Every domain. Every threat class. One defense simulation engine.

The Problem

Wargaming in defense falls into two buckets: tabletop exercises that lack physics, and purpose-built simulators that cost millions, model one domain, and are disconnected from the systems operators actually use. Neither teaches the right lessons. Tabletop exercises can't tell you whether your SHORAD battery has enough magazine depth to survive a 30-threat saturation attack. Single-domain simulators can't show you what happens when an EW jammer degrades your search radar while a salvo of cruise missiles approaches from a different azimuth. And when training happens on a different platform than operations, the muscle memory, interface familiarity, and trust operators build never transfers to the real fight. The threat environment demands better. Drone swarms, hypersonic missiles, electronic attack, subsurface threats, and coordinated multi-domain strikes don't respect the boundaries between simulation tools. Organizations need a way to rehearse realistic, multi-domain scenarios with real physics consequences; affordably, repeatedly, and on the tools they'll use when it matters.

Who Has This Problem

How It Works

What's Under the Hood

Not a Standalone Simulator

This is where Empyrean's simulation diverges from every other wargaming tool on the market. The simulation engine doesn't exist in isolation; it feeds synthetic detections through the same fusion pipeline, policy engine, and common operational picture used in live operations. Sensor data from the simulation stresses the fusion engine the same way real sensors do: noisy, intermittent, multi-modal, and contradictory. Operators train on the real interface. Vendors can validate their sensor and effector representations against the physics models and see their platforms represented in scenario demonstrations. Acquisition teams can evaluate force architectures before committing procurement dollars by building the scenario and running it. The entity card library is continuously expanding across air, ground, surface, subsurface, EW, and infrastructure domains. Faction equipment access enforces doctrinal realism; each operational faction resolves to the correct set of platforms, sensors, and weapons. New cards, weapon systems, and scenarios are added regularly as the research team and operational partnerships grow. Sensor and effector vendors: contact us to discuss validation partnerships. Have your platform represented in the entity card library with OSINT-derived or vendor-provided performance data for customer demonstrations and integration testing.