DEFCON AI DELIVERS RESILIENT
OPTIMIZATION OF COMPLEX
SYSTEMS UNDER UNCERTAINTY

DEFCON AI is the next driving force in resilient optimization.

RESILIENCE IN THE FACE OF DISRUPTION

We empower clients to anticipate, assess, and mitigate potential impacts of disrupted and non-disrupted networks, and aligning outcomes with operational goals. Responding to these uncertain events, like disruptions, and adjusting planning is currently an extremely time and resource-intensive task. Resilience, facilitated by AI-driven and optimization technologies, is urgently needed.

Today we have the ability to develop software for modeling sophisticated problems in the real world. Through the use of intelligent agents, complex scenarios can be visualized and evaluated to determine better responses. DEFCON AI is changing the paradigm of operational planning in the face of disruption.


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DEFCON AI IS POSITIONED AT THE INTERSECTION OF AI, OPERATIONS, AND ANALYTICS

The missing link in how today's organizations respond to operational challenges is the integration of next-generation technologies with mathematical optimization, informative training, and decision-making capabilities. DEFCON AI has assembled a team of world-class experts in the fields of AI engineering, operations research, and mathematics, to develop new solutions to reshape response planning in disrupted scenarios.

meet the team

OUR Values

MISSION

We are united by a shared mission: to develop powerful technology that helps operators move resources faster, better, and safer in an increasingly complicated world.

COLLABORATION

We work collaboratively with our partners to tailor our technology-enabled solutions to their workflows and needs in order to provide maximum value.

CONFIDENCE

We incorporate the vital information needed to enable confident, data-driven decisions.

EFFICIENCY

We recognize the critical importance of balancing effectiveness and efficiency in timely responses to disruptions.

RELIABILITY

We are committed to delivering consistently reliable solutions to extremely complex problems.