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DEFCON AI Awarded 5-Year, $115 Million Prototype Agreement in Support of U.S. Marine Corps Logistics Modernization
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Advanced optimization models accelerate rapid, informed decision-making, reinforcing national and operational readiness in dynamic and contested environments.
ARTIV Air empowers planners to route cargo and personnel for maximum efficiency, mission effectiveness, and operational resiliency. Built on cloud-native, time-dynamic optimization, it facilitates rapid scenario generation with the ability to integrate disruptions into planning to anticipate and adapt to changing conditions. Its resilient routing engine incorporates a penalty structure and Red attack modeling to minimize risk, while a results dashboard provides clear performance insights for confident decision-making.
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R-ALIGN (Resilient Analytics for Logistics and Inter-modal Global Networks) empowers operational planners to rapidly generate and evaluate multiple mission scenarios through cloud-native, time-sensitive optimization. Built for dynamic and contested environments globally, it enhances strategic decision-making by streamlining the multimodal movement of cargo and personnel across joint and coalition theaters. By balancing mission effectiveness, logistical efficiency, and operational resiliency, R-ALIGN ensures planners can adapt quickly and execute with confidence.
Request a DemoR-IMS (Resilient Infrastructure Management System) is a decision-support platform built for infrastructure planning. It provides a synchronized view of plant capacity and project dependencies, allowing users to simulate delays, assess downstream impacts, and identify risk hotspots. With scenario planning, real-time alerts, risk modeling, and collaborative tools, R-IMS helps teams explore “what-if” scenarios, validate changes, and optimize capacity with confidence.
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DockForge optimizes the assignment of complex maintenance jobs for the maintenance of ships, ensuring continuous operational readiness and maximizing shipyard throughput. This aggregate-level scheduling tool uses advanced algorithms to balance job workload against dry dock availability and constraints across shipyards, rapidly generating an optimized maintenance schedule based on existing plans. It allows planners to explore various trade-off scenarios, defining the permissible scope of changes (simple to complex) to understand the maximum achievable efficiency gains, supporting agile, data-driven decision-making.
Request a DemoFlightForge generates mission-ready flight schedules in seconds, intelligently balancing critical factors to ensure efficiency and accuracy under tight operational timelines. Built on a high-speed optimization core, it leverages layered AI and intuitive interfaces to minimize daily scheduling friction and provide operational planners with a real-time view of crew-to-sortie assignments. This enables rapid, confident adjustments when unforeseen disruptions occur. FlightForge functions as a decision-support solution aligned with existing processes.
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Transforming the manufacturing landscape is made possible by enabling precision planning and rapid response to disruptions. Additionally, manufacturers gain the advanced insights needed to improve throughput, reduce downtime, and maintain a highly agile supply chain.
SimSource equips manufacturers with powerful simulation and optimization tools tailored for high-mix, low-volume environments. It models nested workflows, resource constraints, and real-world variability to help planners evaluate scheduling strategies, reduce idle time, and improve throughput. With interactive, visual scenario exploration, SimSource supports confident decision-making under uncertainty—enabling teams to adapt quickly, prioritize effectively, and streamline operations across complex machining and production workflows.
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Enhancing supply chain and logistics operations is achieved through predictive dashboards and tailored optimization models that anticipate disruptions before they occur. By streamlining planning with real-time insights, organizations can make faster, more informed decisions that increase resilience, reduce costs, and elevate performance across even the most complex networks.
HelioNet empowers global enterprises to design resilient, cost-efficient logistics networks through advanced modeling and optimization. Built for volatile trade environments and long-term planning, it pinpoints optimal warehouse and consolidation hub locations to reduce transportation costs while safeguarding service levels. By incorporating scenario analysis for supply chain disruptions, it enables strategic decisions that balance efficiency, resiliency, and scalability. HelioNet turns intricate network design problems into clear, data-driven strategies for sustainable growth.
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Meeting patient care demands across diverse facilities and shifts is streamlined by enabling coordinators to evaluate complex workforce scheduling scenarios in real time. Through the use of constraint-based optimization, healthcare leaders can achieve a critical balance between clinical effectiveness and operational resiliency, placing the right staff exactly where they are needed most.
Synapse Scheduler uses advanced machine learning and predictive algorithms to anticipate operational demand and align staffing with real-time and future needs. By leveraging historical and live data, the platform generates forward-looking schedules in seconds, minimizing compliance risks, reducing costs, and preventing overstaffing or understaffing. Human-in-the-loop optimization ensures managers maintain control while benefiting from automation and AI-driven insights. This proactive approach improves operational efficiency and continuously learns from user interactions to make scheduling more adaptive and resilient over time.
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