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Behavior modeling for cybersecurity
In this paper, we elaborate on the key actors within the context of the cyber world at the Jet Propulsion Laboratory and use Bayesian Belief Networks to represent the causal and probabilistic relationships between the various elements that affect an actor and the likelihood of exploits and adverse consequences that can occur due to an exploit. We assess the effectiveness of each of the mitigative methods and the sensitivity of the system to each of the aggravating as well as mitigative factors. We use a combination of objective incident data and Subject Matter Expert knowledge as input to these models.
CyberGAN: Generating High-Fidelity Cybersecurity Data with Generative Adversarial Networks (GANs)
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Cybersecurity and Infocentric ATM
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Outer Space Cyberattacks: Seven Factors Driving Space-Cybersecurity Concerns
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IMPLEMENTING CYBERSECURITY INTO AN EXISTING NATIONAL NUCLEAR NON-PROLIFERATION PROGRAMME – A CASE STUDY
Cyber threat profiling and risk mitigation is critical to any nuclear state organization and should be considered as part of any comprehensive nuclear security programme. Defining and evaluating the impact of the cyber threat to mission can be challenging. An existing national nuclear non-proliferation organization undertook an effort to incorporate computer security activities into its programme to address cyber risk. One of the primary goals of this endeavour was to develop a set of prioritised recommendations for organizational follow-through. The organization dedicated subject matter expert resources in the form of a cyber task force to support this goal. Opportunities were identified where computer security could be built into each programme including office-level strategies and tools. Of course, no new identified threat vector is easily considered and incorporated into existing programmes without impact. There are many obstacles to be overcome. Technically literate subject matter experts are difficult to find, management has comparatively less experience applying computer security into its programmes, and trying to change the culture to consider computer security risk at policy and programmatic levels takes time and management attention. As an outcome of this process, a roadmap for program integration was developed, including the establishment of a cyber support team. This paper will discuss the challenges and successes associated with establishing such a team.
Anomalous Process Awareness and Detection (APAD) A Cybersecurity Approach for Small and Medium-Size Manufacturers Final Technical Report Department of Energy SBIR Contract DE-SC0019976
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Securing Vehicle Charging Infrastructure Against Cybersecurity Threats.
Abstract not provided.
EMULATION METHODOLOGY OF PROGRAMMABLE LOGIC CONTROLLERS FOR CYBERSECURITY APPLICATIONS.
Abstract not provided.
US EPA Water Security Test Bed - Water Infrastructure Cybersecurity Research Vision
Virtual tour of the Water Security Test Bed, a joint INL & EPA test bed.
Emulation Methodology of Programmable Logic Controllers for Cybersecurity Applications.
Abstract not provided.
Cybersecurity Risk Assessment Framework for Externally Exposed Energy Delivery Systems
Securing the energy delivery system (EDS) from complex, nonlinear, and evolving cyber threats requires a complex set of changing and interwoven classes of technologies, policies, relationships, and personnel. One key area in this technological milieu is assessment methodologies to compare information, gathered by a variety of means, about networked devices with publicly known possible threat information about said devices. This information is used to generate risk-based characterizations that allow for the adjudication and proper corresponding management action chains to be assigned.