Charles River Analytics

It’s almost April and that means it's trade show season for us! We'll be at XPONENTIAL Show, #GEOINT2025, and #SAS25. Just to name a few! Hope to see you there!

Innovation never stops around here! We're always exploring new initiatives while advancing the leading edge of our existing work. Stay tuned—there’s always something exciting in the works! https://ow.ly/8hm450Vo95A

NASA - National Aeronautics and Space Administration is using #VR to prepare astronauts for lunar science missions, creating immersive, high-fidelity simulations that let them practice before ever setting foot on the moon. Tech advances like this help astronauts and scientists hone their skills, navigate challenging terrain, and refine mission strategies—all from #Earth. We love seeing how leading-edge technology enhances learning, sharpens decision-making, and pushes the boundaries of human exploration. https://ow.ly/KYEv50Vo8VP

#ICYMI, Principal Scientist Rob Hyland sat down with the host of the From the Crows’ Nest podcast by the Association of Old Crows to discuss how #AI is revolutionizing electromagnetic spectrum operations (#EMSO)—enabling systems to learn entire segments of the spectrum, accelerate upgrades, and enhance adaptability like never before. ??Tune in now: https://ow.ly/H8hk50VjhoW

Check out this article in Design News on our JARVIS project! Principal Software Engineer David Koelle shares how JARVIS empowers designers to push past traditional constraints, uncovering innovative, cost-effective solutions with the help of AI. By reducing biases and expanding the realm of possibilities, JARVIS is transforming system design for greater efficiency and smarter outcomes. ?? Read more: https://ow.ly/e7H750Vgria

??? There are still a few spots available! Come join us at 2:00 p.m. EST today and learn how you can empower the future of space science with KWYN? SOLAR. https://ow.ly/2Qvu50VjhnK

?? Hey Space Educators, The reviews are in! Everyone loves KWYN? SOLAR, our #AR/#VR application that helps operators quickly develop space domain awareness to maintain critical space assets. Curious to know why? Come to our KWYN SOLAR Seminar next week and learn how you can prepare the next generation of space scientists and engineers with KWYN SOLAR! https://ow.ly/BmRj50VhnEc

Last week, we hosted our "Show Us Your Awesome" (SUYA) event! ?? SUYA is a fantastic opportunity for our #employee-owners to showcase their amazing projects and share their accomplishments with the entire company. It’s an inspiring way to learn about our colleagues’ work, support each other, and celebrate our successes together. Kudos to everyone who participated! https://ow.ly/sve650VfGml

?? Calling all educators in space science and astrodynamics! Prepare your students to lead the future of space exploration. Join our free online webinar to learn how KWYN? SOLAR revolutionizes space science education with advanced data visualization and analysis tools. Empower your classrooms and research programs: ??Learn emerging space architectures ?? Build a deeper, more intuitive understanding of the space domain ??Equip students and researchers with leading-edge #XR technology designed to enhance learning and retention Don't miss out—register today to elevate your programs and inspire the next generation of innovators! https://ow.ly/nMmb50VfG9g

Several years ago, NASA - National Aeronautics and Space Administration personnel used CAPT PICARD—our system designed to measure cognitive workload during training and real-world tasks—to collect data from 20 astronaut-like subjects who participated in testing at NASA's Johnson Space Center (JSC). The evaluation took place at the Interface Rapid Prototyping Laboratory (RPL) using an Orion-like workstation, featured in the How To Fly Orion video. Led by Dr. Bethany K. Bracken as Principal Investigator, the research team designed CAPT PICARD to assess cognitive workload in real time. E. Vincent Cross II, PhD (currently a Senior Scientist, but who was working at JSC previously) assisted with data collection. During testing, participants performed procedural tasks such as responding to malfunctions and monitoring shuttle launches, all while connected to fNIRS Pioneer biosensors that tracked brain activity. Through this research, CAPT PICARD demonstrated its ability to accurately assess cognitive workload—an important step in optimizing training and performance for high-stakes environments. We're thrilled to have worked with the same workstation that NASA astronauts will use on Artemis II, the first crewed flight of Orion to the Moon, scheduled for April of 2026. https://ow.ly/tAYN50V7OT4 CAPT PICARD: https://lnkd.in/e-hm5D5Y fNIRS Pioneer Biosensors: https://lnkd.in/eikX68vY #AI #CognitiveWorkload #HumanPerformance #NASA #fNIRS #AerospaceInnovation