RAPTR®

RAPTR® supports a variety of mission-critical activities—from optimizing satellite maneuvers and analyzing multi-domain interactions to aiding operational planning and strategic assessments. By enabling agencies to quickly prototype and assess mission concepts with speed and precision, RAPTR® helps them anticipate and respond to emerging challenges. As a flexible, scalable solution, RAPTR® accelerates the decision-making process, empowering agencies to navigate dynamic, high-stakes environments with confidence.

Accelerate cross-domain decision-making

Traditional modeling and simulation tools are inflexible, expensive, and slow, hindering analysis and delaying mission-critical answers. Many tools lack the flexibility to adapt to evolving mission sets. There is a growing need for secure platforms that support rapid analysis, integrate with existing data environments, and deliver insights for tactical, operational, and strategic planning.

RAPTR® provides a customizable modeling, simulation, and analysis platform to accelerate the evaluation of “what if” scenarios, enable real-time simulations, and visualize cross-domain impacts to inform decisions across the mission lifecycle.

RAPTR® is LMI’s customizable modeling, simulation, and analysis platform designed to support data-driven decision-making across a wide range of mission domains. Built to operate at all security levels, RAPTR® integrates an extensible data library, an intuitive user interface, and advanced visualization tools to enable faster, more accurate analysis of complex operational scenarios. The platform's lightweight, thin-client design ensures that users can access powerful modeling and simulation capabilities without heavy hardware requirements, making it ideal for quick deployment and operational flexibility.

Rapid customization: modify functionalities 5–10x faster with new software able to be delivered every two weeks, enabling your team to adapt tools in real time as mission needs evolve.
Real-time visualization: Access clear, intuitive visual displays that provide immediate awareness of evolving situations, helping identify opportunities and threats to support timely, informed action.
Informed decision-making: Leverage advanced data-driven simulations combined with predictive analytics and scenario comparisons to uncover risks, validate strategies, and anticipate outcomes, providing mission leaders with clear, actionable insights that boost confidence and precision in critical decisions.
Cross-domain modeling: Simulate complex interactions across multiple domains—space, cyber, land, sea, and air—using a unified engine built to anticipate adversary moves and reveal cascading effects on the mission.

Customize applications for your mission – or leverage what’s already built

Orbital Analysis
- Quickly analyze satellite orbits and build constellation patterns within a high-performance environment.
- Seamlessly import/export data across RAPTR® tools and access a curated library of unclassified satellites to accelerate mission planning.
Trajectory Analysis
- Model satellite flight paths in real time to support mission planning, maneuver analysis, and responsive operations using custom inputs and dynamic orbital scenarios.
Coverage Analysis
- Assess satellite coverage across defined areas of interest using configurable angles, visibility ranges, and coverage thresholds.
- Simulate threats like signal jamming, identify and resolve coverage gaps, and optimize satellite positioning for improved accuracy and readiness.
Data Analytics
- Visualize trends, compare mission scenarios, and uncover operational insights through an intuitive, web-based interface.
- Evaluate space-to-terrain dependencies, identify high-priority assets, and assess system resiliency in contested environments.

Terrestrial Cell
- Enhances strategic wargaming by modeling how space assets support ground operations and how degraded space capabilities impact mission effectiveness.
- Enables users to assess performance, identify critical assets, and understand which systems require the most protection.
Trade Space Explorer
- Rapidly test a wide range of configurations to identify which factors—and combinations—most impact mission outcomes.
Agent-Based Simulation
- Leverage a dynamic, multi-user interface into RAPTR®’s agent-based simulation engine (RSIM) to support realistic wargaming, mission exercises, and training.
Space Logistics
- Analyze mission feasibility and trade-offs for scenarios like rapid cargo delivery, orbital refueling, or lunar transport—assessing time, cost, payload, and trajectory efficiency to guide decisions on mission support, communications, and satellite servicing.

RAPTR® in the real world

RAPTR® is deployed through flexible, client-tailored configurations, which may include software customization and expert support from analysts and developers.

Space Warfighting Analysis Center (SWAC) leverages RAPTR® to drive rapid, data backed force design and strategic reviews, enabling mission leaders to assess trade-offs and evaluate satellite resiliency in contested environments.
United States Space Command employs RAPTR® to enhance operational planning and space domain awareness through high fidelity simulations and cross domain visualizations that inform real time decision-making.
National Space Defense Center (NSDC) uses RAPTR® to conduct dynamic wargaming and adversary threat modeling, integrating space and terrestrial effects to inform defensive and offensive campaign strategies.
The Intelligence Community relies on RAPTR®’s customizable simulation environment to perform advanced scenario analysis, threat assessments, and mission planning that support both strategic insight and tactical readiness.

Make better decisions in tomorrow’s domain – today
RAPTR® drives mission success by combining rapid adaptability with deep operational insight. Its modular design lets teams quickly tailor capabilities, cutting development time with tools that evolve alongside mission demands. The platform’s advanced simulation engine models real-world complexities across space, cyber, and terrestrial domains, helping agencies anticipate adversary moves and understand cascading effects before they happen. With easy-to-use, interactive visualizations, decision-makers gain real-time clarity on dynamic situations, enabling faster, more confident responses.