DEFCON AI

What DEFCON AI does

DEFCON AI is an insights company that leverages artificial intelligence, mathematical optimization, data analytics, and software engineering for resilient optimization of complex systems. They develop intelligent AI to anticipate and adapt to rapidly shifting conditions across national security and enterprise systems. Their technology aligns outcomes with operational goals, enables better decision-making, and empowers customers to anticipate, assess, and mitigate the impacts of disruptions. They build AI-powered execution platforms for complex operations under uncertainty, delivering advanced AI capabilities that support leaders across national security and commercial industries where people, assets, infrastructure, and decisions must remain aligned despite constant disruption. They create best-of-breed algorithms and models with bleeding-edge AI to help organizations understand tradeoffs, test scenarios, and make confident decisions when many interconnected factors are in play. Their AI platform supports mission-critical challenges across defense, infrastructure, global supply chains, manufacturing, and healthcare, helping organizations plan, adapt, and perform in dynamic environments where uncertainty is constant. DEFCON AI was cofounded in 2022 to meet a direct request from the Department of War for a planning tool to address uncertain futures in the event of contested logistics, aiming to deliver a decision-augmentation capability that could support operational-level planning and training at the speed and scale required for modern conflict.

Products

• ARTIV AirEnables airlift planners to rapidly generate and evaluate multiple mission scenarios using cloud-native, time-dynamic optimization. It supports strategic decision-making by balancing effectiveness, efficiency, and resiliency in routing mission-critical cargo and personnel.
• R-ALIGNEnables logistics planners to rapidly model and evaluate global multimodal operations using cloud-native, time-sensitive optimization. It supports strategic decision-making by balancing speed, resilience, and efficiency across air, sea, rail, and road movements in contested and dynamic environments.
• R-IMSProvides infrastructure and program teams a real-time view of capacity, dependencies, and schedule risk through simulation and scenario analysis. It helps planners assess delays, trace downstream impacts, and strengthen resilience by supporting fast, data-driven decisions across complex project portfolios.
• DockForgeStreamlines ship maintenance scheduling by optimizing job assignments across dry docks and shipyards. It rapidly generates efficient schedules from existing plans while allowing planners to explore trade-offs and maximize throughput.
• FlightForgeDelivers mission-ready flight schedules in seconds, intelligently balancing key factors for accuracy and efficiency under tight timelines. Its AI-driven optimization and real-time, crew-to-sortie visibility empower planners to make rapid, confident adjustments when disruptions occur.
• SimSourceAn advanced optimization, simulation, and forecasting platform that helps companies manage complex, nested scheduling demands under uncertainty. By modeling real-world constraints and providing visual analyses, it facilitates efficient resource allocation, reduces idle time, and improves throughput.
• HelioNetHelps enterprises design resilient, cost-efficient global logistics networks through advanced modeling and long-horizon optimization. It identifies optimal warehouse and hub locations, evaluates tariff and disruption scenarios, and supports strategic decisions that balance efficiency, adaptability, and sustainable growth.
• Synapse SchedulerThe Synapse Scheduler uses

Key capabilities

• Intelligent AI to anticipate and adapt to rapidly shifting conditions
• Forward-looking insights
• Optimization models
• Resilient execution tools
• Adaptive frameworks
• Rigorously stress-tested strategies
• Advanced optimization algorithms
• AI-powered execution platforms
• Best-of-breed algorithms and models with bleeding-edge AI
• Mathematical optimization
• Mission-grade software engineering
• Simulation and scenario analysis
• Real-time, crew-to-sortie visibility
• Advanced modeling and long-horizon optimization

Use cases

• Anticipating and adapting to rapidly shifting conditions
• Resilient optimization of complex systems
• Aligning outcomes with operational goals
• Better decision making
• Anticipating, assessing, and mitigating impacts of disruptions
• Staying ahead of challenges
• Elevating organizational resilience
• Safeguarding continuity and mission success
• Evaluating commercial software for the Marine Corps and fielding it to the Fleet
• Translating complex operations into scalable success
• Rapidly generating and evaluating multiple mission scenarios for airlift planning
• Balancing effectiveness, efficiency, and resiliency in routing mission-critical cargo and personnel
• Rapidly modeling and evaluating global multimodal operations for logistics planning
• Balancing speed, resilience, and efficiency across air, sea, rail, and road movements
• Real-time view of capacity, dependencies, and schedule risk for infrastructure and program teams
• Assessing delays, tracing downstream impacts, and strengthening resilience in project portfolios
• Streamlining ship maintenance scheduling and optimizing job assignments
• Generating efficient schedules and exploring trade-offs for ship maintenance
• Delivering mission-ready flight schedules and balancing key factors for accuracy and efficiency
• Making rapid, confident adjustments to flight schedules during disruptions
• Managing complex, nested scheduling demands under uncertainty
• Efficient resource allocation, reducing idle time, and improving throughput
• Designing resilient, cost-efficient global logistics networks
• Identifying optimal warehouse and hub locations
• Evaluating tariff and disruption scenarios
• Supporting strategic decisions that balance efficiency, adaptability, and sustainable growth

AI approach

DEFCON AI develops intelligent AI and AI-powered execution platforms that leverage artificial intelligence, mathematical optimization, data analytics, and software engineering for resilient optimization of complex systems. They build best-of-breed algorithms and models with bleeding-edge AI to help organizations understand tradeoffs, test scenarios, and make confident decisions. Their technology enables planners and operators to evaluate multiple courses of action and assess how decisions propagate across time, resources, and operational constraints.

Tech named: artificial intelligence, mathematical optimization, data analytics, software engineering, advanced optimization algorithms, simulation, scenario analysis, forecasting

Industries served

• National Security
• Enterprise Systems
• Manufacturing
• Logistics
• Healthcare
• Defense
• Infrastructure
• Global Supply Chains
• Transportation

What it says sets it apart

• Leverages artificial intelligence, mathematical optimization, data analytics, and software engineering for resilient optimization
• Pushes beyond traditional algorithms for faster, sharper, and more confident decision-making
• Optimization models align to unique objectives and operational realities
• Provides adaptive frameworks and rigorously stress-tested strategies
• Engineers AI solutions powered by advanced optimization algorithms
• Builds AI-powered execution platforms for complex operations under uncertainty
• Creates best-of-breed algorithms and models with bleeding-edge AI
• Marries senior defense leaders, algorithm developers, and operators to build next-generation AI-powered tools
• Cross-disciplinary team understands how complex systems behave in real-world conditions
• Built to close the gap between advanced algorithms and real-world operations
• Rapidly transitioned concepts into a mission-ready, AI-powered platform

Funding rounds we track

From the AI funding tracker — rounds as reported by the linked publications.