Dual-use research refers to scientific work that is conducted for legitimate, beneficial purposes but that could also be misused to cause harm. The term captures a genuine tension at the heart of modern science: the same knowledge that enables medical breakthroughs or agricultural advances can, under different circumstances, be weaponized or exploited. This article unpacks the key questions researchers, policymakers, and research organizations face when navigating the dual-use dilemma.
What makes research ‘dual-use’ in the first place?
Research becomes dual-use when its methods, findings, or technologies have both constructive and destructive potential. The defining characteristic is not the researcher’s intention, but the inherent versatility of the knowledge itself. A study designed to understand how a pathogen spreads, for example, could equally inform a public health response or provide a blueprint for harm.
The concept of dual-use research of concern (DURC) is a more specific category developed by biosecurity and policy communities. It refers to research that, based on current understanding, can be reasonably anticipated to create, transfer, or apply knowledge, products, or technologies that could be directly misapplied to pose a significant threat to public health, safety, security, agriculture, the environment, or national security.
What makes the category so challenging is that dual-use potential is rarely obvious at the outset. Foundational discoveries in chemistry, biology, or materials science often have no immediate application at all. The risk emerges later, as knowledge accumulates and new actors gain access to it. This delayed emergence of risk is one reason why governing dual-use research requires ongoing vigilance rather than a single checkpoint at the point of publication.
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What are the main ethical concerns raised by dual-use research?
The central ethical concern in dual-use research is the conflict between the scientific value of open inquiry and the potential for that openness to enable harm. Researchers, institutions, and funders must weigh the benefits of sharing knowledge freely against the risks of that knowledge reaching actors who would use it destructively.
Several specific ethical tensions arise from this core conflict:
- Publication and transparency: Science depends on peer review and open sharing of results. Restricting publication to prevent misuse can undermine scientific progress and accountability.
- Informed consent and community risk: Research that could affect public safety raises questions about who bears the risk and whether affected communities have any say in whether the research proceeds.
- Dual loyalty: Researchers funded by government or defense agencies may face pressure to prioritize national security interests over broader humanitarian considerations.
- Unequal access to safeguards: Researchers in lower-resource settings may lack access to biosafety infrastructure, legal frameworks, or institutional oversight that help manage dual-use risks in wealthier countries.
These concerns do not have simple resolutions. Responsible research ethics in the dual-use context involves ongoing deliberation rather than fixed rules, which is why governance frameworks and international dialogue are so important.
Which scientific fields are most affected by the dual-use dilemma?
The life sciences, particularly microbiology and virology, are most commonly associated with the dual-use dilemma because of the potential for research on pathogens to inform the development of biological weapons. However, the challenge extends well beyond biology and affects a growing range of scientific disciplines.
Life sciences and biosecurity
Research involving gain-of-function experiments, pathogen enhancement, or the synthesis of dangerous organisms sits at the sharpest edge of the dual-use problem. The biosecurity community has developed specific frameworks, including DURC policies, to address these risks. Even well-intentioned research in this area can generate knowledge with serious misuse potential.
Chemistry, AI, and emerging technologies
Chemistry has long been subject to dual-use scrutiny, given the overlap between industrial processes and chemical weapons production. More recently, artificial intelligence has emerged as a significant dual-use concern. AI systems capable of designing novel molecules, identifying system vulnerabilities, or generating synthetic media can serve both beneficial and harmful ends. Autonomous systems, cyber research, and advanced materials science face similar dilemmas. As technology accelerates, the number of fields touched by the dual-use challenge is expanding, not shrinking.
How do research organizations govern dual-use risks?
Research organizations govern dual-use risks through a combination of institutional policies, ethics review processes, and compliance with national and international regulatory frameworks. Effective governance requires embedding oversight into the research lifecycle rather than treating it as an afterthought at the publication stage.
Common governance mechanisms include:
- Institutional Biosafety Committees (IBCs): These bodies review research involving biological agents and assess both safety and security dimensions before work begins.
- Ethics review boards: Independent committees evaluate research proposals for ethical risks, including dual-use potential, particularly in publicly funded institutions.
- Export control compliance: Many countries regulate the transfer of sensitive technologies and research materials across borders, requiring researchers to understand and comply with applicable laws.
- Publication review processes: Some journals and institutions have adopted pre-publication review for research with significant dual-use potential, allowing time to assess and, if necessary, redact sensitive details.
- Staff training and awareness programs: Building a culture of responsibility means equipping researchers at all career stages to recognize and respond to dual-use risks in their own work.
No single mechanism is sufficient on its own. Robust governance combines structural oversight with a genuine institutional culture of responsible research.
What is the researcher’s responsibility in dual-use situations?
Researchers bear a direct personal responsibility to consider the potential consequences of their work, not only its scientific merits. Responsible research in the dual-use context means asking not just “Can we do this?” but “Should we, and under what conditions?”
In practice, this responsibility involves several concrete actions. Researchers should familiarize themselves with the dual-use policies of their institution and funding bodies before a project begins. They should proactively raise concerns with ethics committees or biosafety officers when a line of inquiry moves into sensitive territory. They should also think carefully about how results are communicated, considering whether full publication serves the public interest or whether certain technical details warrant restriction.
Importantly, individual responsibility does not exist in isolation. Researchers operate within institutional, professional, and regulatory environments that shape what is possible and permissible. When those environments provide inadequate guidance, researchers have a professional obligation to advocate for stronger oversight rather than simply proceeding in the absence of clear rules. Scientific societies and professional associations play a valuable role here by developing community norms and codes of conduct that reinforce individual accountability.
How can international collaboration help manage dual-use research risks?
International collaboration strengthens the management of dual-use research risks by building shared norms, enabling coordinated oversight, and reducing the gaps that arise when research moves across national jurisdictions with uneven regulatory frameworks. No single country can govern dual-use science in isolation because knowledge and researchers move globally.
Collaborative approaches create several practical advantages. Shared frameworks, such as the Biological Weapons Convention or harmonized DURC policies, establish common standards that reduce the risk of regulatory arbitrage, where sensitive research migrates to jurisdictions with weaker oversight. Joint training and capacity-building programs help ensure that researchers in all regions have access to the knowledge and institutional support they need to handle dual-use risks responsibly. Cross-border partnerships also foster trust and communication between scientific communities, making it easier to identify and respond to emerging risks before they escalate.
Multilateral research networks are particularly well-positioned to facilitate this kind of coordination, bringing together institutions across regions to develop shared practices and amplify responsible research norms at scale.
How WAITRO supports responsible research and dual-use awareness
Managing the risks associated with dual-use research requires more than good intentions. It requires institutional capacity, cross-border dialogue, and access to frameworks that translate ethical principles into practical action. This is an area where we at WAITRO are actively engaged.
Through our global network of research and technology organizations, we help members build the institutional foundations that responsible research demands. Specifically, our work in this space includes:
- Capacity building for governance: Our Capacity Development Program strengthens members’ organizational capabilities, including strategic planning, institutional processes, and thematic expertise in areas such as AI and digital transformation, all of which intersect directly with dual-use concerns.
- Cross-border partnership facilitation: We connect research organizations across regions, enabling the kind of sustained international dialogue that helps align oversight standards and share best practices in research ethics.
- SDG-aligned research culture: Our programs are designed to advance science and innovation in ways that are accountable to global challenges, reinforcing a culture of responsible research across our member network.
If your organization is looking to strengthen its approach to research ethics, biosecurity governance, or responsible innovation, we invite you to explore WAITRO membership and connect with a global community committed to science that serves humanity safely and sustainably.
