Medical icon MEDICAL

Since 2009, we’ve performed R&D to develop leading-edge healthcare support technologies. We’ve developed applications that deliver mobile therapy, help medics make the best decisions on the battlefield, and analyze healthcare data.  This technology supports medical personnel and the warfighters and veterans they care for.

We also offer virtual training applications to develop medical skills, systems that measure trainee performance within training systems, as well as research and enabling tech that can support and enhance any training program.

VIRTUAL-C

AR and VR are distinguished by their use of virtual environments that contain virtual content, which users can interact with through ordinary senses like sight, touch, and sound. A simple example of a virtual environment is a traditional desktop computer display, which users interact with through sight of the screen and touch of the mouse.

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Simulation from VIRTUAL-C Project from Charles River Analytics

VIRTUAL-C

AR and VR are distinguished by their use of virtual environments that contain virtual content, which users can interact with through ordinary senses like sight, touch, and sound. A simple example of a virtual environment is a traditional desktop computer display, which users interact with through sight of the screen and touch of the mouse.

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ADVISOR and ADVISOR-TFD

ADVISOR is a patent-pending virtual reality (VR) system that helps US military first responders facilitate in-theater concussion screening using a ruggedized set of VR hardware and embedded software.

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Illustration from ADVISOR Project from Charles River Analytics

ADVISOR and ADVISOR-TFD

ADVISOR is a patent-pending virtual reality (VR) system that helps US military first responders facilitate in-theater concussion screening using a ruggedized set of VR hardware and embedded software.

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fNIRS

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 from fNIRS from Charles River Analytics

fNIRS

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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Tourniquet Master Training

The effort resulted in probabilistic models of enterprise-deployed machine learning systems (such as insider threat detection systems). Analysts can use these models to evaluate, forecast, and understand the performance of a machine learning system within the enterprise.

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Image from Tourniquet Master Training Project from Charles River Analytics

Tourniquet Master Training

The effort resulted in probabilistic models of enterprise-deployed machine learning systems (such as insider threat detection systems). Analysts can use these models to evaluate, forecast, and understand the performance of a machine learning system within the enterprise.

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CHARACTER

CHARACTER is a screen-based simulator and adaptive tutor for rehearsing key decision-making skills in the initial trauma assessment. It is designed to bridge the gap between book learning and expensive, hard to schedule simlab time by giving learners “mental reps” on the cognitive skills of trauma assessment.

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Virtual illustration from CHARACTER Project from Charles River Analytics

CHARACTER

Charles River Analytics and our teammate, 5D Robotics, developed an intuitive soldier-machine interface for controlling robotic leader-follower systems in small team operations. The Multi-modal Interface for Natural Operator Teaming with Autonomous Robots, or MINOTAUR, fuses multiple proven leader-tracking and robot control technologies to provide a reliable, hands-free interface for Warfighters operating in challenging environments.

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VITAMMINS

VITAMMINS classifies a medical professional’s skill and adapts content to meet their learning needs as they progress through their training session. Medical professionals trained with the benefit of VITAMMINS skill models and adaptive training algorithms can deliver a higher quality of care.

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Image from VITAMMINS Project from Charles River Analytics

VITAMMINS

VITAMMINS classifies a medical professional’s skill and adapts content to meet their learning needs as they progress through their training session. Medical professionals trained with the benefit of VITAMMINS skill models and adaptive training algorithms can deliver a higher quality of care.

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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.

LEARN MORE >

IMSH 2020 Recap

We recently showcased our adaptive intelligent training solutions at the International Meeting on Simulation in Healthcare (IMSH). IMSH is the world’s largest conference for healthcare simulation learning, research, and scholarship.

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Image of medical professional and IMSH recap from Charles River Analytics

IMSH 2020 Recap

We recently showcased our adaptive intelligent training solutions at the International Meeting on Simulation in Healthcare (IMSH). IMSH is the world’s largest conference for healthcare simulation learning, research, and scholarship.

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