TRAINING

Computer-generated forces created with cutting-edge artificial intelligence, cognitive modeling, and agent-based approaches improve the believability and affordability of training and mission rehearsal. We develop and deploy realistic agents in a variety of training domains to support team training, realistic adversaries, and patterns of life.

Our skills-training apps immerse participants in gamified environments that are realistically rendered. To optimize training, we measure physiological signals and the cognitive workload of participants in the training program to support adaptive curriculums perfectly tailored to each individual to optimize the time they spend in training. Our AR/VR authoring toolkit and prototyping platform can be used to generate immersive skill training and non-invasively track trainee states throughout their training. 

MAGPIE

MAGPIE combines an integrated suite of efficient content authoring tools, models of trainee skill and motivation, and a game adaptation engine to dynamically deliver game-based maintenance training that is responsive to individual learning needs, performance, and instructor guidance.

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Simulated image from MAGPIE Project from Charles River Analytics

MAGPIE

MAGPIE combines an integrated suite of efficient content authoring tools, models of trainee skill and motivation, and a game adaptation engine to dynamically deliver game-based maintenance training that is responsive to individual learning needs, performance, and instructor guidance.

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Tourniquet Master Training

Tourniquet Master Training (TMT) system to teach, assess, and provide refresher training on this new tourniquet technology. TMT is a scenario-based training system that allows trainees to practice using tourniquets such as the Sam Junctional Tourniquet.

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Image from Tournique Master project from Charles River Analytics.

Tourniquet Master Training

Tourniquet Master Training (TMT) system to teach, assess, and provide refresher training on this new tourniquet technology. TMT is a scenario-based training system that allows trainees to practice using tourniquets such as the Sam Junctional Tourniquet.

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GeMFIRE

GeMFIRE’s virtual flight training environment provides a realistic and cost-effective solution to address current 5th generation aircraft training gaps. Our solution works seamlessly with other Combat Air Force Distributed Mission Operations.

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Logo from Charles River Analytics GeMFIRE project.

GeMFIRE

GeMFIRE’s virtual flight training environment provides a realistic and cost-effective solution to address current 5th generation aircraft training gaps. Our solution works seamlessly with other Combat Air Force Distributed Mission Operations.

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Sherlock

Sherlock™ as an open and extensible software and hardware platform that enables users to rapidly prototype applications that collect, analyze, visualize, and reason about human physiological, neurological, and behavioral states.

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Image of Sherlock logo from Charles River Analytics

Sherlock

Sherlock™ as an open and extensible software and hardware platform that enables users to rapidly prototype applications that collect, analyze, visualize, and reason about human physiological, neurological, and behavioral states.

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CAATE

Computer-based training in virtual environments has the potential to train Soldiers to rehearse missions with a sound knowledge of the relevant local cultural context.

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Image from Charles River Analytics project CREATE, a military service concept.

CAATE

Computer-based training in virtual environments has the potential to train Soldiers to rehearse missions with a sound knowledge of the relevant local cultural context.

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CyMod

CyMod™, a cyber modeling and reactive agent framework that provides a tool for integrating intelligent cyber adversaries into simulation environments. CyMod enables cyber defenders to quickly and easily perform cyber wargaming to predict likely attack vectors and prepare proactive defenses against these attacks.

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Simulated image of lock with circuits, Charles River Analytics cybersecurity offerings.

CyMod

CyMod™, a cyber modeling and reactive agent framework that provides a tool for integrating intelligent cyber adversaries into simulation environments. CyMod enables cyber defenders to quickly and easily perform cyber wargaming to predict likely attack vectors and prepare proactive defenses against these attacks.

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Our passion for science and engineering drives us to find impactful, actionable solutions.