Modeling & Simulation

Physics-aware simulation tools and digital twins that model complex system behavior under real-world constraints.

What We Build

Physics-Based Modeling

Simulation tools grounded in physical principles — thermodynamics, kinematics, signal propagation, material degradation — not just statistical approximation. Supports co-simulation across software and physical system boundaries.

Digital Twin Development

Virtual representations of physical systems that mirror real-world behavior, enabling analysis, prediction, and what-if evaluation. Built on model-based systems engineering (MBSE) principles for traceability from requirements through validation.

Constraint & Timeline Evaluation

Tools like TIMELOCK that model operational constraints over time — answering when a system will fail a condition, not just whether it will.

Constructive Simulation

Entity-level and aggregate simulations for training, analysis, and mission rehearsal. Supports hardware-in-the-loop (HWIL) and software-in-the-loop (SWIL) integration across air, land, sea, and space domains.

How We Approach It

We build simulation tools that are useful to operators and analysts, not just researchers. Our models are configuration-driven, designed to be adapted to new scenarios without code changes. We prioritize simulation fidelity where it matters and computational speed everywhere else.

Configuration-driven architectures — new scenarios without new code
Designed for both analysis and real-time operational use
Integration with live data feeds for monitoring and evaluation
Scalable from single-system to fleet-level assessment

Where It Applies

Hypersonic weapon logisticsIAMD analysisWeapons system lifecycleFleet readiness assessmentMission planning and rehearsalDirected energy systemsSpace launch sequencingThreat assessment & mission degradationSystem-of-systems integrationPredictive maintenance & lifecycle

Ready to build something in modeling & simulation?

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