Charles River Analytics has received a two-phase contract from the Office of Naval Research for the development of a tool that can aid forensic analysis of cyberthreat actors’ tactics, techniques and procedures. The software company said Tuesday the $2.5 million award under ONR’s Small Business Technology Transfer program centers on the Cyber Adversary Discovery Engine, […] More

Charles River Analytics looks to help the Department of Defense integrate human-machine interface modeling into the early design phases of artificial intelligence systems used in air and space operations. The company said Tuesday it received over $9 million in funding to develop modeling platforms under the Defense Advanced Research Projects Agency’s Enhancing Design for Graceful […] More

Charles River Analytics has secured $3 million award to develop tools that can help the U.S. Navy and Marine Corps better understand deep reinforcement learning, a machine learning technique restrained by obstacles associated with unclear responses and the potential to make wrong conclusions. The company said Tuesday its Explainability and Terrain Reasoning for Autonomy or […] More

Charles River Analytics looks to help the Department of Defense enhance organizational effectiveness through a new analytical technology that employs artificial intelligence to generate insights from free-form text. CRA said Tuesday its new sentiment analysis technique named the Jargon Association for Language Analysis in Domains harnesses natural language processing and best practices in human-machine interface […] More

A lightweight system was introduced by Charles River Analytics, with funding support from the U.S. Navy, to allow kayaks to autonomously collect parameter data in coastal environments. The company said Tuesday its Modular Oceanographic Autonomous Navigating Assessor, developed under a $500,000 Navy contract, works to measure bathymetry, water column constituents, benthic properties, hyperspectral radiometry and […] More

The U.S. Army has provided Charles River Analytics with additional funding for the development of a cybersecurity system for military ground vehicles equipped with a controller area network. The computer software company said Tuesday it will continue to build the Controller Area Network Defense in Depth system intended to give military platforms capabilities in detecting, […] More

The U.S. Navy has awarded Charles River Analytics a $140,000 contract to develop a platform-agnostic framework designed to support the service branch's management of disparate systems and sensor networks. Charles River said Monday the Core Combat Architecture will serve as a baseline for platforms meant to handle the real-time management of combat systems, weapons and sensors supporting the Navy's vessels.

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Charles River Analytics has received almost $1 million in funds from the U.S. Army to develop an agent-based algorithm that could provide teams of robotic and human caregivers with direction and assistance in treating traumatic injuries.

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Charles River Analytics has secured funds from the U.S. Army Corps of Engineers to create a tool that would help military decision-makers gain insight from mission data and determine possible courses of action.

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The Defense Advanced Research Projects Agency has awarded additional funding to a Charles River Analytics-led team to develop a predictive analytics concept aimed at visualizing social influence through computational models.

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Charles River Analytics and Assured Information Security have partnered to develop a machine learning-based anomaly identification framework to support the Defense Advanced Research Projects Agency“™s efforts to improve detection of the Trojan computer virus.

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Charles River Analytics has secured Army Medical Research Acquisition Activity funds to advance a virtual reality technology designed to help military first responders examine brain injury cases on the battlefield. The company said Monday it will equip the ADVISOR-Tethered Forward Deployable platform with a ruggedized screening kit comprised of a head-mounted display and a graphics and data processing unit.

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