Kristen Csenkey, PhD
Publications
✍︎ ORCiD: 0000-0002-4074-2602
✍︎ Web of Science ResearcherID: GXA-0518-2022
For Public Writings, including op-eds, see the Public Engagement page.
Please click on the publication titles below for open access link or direct to PDF.
Journal Articles
Quadruple Helix Connections between Quantum Technology Clusters, with Aniska Graver, and Indy Ng. International Journal: Canada’s Journal of Global Policy Analysis (2026)
As quantum technologies rapidly develop, collaboration between actors is often positioned to strengthen national quantum ecosystems and establish specialized national clusters. Such collaborations include state and non-state actors who engage in decision-making across international borders. These collaborations can be contextualized and analyzed through a quadruple helix model that comprises four interconnected sets of actors: academia, industry, government, and civil society. This study uses this model and social network analysis to examine the Canadian quantum technology ecosystem and collaboration between public and private actors and international partnerships with other middle power states, with a focus on Canadian-German partnerships. The findings highlight the interconnectedness of global networks, the governance of technology-specific connections within ecosystems, and the effectiveness of clusters for knowledge and innovation transfer. This study emphasizes the role of trade missions and small and medium-sized enterprises in the rapidly evolving landscape of technology development.
Cutting Through the Tangled Webs of Civil and Military Aviation Toward a Practical Cybersecurity Framework, with LCol (ret.) Jason Furlong. Journal of Military and Strategic Studies (2025)
North American defence and security require trusted partnerships to detect, deter, and defeat threats from foreign adversaries. The United States and Canada cooperate through the North American Aerospace Defense (NORAD) organization to build a layered network of defence that jointly enhances operational capabilities with a traditional emphasis on the air domain. However, as the aviation ecosystem becomes increasingly digitized and interconnected, it is essential that strategic and high-level policy decisions be supported with the necessary conceptual tools to keep the skies safe. We propose that one way to deepen cooperation in aviation cybersecurity is through the integration of a human-centric framework. In this article, we introduce, define, and contextualize our Inter-Organization Learning Culture Framework for policy-makers and academics alike. The integration of this framework has implications for NORAD in terms of cooperation, modernization initiatives, and the continued protection of the interlinked civil and defence aviation ecosystems.
Canada’s national quantum strategy one year on with Aniska Graver, Canadian Foreign Policy Journal (2024)
This policy commentary critically reviews Canada's National Quantum Strategy (NQS) to evaluate whether it integrates a values approach to mitigate any potential regional, national, and global disparities as part of a responsible quantum approach. Our analysis reveals that Canada's quantum strategy focuses on fostering the identification, development, and commercialization of technologies for economic gain at national, regional, and international levels. Both provincial and federal governments actively collaborate with research institutions and businesses within four distinct research and innovation hubs to establish “quantum zones” as emerging paradiplomatic actors. Internationally, Canada is positioning itself as a leader in quantum technology through grants, research and development partnerships, and country-specific Trade Missions with like-minded states. This commentary highlights the need to embed values, such as sustainability and equitability, into the development and application of quantum technologies and future iterations of the NQS to address societal impacts.
Post-quantum cryptographic assemblages and the governance of the quantum threat, with Nina Bindel, Journal of Cybersecurity (2023)
Threats against security in the Internet often have a wide range and can have serious impacts within society. Large quantum computers will be able to break the cryptographic algorithms used to ensure security today, which is known as the quantum threat. Quantum threats are multi-faceted and very complex cybersecurity issues. We use assemblage theory to explore the complexities associated with these threats, including how they are understood within policy and strategy. It is in this way that we explore how the governance of the quantum threat is made visible. Generally, the private and academic sectors have been a primary driver in this field, but other actors (especially states) have begun to grapple with the threat and have begun to understand the relation to defence challenges, and pathways to cooperation in order to prepare against the threat. This may pose chal- lenges for traditional avenues of defence cooperation as states attempt to understand and manage the associated technologies and perceived threats. We examine how traditionally cooperating allies attempt to govern the quantum threat by focusing on Australia, Canada, European Union, New Zealand, UK, and USA. We explore the linkages within post-quantum cryptographic assemblages and identify several governmental interventions as attempts to understand and manage the threat and associated technologies. In examining over 40 policy and strategy-related documents between traditionally defence cooperating allies, we identify six main linkages: Infrastructure, Standardization, Education, Partnerships, Economy, and Defence. These linkages highlight the governmental interventions to govern through standardization and regulation as a way to define the contours of the quantum threat.
Cyber Considerations for Maritime Operations in the Canadian Arctic, with Maj. (ret.) Bruno Perron, Canadian Naval Review (2021)
There have been calls for enhanced naval presence and a more permanent role in the Canadian Arctic. Emerg- ing technologies, naval actors, commercial shipping and communities in the Arctic may be subject to increased risk of malicious foreign interference and increased cyber incidents. This is because the Arctic has become a site of increasing geostrategic importance. As more actors be- come involved in this region, it may become an area of growing contestation...
Book Chapters
The Geopolitics of Quantum Sensors, Security, and the Mitigation of Climate Change in the Arctic and High North, in Environmental and technological threats in the Arctic region. Michael Delaunay, Mathieu Landriault, and Magali Vullierme (eds.). Routledge Taylor & Francis (2025)
Quantum technologies use quantum behavior to increase the speed and efficiency of classical computing and existing technologies. Experts call for greater investment in quantum technologies and increasing cooperative efforts to improve quantum security frameworks to solve global challenges. This chapter explores how such interventions have been envisioned and implemented. Focus is placed on quantum sensing technologies and their association with climate change and environmental issues among cooperating allied states. This chapter provides a content analysis of national policies and strategies among North Atlantic Treaty Organization (NATO) allies. Its purpose is to systematically establish the trajectories for the application of quantum sensing technologies and their association with the concepts of security in the Arctic and High North and with climate change mitigation strategies. Results point to a need for the development of quantum technology across many states, challenged by the lack of specific technology-focused applications and of any overarching governance frameworks to implement such technology to ensure security in the Arctic and High North – and, to an extent, the security of NATO – through state cooperation toward the common goal of climate change abatement. An opening exists for collective governance mechanisms to develop quantum security frameworks to address global challenges, especially climate change.
‘A Propos of Technology and Innovation, in Managing Security and Defence in the 2020s, Ann Fitz-Gerald and Craig Stone (eds.), Canadian Forces College and the Balsillie School of International Affairs: Toronto and Waterloo, Canada (2023)
Other Writings: Briefs, Reports & Working Papers
“A Strategic Outlook on Cyber for Canada: Where Capabilities Are Heading and Why It Matters”. In Strategic Outlook 2026: Threats and Challenges to Canadian Defence. Conference of Defence Associations Institute, 2026.
“Making Sense of Global Tech Rivalry Narratives and the Implications for Canada.” Digital Policy Hub Working Paper Series, Centre for International Governance Innovation: Waterloo, Canada, 2026.
“The Military Applications and Implications of Quantum Sensing Technologies for Maritime Security.” Analysis paper, Canadian Maritime Security Network, St. Francis Xavier University: Antigonish, Canada, 2025.
"Short Bursts: Insights for Canada - What the Replicator Can Teach Us.” Canadian Army Journal, 2025.
"Scrambling for Quantum Supremacy in the Global Commons." Digital Policy Hub Working Paper Series, Centre for International Governance Innovation: Waterloo, Canada, 2025.
"Strategic Implications of Quantum Sensors and their Application in the Arctic." NAADSN Policy Brief, North American and Arctic Defence and Security Network, Trent University: Peterborough, Canada, 2025, with Julie Clark, Benjamin T. Johnson, and Alexander Landry.
- "La mise en service de capteurs quantiques dans l’Arctique – Implications stratégiques."
- "Qanuqtuuqtausimanikkut Upalungaijautinut Attuiniujut Qatsiuninginnut Qaujisarutiit ammalu Atuqtauningit Ukiuqtaqtumi."
- ᖃᓄᖅᑑᖅᑕᐅᓯᒪᓂᒃᑯᑦ ᐅᐸᓗᖓᐃᔭᐅᑎᓄᑦ ᐊᑦᑐᐃᓂᐅᔪᑦ ᖃᑦᓯᐅᓂᖏᓐᓄᑦᖃᐅᔨᓴᕈᑏᑦᐊᒻᒪᓗᐊᑐᖅᑕᐅᓂᖏᑦᐅᑭᐅᖅᑕᖅᑐᒥ
- "A astanikau tipaikanna anite tshishe-tshiuetin- tshe ishi atussanut."
"Power and Tension: The Cyber Security Problems of Military Electrification." War on the Rocks, 2024, with Alexis Rapin.
"Let’s Get Practical in the Renewed Vision for Canada’s Defence: Thinking through the Real-World Applications of AI, Quantum, and Drone Technologies." NAADSN Quick Impact Reports, North American and Arctic Defence and Security Network, Trent University: Peterborough, Canada, 2024.
"Entre puissance et tension : l’électrification des armées face aux défis de la cybersécurité." Le Rubicon, 2024, with Alexis Rapin.
"Diverse and Vulnerable: Disconnects in Cyber-security Governance of IoT." Canadian Defence and Security Paper Series, Canadian Global Affairs Institute: Calgary and Ottawa, Canada, 2022.
"Selling Simulations: The Seduction of Cold War Techno-Fetishism in a Post-Modern Cyber World." WIIS-C Working Paper, Women in International Security Canada and Defence and Security Foresight Group, Queen’s University: Kingston and University of Waterloo: Waterloo, Canada, 2021.
"How Canada Can Prepare for the Quantum Threat". Policy Perspective. Canadian Global Affairs Institute, 2021, with Nina Bindel.
"A Not So Frozen 2035: The Future of NATO in the European Arctic and High North." DSFG Working Paper, Defence and Security Foresight Group, University of Waterloo: Waterloo, Canada, 2021. with Balkan Devlen, Charlotte Duval-Lantoine, and Annika Schulz.
"Modernizing ‘We Have the Watch’: Opportunities for Canada within the Current Continental Defence Partnership." DSFG Policy Brief, Defence and Security Foresight Group, University of Waterloo: Waterloo, Canada, 2020, with Vincent Boucher.
"Cyber Capacity Building in the Canadian Arctic and the North." NAADSN Strategic Perspective, North American and Arctic Defence and Security Network, Trent University: Peterborough, Canada, 2020, with Maj. (ret.) Bruno Perron.
"The (Cyber) Future of Procurement." DSFG Policy Brief, Defence and Security Foresight Group, University of Waterloo: Waterloo, Canada, 2020.
"Governing the Future(s) of Emerging Technologies." NAADSN Quick Impact Reports, North American and Arctic Defence and Security Network, Trent University: Peterborough, Canada, 2020, with Nina Bindel.
(ed.). Simplifying Emerging Technologies: Risks and How to Mitigate Them. Balsillie School of International Affairs: Waterloo, Canada, 2020.