USER INTERFACES &
HUMAN-MACHINE TEAMING
Enhancing human-centered workflows with intuitive interface technologies and advanced AI
We enable users to achieve their goals by integrating advanced AI algorithms, decision-support tools, and training software within human-centered workflows in useful and efficient ways.
We employ novel user interface technologies, including speech and gesture recognition, computer vision, and multimodal interfaces, to provide natural and intuitive interaction across smart devices, desktop, and mixed-reality applications.
Extended Reality (XR) Interfaces
Mixed reality (MR), virtual reality (VR), and augmented reality (AR) applications bring new information and interaction affordances to real-world environments, and enables users to work, train, and collaborate within situations that might otherwise be dangerous or cost-prohibitive. We provide custom XR interaction experiences that can be tailored to individual work and training environments, while applying best-in-class commercial components to reduce deployment costs and training restrictions.
KWYN® SOLAR
An immersive environment for rapidly understanding the space domain
VRT3
A VR interface designed for HAZWOPER instructors to enhance safety training
NO VAPE
A system to practice resisting your vaping cravings in a virtual world
APOGEE
XR for space domain awareness
KWYN® MARLINSPIKE
A virtual marine navigation training system
IMPRINT
Virtual reality to enhance training for managing hazardous materials
CESSATION
A system to combat nicotine dependency and mitigate relapse
TheraVerse®
Technology-based therapeutic toolsDecision-Support and Collaboration Systems
Effective tools don’t just drop reams of data into users’ laps: they elevate and present decision-critical information in ways that can be efficiently recognized, interpreted, and acted upon.
TITAN
An enhanced communication prototype for crewed–uncrewed teaming
MERLINS-STAFF
Neuro-symbolic AI tool to help teams plan complex operations
RAPS
An AI-based maintenance system that keeps robotic combat vehicles mission ready
JALAD
Uses natural language processing for sentiment analysis
READI
A risk-assessment tool for installation security decision-making
PRESCRIPTION
Understandes risks and vulnerabilities in the pharmaceutical supply chainHuman-AI Teaming
To be trustworthy, AI systems must be resilient, unbiased, accountable, and understandable. But most AI systems cannot explain how they reached their conclusions. Explainable AI (XAI) promotes trust by providing reasons for all system outputs—reasons that are accurate and human-understandable.
JUPITER
An AI-based mission planning framework for Navy operations
JARVIS
AI enhanced design collaboration for human creativity while mitigating biasTITAN
An enhanced communication prototype for crewed–uncrewed teaming
CAMEL
Advancing the field of explainable AI (XAI) with causal models to explain learning
EXTRA
Tools that make DRL agents understandable and trustableHuman-Robot Collaboration and Natural Interfaces
Charles River Analytics develops human-machine interfaces that seamlessly integrate robots into a human operator’s workflow. Natural interfaces fuse advanced speech and gesture recognition, computer vision, augmented reality, and smart devices. These natural interfaces reduce the cognitive burden on operators, increase trust in human-robot teams, and help keep our warfighters safe.
ARC3
A tool to help medics monitor patients, diagnose injuries, and provide treatment
SOUSAPHONE
A networked system for conducting wildlife surveys in dangerous and hard-to-reach environmentsTITAN
An enhanced communication prototype for crewed–uncrewed teaming
SCOUT
Sensing technology that detects and characterizes damage from natural disasters using swarms and smart sensorsAdvanced Training Tools
Customized training tools support education and training across a broad range of instructional needs, from marksmanship and battlefield medicine to basic topics in Science, Technology, Engineering, Arts, and Mathematics (STEAM). We develop interfaces that address unique learning objectives and use contexts by delivering these experiences across a range of desktop, mobile, and mixed-reality environments.
KWYN® EFECTIVE Mobile
Mobile-based training for first responders to practice trauma treatment skills
VIRTUAL-C
Affordable, VR-based biosafety and biosecurity training for public health professionals
ST-MASTER
A system for sonar training, assessment, tailoring, and remediation
KWYN® EFECTIVE
A virtual training system for medical and logistics personnelKWYN® MARLINSPIKE
A virtual marine navigation training systemVIRTUOSO SDK
The VSDK eliminates the traditional roadblock of device-specific applications, allowing developers to design and build one application for a range of visualization, input, haptic, and tactile devices, and utilize a single API for interaction across all of these platforms.
VIRTUOSO SDK
The VSDK eliminates the traditional roadblock of device-specific applications, allowing developers to design and build one application for a range of visualization, input, haptic, and tactile devices, and utilize a single API for interaction across all of these platforms.
