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Search Search CSRC MENU Search Search Projects Publications Expand or Collapse Drafts for Public Comment All Public Drafts Final Pubs FIPS (standards) Special Publications (SP s ) IR (interagency/internal reports) CSWP (cybersecurity white papers) ITL Bulletins Project Descriptions Journal Articles Conference Papers Books Topics Expand or Collapse Security & Privacy Applications Technologies Sectors Laws & Regulations Activities & Products News & Updates Events Glossary About CSRC Expand or Collapse Computer Security Division Cryptographic Technology Software Security Group Hardware Security Group Security Engineering and Risk Management Applied Cybersecurity Division Cybersecurity and Privacy Applications National Cybersecurity Center of Excellence (NCCoE) National Initiative for Cybersecurity Education (NICE) Contact Us Information Technology Laboratory Computer Security Resource Center Publications NIST SP 1800-10 Protecting Information and System Integrity in Industrial Control System Environments: Cybersecurity for the Manufacturing Sector Share to Facebook Share to X Share to LinkedIn Share ia Email Documentation Topics Date Published: March 2022 Author(s) Michael Powell (NIST) , Michael Pease (NIST) , Keith Stouffer (NIST) , CheeYee Tang (NIST) , Timothy Zimmerman (NIST) , Joseph Brule (MITRE) , Chelsea Deane (MITRE) , John Hoyt (MITRE) , Mary Raguso (MITRE) , Aslam Sherule (MITRE) , Kangmin Zheng (MITRE) , Matthew Zopf (Strativia) Abstract Today’s manufacturing organizations rely on industrial control systems (ICS) to conduct their operations. Increasingly, ICS are facing more frequent, sophisticated cyber attacks—making manufacturing the second-most-targeted industry. Cyber attacks against ICS threaten operations and worker safety, resulting in financial loss and harm to the organization’s reputation. The architecture and solutions presented in this guide are built upon standards-based, commercially available products, and represent some of the possible solutions. The solutions implement standard cybersecurity capabilities such as behavioral anomaly detection (BAD), application allowlisting (AAL), file integrity-checking, change control management, and user authentication and authorization. The solution was tested in two distinct lab settings: a discrete manufacturing workcell, which represents an assembly line production, and a continuous process control system (PCS), which represents chemical manufacturing industries. An organization that is interested in protecting the integrity of a manufacturing system and information from destructive malware, insider threats, and unauthorized software should first conduct a risk assessment and determine the appropriate security capabilities required to mitigate those risks. Once the security capabilities are identified, the sample architecture and solution presented in this document may be used. The security capabilities of the example solution are mapped to the NIST Cybersecurity Framework , the National Initiative for Cybersecurity Education Framework , and NIST Special Publication 800-53 . Today’s manufacturing organizations rely on industrial control systems (ICS) to conduct their operations. Increasingly, ICS are facing more frequent, sophisticated cyber attacks—making manufacturing the second-most-targeted industry. Cyber attacks against ICS threaten operations and worker safety,... See full abstract Today’s manufacturing organizations rely on industrial control systems (ICS) to conduct their operations. Increasingly, ICS are facing more frequent, sophisticated cyber attacks—making manufacturing the second-most-targeted industry. Cyber attacks against ICS threaten operations and worker safety, resulting in financial loss and harm to the organization’s reputation. The architecture and solutions presented in this guide are built upon standards-based, commercially available products, and represent some of the possible solutions. The solutions implement standard cybersecurity capabilities such as behavioral anomaly detection (BAD), application allowlisting (AAL), file integrity-checking, change control management, and user authentication and authorization. The solution was tested in two distinct lab settings: a discrete manufacturing workcell, which represents an assembly line production, and a continuous process control system (PCS), which represents chemical manufacturing industries. An organization that is interested in protecting the integrity of a manufacturing system and information from destructive malware, insider threats, and unauthorized software should first conduct a risk assessment and determine the appropriate security capabilities required to mitigate those risks. Once the security capabilities are identified, the sample architecture and solution presented in this document may be used. The security capabilities of the example solution are mapped to the NIST Cybersecurity Framework , the National Initiative for Cybersecurity Education Framework , and NIST Special Publication 800-53 . Hide full abstract Keywords application allowlisting ; behavioral anomaly detection ; file integrity checking ; firmware modification ; industrial control systems ; manufacturing ; remote access ; software modification ; user authentication ; user authorization Control Families None selected Documentation Publication: https://doi.org/10.6028/NIST.SP.1800-10 Download URL Supplemental Material: Project homepage Document History: 09/23/21: SP 1800-10 (Draft) 03/16/22: SP 1800-10 (Final) Topics Security and Privacy access authorization , access control , authentication , continuous monitoring , intrusion detection & prevention , malware Technologies networks , storage Applications cyber-physical systems , cybersecurity framework , operational technology Laws and Regulations Executive Order 13636 Sectors manufacturing HEADQUARTERS 100 Bureau Drive Gaithersburg, MD 20899 X (link is external) facebook (link is external) linkedin (link is external) instagram (link is external) youtube (link is external) rss govdelivery (link is external) Want updates about CSRC and our publications? 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