Signature analysis of hypersonic bodies

Arcfield’s solutions are capable of detecting and characterizing the unique thermal, optical, radar and acoustic signals hypersonics emit during high-speed flight to support tracking, threat assessment and defense system development.

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Space Domain Awareness (SDA)

Our comprehensive suite of SDA tools delivers real-time monitoring, early-warning systems and predictive tools that enhance operational effectiveness, security and resilience of space assets to maintain mission continuity and outpace our adversaries.

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Architecture planning

Arcfield’s team of engineers can help design and align system components, interfaces and integration pathways to ensure mission effectiveness, interoperability across platforms and adaptability to evolving operational requirements.

Capacity planning

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Arcfield can help assess and forecast system performance, resource availability and scalability to ensure that operational demands can be met reliably across mission scenarios and future force requirements.

Sustainability

Our modeling and simulation capabilities can enable advanced virtual assessments of system performance, reliability and life cycle costs, allowing for optimized design, predictive maintenance and performance forecasting to ensure long-term operational effectiveness and reduced total life cycle costs.

Novel capability identification

Arcfield’s capability identification involves defining and assessing the required system performance and mission objectives through simulations to ensure the weapon meets operational needs under various conditions.

Analysis of alternatives

Arcfield’s team can develop and run simulations of different system designs, technologies and configurations to compare performance, cost-effectiveness and suitability for meeting mission requirements—helping decision-makers choose the optimal system for the mission at hand.

Orbitology

Our experienced engineers and scientists can study and simulate the motion, behavior and interactions of objects in space—such as satellites, debris or missiles—within Earth’s gravitational environment and beyond.