The National Institute of Science and Technology releases Cybersecurity of Genomic Data
March 6, 2023
The National Institute of Science and Technology (“NIST”) has released its initial draft of Cybersecurity of Genomic Data.
The media release provides:
Genomic data has enabled the rapid growth of the U.S. bioeconomy and is valuable to the individual, industry, and government due to intrinsic properties that, in combination, make it different from other types of high-value data which possess only a subset of these properties. The characteristics of genomic data compared to other high value datasets raises some correspondingly unique cybersecurity and privacy challenges that are inadequately addressed with current policies, guidance, and technical controls.
This report describes current practices in risk management, cybersecurity, and privacy management for protecting genomic data, as well as the associated challenges and concerns. It identifies gaps in protection practices across the genomic data lifecycle and proposes solutions to address real-life use cases occurring at various stages of the genomic data lifecycle. This report also is intended to provide areas for regulatory/policy enactment or further research.
Genomic data has multiple intrinsic properties that in combination make it different from other types of high value data which possess only a subset of these properties. The characteristics of genomic data compared to other high value datasets raises unique cybersecurity and privacy challenges.
The NIST report proposes a set of solution ideas that address real-life use cases occurring at various stages of the genomic data lifecycle along with candidate mitigation strategies and the expected benefits of the solutions. Additionally, areas needing regulatory/policy enactment or further research are highlighted.
Cyber attacks targeted at genomic data include attacks against:
- the confidentiality of the data,
- data integrity and its availability.
- the confidentiality of the data can threaten the economy through theft of the intellectual property owned by the biotechnology industry,
- the integrity of the data can disrupt:
- biopharmaceutical output,
- agricultural food production,
- bio-manufacturing activity.
- the availability of the data include:
- encrypting for ransom,
- deletion of data, and
- disabling critical automated equipment used in:
- research,
- development,
- and manufacturing.
- the potential harms of cyber attacks on genomic data threaten national security including enabling the development of biological weapons and the surveillance, oppression, and extortion of our citizens, military, and intelligence personnel based on their genomic data.
- genomic data can also harm individuals by enabling blackmail, discrimination based on disease risk, and privacy loss from the revealing of hidden consanguinity or phenotypes including health, emotional stability, mental capacity, appearance, and physical abilities.