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Fact Sheets
OT Cybersecurity
The ACRT provides the infrastructure and tools to research emerging threats to aircraft avionics that result from specification, implementation, and operational based vulnerabilities.
Consequence-driven Cyber-informed Engineering (CCE) is a new methodology focused on securing the nation’s critical infrastructure systems.
Control Systems Engineering is a division of INL’s Cybercore Innovation Center whose mission is to secure critical infrastructure through innovative control systems cybersecurity solutions.
The U.S. relies on advanced operational technology to manage critical infrastructures like the power grid, refineries and transportation.
Identify and neutralize unique threats to operational technology environments.
INL researchers inspect circuit boards, electronic components and chip sets as part of the lab’s control systems cybersecurity mission.
INL cybersecurity researchers lead international efforts to secure nuclear facilities from cyberthreats.
Identifying vulnerabilities and improving operational efficiency and reliability.
Practical training for energy sector owners & operators.
The Department of Homeland Security’s Cybersecurity Infrastructure Security Agency has collaborated with INL to provide comprehensive and innovative training courses aimed at securing industrial control systems.
A network traffic analysis platform that enables security teams to detect and analyze network threats.
An INL-developed device that filters out dangerous control systems commands, preventing hackers from taking over industrial facilities.
Monitoring evolving cyber threats to operational technology environments.
INL researchers working in the Cybercore Integration Center are improving the resiliency of the nation’s critical infrastructure control systems.
INL OT Cybersecurity Program Managers offer OT expertise and hands-on industry experience.
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