U.S. Navy tasks Charles River Analytics to build cyber-resilient framework
CAMBRIDGE, Mass. U.S. Navy officials opted for a follow-on contract with Charles River Analytics Inc. to build a cyber-resilient framework. The two-year contract for Embedded Architecture for Cyber-resilience (EAC) is valued close to $750,000, with two possible contract options for an additional $1.25 million.
EAC will help defend cyber physical systems from attacks and enable them to function with minimal disruption. EAC ensures fine-grained isolation of both system- and application-level components and uses novel anomaly detection algorithms to locate compromises. When a component is compromised, EAC automatically restores that component to a known good state. EAC combines a component-based operating system structure with novel system monitoring and fault detection algorithms to provide attack and fault resiliency for cyber physical systems.
“Cyber physical systems are employed widely in Navy operations,” says Curt Wu, Chief Software Engineer at Charles River and Principal Investigator on the EAC effort. “As these systems become more interconnected, they become more exposed to cyberattacks. We’re building the EAC framework to protect cyber physical systems from threats.”
Charles River is partnering with Professor Gabriel Parmer, an expert in operating system design and real-time systems, of George Washington University. The team will extend the Composite operating system, developed by George Washington University, in the EAC framework.
EAC is one of Charles River’s efforts in resilient system design, building novel computer architectures that are not as vulnerable to attacks and failures.
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