The Growth of Asset Identification in OT Environments and Remaining Challenges

Asset identification in Operational Technology networks has received increased attention due to the lack of accurate, non-disruptive solutions and the rising need to combat cybersecurity-related concerns of facilities in the Industrial Control Systems space. This work presents a survey of available asset identification solutions and discusses their growth and ability to function in fragile OT environments. This work also implemented a number of these software solutions in a virtualized, segmented IT and OT environment known as Cyber City to test their efficacy and performance. A discussion of their results is additionally provided. Though discussions on remaining challenges are presented, the growth of new and existing solutions is viewed optimistically, with promising options and outlooks on future work.

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Publication Details

Published
2024-12-03
DOI
https://doi.org/10.1109/rws62797.2024.10799380
Citations
2
Primary Topic
Historical Studies in Central America
Type
article
Field-Weighted Citation Impact
20.71
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article

The Growth of Asset Identification in OT Environments and Remaining Challenges

Casey Lorenzen, Colm Sweeney, C. T. Kelley, Noah L. Schrick et al.
2 citations
Historical Studies in Central America
20.71
article

The Growth of Asset Identification in OT Environments and Remaining Challenges

Casey Lorenzen, Colm Sweeney, C. T. Kelley, Noah L. Schrick, Candice Mitchell, Michael A. Gray, An Hendrix, Joseph Nelson, John Chávez, David Kalohi, Jamal Fluellen, Andrew StLouis, Adam Akridge, Christopher Rials, Robert Swartzwelder
article en
2 citations

Abstract

Asset identification in Operational Technology networks has received increased attention due to the lack of accurate, non-disruptive solutions and the rising need to combat cybersecurity-related concerns of facilities in the Industrial Control Systems space. This work presents a survey of available asset identification solutions and discusses their growth and ability to function in fragile OT environments. This work also implemented a number of these software solutions in a virtualized, segmented IT and OT environment known as Cyber City to test their efficacy and performance. A discussion of their results is additionally provided. Though discussions on remaining challenges are presented, the growth of new and existing solutions is viewed optimistically, with promising options and outlooks on future work.

United States Army Corps of Engineers (US), U.S. Army Engineer Research and Development Center (US)
Openalex Percentile: Top 1%
Historical Studies in Central America
20.71
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