Charles River Analytics
Charles River Analytics is dedicated to developing human-centered intelligent systems that enhance military performance, ensure homeland security, and transform healthcare through advanced technology. With a strong focus on AI, robotics, and human-centered computing, the company aims to solve complex challenges faced by government and commercial sectors. The company also emphasizes its commitment to corporate social responsibility, employee ownership, and innovative training solutions.
Industries
N/A
Nr. of Employees
small (1-50)
Charles River Analytics
Patents
Monocular visual-inertial alignment for scaled distance estimation on mobile devices
US-11372017-B2
View Details
Monocular visual-inertial alignment for scaled distance estimation on mobile devices
US-11372017-B2
View DetailsProducts
Adaptive AI training engine and platform
An AI-enabled training engine that provides real-time mission support, intelligent help, performance tracking, adaptive scenario sequencing, and after-action review for simulation and mixed-reality training.
Extended reality development SDK
Open-source XR SDK and toolkit for prototyping and deploying AR/VR/MR experiences with modular, device-agnostic components and engine integrations.
Maritime computer-vision collision-avoidance software
Computer-vision software that analyzes EO/IR video to detect and classify vessels, marine mammals, and obstacles to support lookout augmentation and collision avoidance.
Clinical informatics integration tool
Informatics software to integrate patient assessment data, wearable inputs, and care-plan workflows to streamline clinical operations and research data capture.
Robotic medical triage prototype
Robotic prototype to assist medics during mass-casualty incidents by remotely identifying, assessing, and supporting triage operations using multimodal sensors and a manipulator.
Unmanned underwater vehicle hardware and launch/recovery prototypes
Design and integration of unmanned-underwater-vehicle hardware, pressure-tolerant housings, and launch/recovery support systems for autonomous underwater operations.
Adaptive AI training engine and platform
An AI-enabled training engine that provides real-time mission support, intelligent help, performance tracking, adaptive scenario sequencing, and after-action review for simulation and mixed-reality training.
Extended reality development SDK
Open-source XR SDK and toolkit for prototyping and deploying AR/VR/MR experiences with modular, device-agnostic components and engine integrations.
Maritime computer-vision collision-avoidance software
Computer-vision software that analyzes EO/IR video to detect and classify vessels, marine mammals, and obstacles to support lookout augmentation and collision avoidance.
Clinical informatics integration tool
Informatics software to integrate patient assessment data, wearable inputs, and care-plan workflows to streamline clinical operations and research data capture.
Robotic medical triage prototype
Robotic prototype to assist medics during mass-casualty incidents by remotely identifying, assessing, and supporting triage operations using multimodal sensors and a manipulator.
Unmanned underwater vehicle hardware and launch/recovery prototypes
Design and integration of unmanned-underwater-vehicle hardware, pressure-tolerant housings, and launch/recovery support systems for autonomous underwater operations.
Services
Engagements to mature algorithms and prototypes into deployable systems through contracting, licensing, joint development, and product management support.
On-site coastal testing, assembly, deployment, operation, evaluation, and maintenance services for surface and underwater systems supported by vessels and docking facilities.
On-site electrical, mechanical, and systems engineering services with technicians and tooling for rapid prototyping, integration, and validation of ruggedized hardware.
Design and deployment of AI-enabled training platforms using adaptive algorithms, simulation, XR interfaces, behavioral agents, and physiological monitoring to tailor instruction and assess trainee performance; includes enterprise features such as scheduling and automated content generation.
Integration of clinical data sources and informatics tools to optimize workflows, support mobile and wearable data capture, and facilitate clinical research and care-plan workflows.
Algorithm development and integration for perception, sensor fusion, and signal-processing pipelines tailored to sonar, video, RF, physiological, and other sensor modalities.
Engagements to mature algorithms and prototypes into deployable systems through contracting, licensing, joint development, and product management support.
On-site coastal testing, assembly, deployment, operation, evaluation, and maintenance services for surface and underwater systems supported by vessels and docking facilities.
On-site electrical, mechanical, and systems engineering services with technicians and tooling for rapid prototyping, integration, and validation of ruggedized hardware.
Design and deployment of AI-enabled training platforms using adaptive algorithms, simulation, XR interfaces, behavioral agents, and physiological monitoring to tailor instruction and assess trainee performance; includes enterprise features such as scheduling and automated content generation.
Integration of clinical data sources and informatics tools to optimize workflows, support mobile and wearable data capture, and facilitate clinical research and care-plan workflows.
Algorithm development and integration for perception, sensor fusion, and signal-processing pipelines tailored to sonar, video, RF, physiological, and other sensor modalities.
Expertise Areas
- Adaptive and AI-driven training systems
- Extended reality (XR) development and SDKs
- Computer vision and multi-sensor perception
- Robotics autonomy and swarm coordination
Key Technologies
- Probabilistic programming
- Explainable AI and human-centered AI
- Hybrid AI (symbolic, probabilistic, deep learning)
- Reinforcement learning and meta-learning
News & Updates
An invitation to participate in the I/ITSEC 2024 event.
Join us at the Society for Simulation in Healthcare event.
An interview discussing the impact of technology on society.
Contracts awarded to facilitate faster processing of challenging semantics in Army intelligence documents.
An article discussing the use of social robotics to support Alzheimer's patients.
A grant awarded to enhance training for first responders during the pandemic.
An invitation to participate in the I/ITSEC 2024 event.
Join us at the Society for Simulation in Healthcare event.
An interview discussing the impact of technology on society.
Contracts awarded to facilitate faster processing of challenging semantics in Army intelligence documents.
An article discussing the use of social robotics to support Alzheimer's patients.
A grant awarded to enhance training for first responders during the pandemic.