Project Overview
Genomic cybersecurity and privacy guidelines and resources can aid organizations by enabling secure collaborative innovations and by protecting them against data misuse—which could harm individuals, companies, and government initiatives. NIST is engaging with genomic stakeholders across government, academia, and industry to develop voluntary, actionable guidelines and resources to help organizations manage cybersecurity and privacy risks for systems that process genomic data.
Cybersecurity and Privacy Guidelines
The NCCoE has published several guidelines for the genomics community addressing the challenges of assessing and improving the cybersecurity posture of organizations. These documents were generated with input from the community during workshops and other engagements with the first being NIST IR 8432, Cybersecurity of Genomic Data, summarizing the current practices, challenges, and solutions for protecting genomic data across its lifecycle.
Genomic Data Profile
NIST IR 8467, Genomic Data Cybersecurity and Privacy Frameworks Community Profile was developed through input from stakeholders to identity organization objectives during genomic data processing. It provides a structured, risk-based approach for managing both cybersecurity and privacy risks in processing genomic data.
Threat Modeling for Genomic Data
The soon to be released NIST Special Publication 1800-43 Volumes A-C, Threat Modeling for Genomic Data: An Implementation for Genomic Sequencing and Data Analysis, describes a methodology for identifying and addressing cybersecurity and privacy threats in genomic data processing environments.
Exploratory Applications of Secure Technologies
The NCCoE is continuing to explore technologies that can mitigate cybersecurity and privacy risks in genomic data analysis and storage. For example, digital credentials could offer a way for researchers to authenticate their identity to genomic data providers. The project team continues to engage stakeholders to assess their interest and evaluate the feasibility of integrating different technologies into their systems and processes.