WOPR mission patch
WOPR®
Vide Futurum

Turn complex missions into playable decisions.

An AI-enhanced platform that enables the design, execution, adjudication, and learning from multi-domain games, test scenarios and experimentation — all in one persistent environment.

Build in minutes. Adapt in flight. Learn in real time.

WOPR, Operation Trident Guard
WOPR®OverviewMulti-domainPlatformSpeed to InsightDecision-Embedded IntelligenceAfter actionIntegrationRequest a briefing →
WOPR® / The family
Explore
with
Solstice.
Campaign wargaming & decision analysis
Model
with
Helios.
Mission modeling, cyber & operational simulation
Maintain
with
Ares.
Readiness, sustainment & logistics analysis
Train
with
Labs.
Experiment & development
WOPR / Multi-domain operations
SCROLL

Model the mission — not the domains in isolation.

WOPR connects forces, systems, resources, decisions and effects across air, land, maritime, space and cyber. Multi-domain is more than five domains on one map.

Cyber
01 / 05
Cyber
Disrupt sensing, supply chain, communications, or C2.
Space
02 / 05
Space
Degrade PNT, communications, and ISR confidence.
Air · Sea · Land
03 / 05
Air · Sea · Land
Routes, timing, targeting, and fires adapt.
Sustainment
04 / 05
Sustainment
Recalculate consumption, reserves, and resupply.
Mission Effect
05 / 05
Mission Effect
Expose effects on success, readiness, and risk.
WOPR / Inside the platform

Every role in one environment.

Blue, Red, White Cell, SMEs and observers work the same live scenario. WOPR captures decisions, supports traceable adjudication, and adapts as conditions change.

WOPR Blue role viewWOPR Red role viewWOPR White Cell role viewWOPR SMEs role viewWOPR Observers role view
All five domains, one picture
Adversary agent, live
Unclassified | Illustrative Scenario
Viewing as: Blue
WOPR commander orbital state
Commander - Orbital State
WOPR mission library
Library - All Missions
WOPR mission thread builder
Mission Thread Builder
WOPR / Speed to insight

Build complex scenarios in minutes, not weeks.

10–100×
More scenario exploration

Effects-based modeling expands the aperture from individual system performance to campaign-level, multi-domain outcomes — contextualizing physics outputs while shifting skilled personnel from execution overhead to interpretation and strategy.

Campaign-level insight emerges during execution — not only after the event.

WOPR / Decision-embedded intelligence

Put mission-aware AI inside the decision loop.

AI Sidekick operates inside WOPR, already grounded in the current game state — so teams move from question to insight without rebuilding context or re-prompting.

Mission planner
Turns intent into objectives, phases, forces and injects.
Model orchestrator
Assigns the right model and tool to each task, then synchronizes results.
Adversary / Red Team
Generates and pressure-tests COAs against doctrine and adversary logic.
Analyst + Briefer
Explains adjudication, effects and key decisions as reusable evidence.
AI accelerates the analysis.
Human adjudicators retain authority.
Operates air-gapped and disconnected.
No AI provider dependency or vendor lock.
Bounded autonomy · Human authority · Full traceability
WOPR / Pressure-test + after action

Pressure-test disruption. Explain the cascade.

Every run ends with evidence, not just a result: what held, what bled, how decisions were adjudicated, and a briefing you can replay move by move.

01
Disrupt
Change the operational picture
Apply COAs, adversary behaviors, strikes, contested logistics, cyber effects, resource limits, and alternative assumptions to the living mission model.
02
Cascade
See what else breaks
Trace downstream effects across mission threads, kill-chain continuity, days of reserve, decision latency, risk, and prioritized restoration.
03
Decide
Choose what happens next
Compare alternatives, replay every move exactly, capture maps and evidence, and export a decision-ready briefing.
30+
Report templates
Exact
Deterministic replay

Insights and evidence generated during each event become reusable mission knowledge — accelerating future planning, experimentation, and readiness.

WOPR / Open interoperability

Integration over disruption.

Orchestrate the simulations, trainers and mission models you already run through one decision layer. Integration isn’t a dependency — it’s additive.

IEEE 1516 HLA
IEEE 1278.1 DIS
Link-16
Cursor on Target
GCCS
TBMCS
JADOCS
AFATDS

Choose the right model for every mission.

Deterministic
Physics + engineering
System performance, constraints, kinematics, environment, resource consumption, and other calculable mission behavior.
Behavioral
Rules + agent behavior
Doctrine, tactics, human choices, autonomous actors, adversary behavior, cyber threats, and multi-agent interaction.
Stochastic
Probability + data
Uncertainty, variability, risk, Monte Carlo exploration, predictive models, AI/ML analytics, and outcome distributions.
Vide Futurum

See what a decision does before you have to make it.

We’ll walk your team through WOPR against a scenario that looks like your mission.