Vulnerability
Disclosure & Response
When a cybersecurity incident strikes, rapid, effective response is essential. BIO-ISAC prepares organizations to act swiftly, providing expert guidance and frameworks to mitigate damage, recover systems, and ensure the continuity of research and business operations.
Proactively identifying and addressing security flaws is crucial in preventing cyber threats. This work promotes transparent, responsible reporting of vulnerabilities (of every kind, not just software), fostering collaboration between researchers, developers, and organizations to address weaknesses before exploitation.
What is a Vulnerability?
At BIO-ISAC, we consider a vulnerability to be any "condition that enables a threat event to occur." (NISTIR 8286)
When it comes to the technologies of bioeconomy, every threat demands attention. We cannot dismiss any weaknesses in an information system, system security procedures, internal controls, or implementation that could be exploited or triggered by a threat source.
The term vulnerability is frequently used as shorthand for referencing a type of threats, known as “cybersecurity vulnerability” or “software security vulnerability” threats. For some discussions, this assumes equal prioritization of terms and response readiness. For others, this grants permission to dismiss active threats for not being limited to a software patch solution.
Technical friction, from hardware flaws and outdated standards to contaminated datasets and malfunctioning security tools, stalls progress and leaves the bioeconomy vulnerable. We must resolve these inefficiencies immediately, share critical insights with frontline teams, and build a unified framework to safeguard our biological future. The bioeconomy delivers on the world's most needed, most advancing science. Let's get there safely, together.
Need help?
Timely support to verify your network design, verify findings, and talk with peers to evaluate next steps the moments a potential issue is discovered on an instrument or network creates shorter down time and truncates loss. BIO-ISAC delivers that support and can help guide your team from identification to action and resolution.
If a confidential, third-party review of your research design, finding, network plan, cyber research, or system alert would advance your decisions, please don't hesitate. Email help@isac.bio.
Safe Harbor for Ethical Researchers
Most researchers (cybersecurity or scholarly) will engage with a third-party program that offers safe harbor, a legal promise from the companies involved that they will not pursue a lawsuit or criminal charges against the researcher as a result of appropriately coordinated research involving digital tools, systems, software, or instruments. Without this step in advance to obtain written consent, "red teaming" a digital system or process, even if the intent is research, meets the legal definition of an attack.
BIO-ISAC provides a Safe Harbor service to digital system researchers, and offers to be a third-party coordinator of these consents and retainer of the established protocols. We can help you connect with the appropriate parties and verify your study protocol, safeguards, and disposal plans.
A few examples of when and why researchers should consider Safe Harbor protocols:
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The Digital Millennium Copyright Act (Section 1201) prohibits bypassing "technological protection measures" that control access to copyrighted work. High-end lab equipment (DNA sequencers, automated synthesizers, etc.) often runs on proprietary software. If a researcher bypasses a software lock to find a vulnerability, they could technically be sued.
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The Computer Fraud and Abuse Act (18 U.S.C. § 1030) prohibits "intentionally accessing a computer without authorization or exceeding authorized access." This includes pretending to be a customer requesting an order to test a screening or reporting to law enforcement procedure.
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Red teaming defines an effort to portray the role of an attacker through the creation of a secure, offline environment (“sandboxed” or not connected to live tools). It does not mean "research of a digital system" nor does it offer protection to researchers using the term. Without a documented research protocol, digitally sandboxing the environment, and documented written consent for the effort from the vendors involved, this action meets the legal definition of an attack.