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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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CYBER RISKS TO THE OPERATIONAL TECHNOLOGY ARCHITETURES OF NEXT GENERATION NUCLEAR REACTORS.
Abstract not provided.
Assessing the Perception and Comprehension of Adversarial Cyber Activity in Operational Technology Environments Using Bayesian Networks.
Abstract not provided.
Assessing Ransomware Activity in Operational Technology Environments Using Bayesian Networks.
Abstract not provided.
Development of a Bayesian Network to Model Malicious Cyber-Activity in Operational Technology Environments.
Abstract not provided.
Enhancing Operational Technology Cybersecurity Using Modeling and Simulation
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Statistical Methods for Developing Cybersecurity Response Thresholds for Operational Technology Systems Using Historical Data
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Enhancing Cybersecurity Incident Response for Operational Technology Systems Using Bayesian Networks
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?Does this interface make my sensor look bad?? Basic principles for designing usable useful interfaces for sensor technology operators.
Abstract not provided.
Software-Defined Networking Traffic Engineering Process for Operational Technology Networks
Network design goals are often functional with little consideration for security. Growth and maintenance of critical infrastructure mission-focused networks can be ad hoc and preclude large-scale technology replacements, reconfigurations, or even patching. These restrictions are contributing factors to increased vulnerabilities. Over 90% of all attacks begin with phishing and include lateral movement (Frinke 2019). Adopting a software-defined networking (SDN) approach is an effective mitigation strategy for many existing vulnerabilities. SDNs deny-by-default approach to networking restricts an adversary’s freedom of movement without impacting an organization’s mission. SDN implementations require a process that identifies an organization’s mission-specific network communications. A well-defined traffic engineering process ensures that only known devices communicate with each other on specific ports.
Final Report for Phase I Topic: DE-FOA-0001941 5a) Project Advanced Grid Operational Technologies – Blockchain Technologies for the Electric Grid
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CYBER RISKS TO THE OPERATIONAL TECHNOLOGY ARCHITETURES OF NEXT GENERATION NUCLEAR REACTORS.
Abstract not provided.
CYBER RISKS TO THE OPERATIONAL TECHNOLOGY ARCHITETURES OF NEXT GENERATION NUCLEAR REACTORS.
Abstract not provided.
Development of a Bayesian Network to Model Malicious Cyber-Activity in Operational Technology Environments.
Abstract not provided.
Internet of things and operational technology detection and visualization platform
A computer-implemented method of monitoring activity of devices in a network is provided. The method comprises passively collecting data regarding how the devices access the network, and for each device on the network, identifying all other devices on the network with which the device communicates. All communication traffic from the devices to outside the network is identified. A determination is made if there are any required updates and if patches for the devices execute in a fashion defined as safe. A number of risk indicators for privacy risks are determined according to device communication within the network, device communication to outside the network, and update and patch execution. A visualization of any identified risk factors is displayed to a user through a user interface.