Every weapon system begins with the right question. Our operations research practice defines the analytical foundation that drives the entire engineering value chain — from understanding the threat environment, to establishing system requirements, to validating designs through large-scale simulation. We turn operational problems into quantitative frameworks that guide design, procurement, and employment decisions.

Force on Force Analysis

We model complex multi-domain engagements to evaluate weapon system effectiveness, survivability, and lethality against realistic threat behaviors. These analyses establish the performance requirements that flow directly into our system design and simulation work — ensuring that every engineering decision traces back to an operational need.

Loadout Analysis

Optimizing the weapon mix aboard surface combatants, aircraft, and ground-based launchers requires balancing competing mission requirements against physical constraints. We analyze loadout configurations across the full spectrum of anticipated threat scenarios, feeding results directly into our simulation infrastructure to validate performance under realistic conditions.

Shot Doctrine Analysis

Determining when, how many, and what type of interceptors to commit against an incoming threat is one of the most consequential decisions in missile defense. We develop and evaluate shot doctrines using Monte Carlo simulation on our own compute infrastructure, applying probability of kill models and cost-exchange analysis to ensure defenders maintain overmatch while preserving magazine depth.

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