Canada’s Defence Strategy Has no Shortage of Ambition—Now it Must Demonstrate its Credibility Through Implementation

Canada’s Defence Industrial Strategy marks a major paradigm shift.  By leveraging defence as a driver for technological sovereignty, infrastructure resiliency, and economic prosperity, the federal government is not only increasing investment—it is redefining the role of innovation in its investment strategy.

This is a critical inflection point. By adopting this strategy, the government is acknowledging that our national security today is dependent upon advanced technological capabilities—in areas such as cybersecurity, artificial intelligence, resilient communications, autonomous systems, and quantum technologies—and that our ability to master these technologies is a key determinant of our strategic autonomy and our economic competitiveness.

From Strategy to Results

The primary challenge is not research in itself. After all, Canada has a high-performing university system, a robust scientific base, and a diverse innovation ecosystem. Rather, the real challenge lies in our ability to transform research-driven innovation into operational solutions within timeframes that meet operational imperatives and comply with necessary security requirements.

The federal strategy clearly identifies a technology readiness level scale, ranging from research to industrialization. This framework is essential because it highlights a critical phase between research and implementation: that of prototyping, testing, de-risking and preparation for integration. In practice, environments such as these already enable the testing and validation of critical technologies (particularly in cybersecurity, autonomous systems, and communications) under near-operational conditions, in direct collaboration with industry partners and end users.

It is in this space that the transition from innovation to operational capabilities takes place and it is precisely where progress has slowed. While promising technologies continue to mount, their implementation remains slow and uncertain. It is this gap that we must bridge today.

Leveraging Collaboration and Industrial Partnerships  

With this in mind, the existence of specialized institutions is less important than the system’s ability—already demonstrated in certain ecosystems—to efficiently transform innovations into operational solutions. Applied engineering models, already in use in a number of academic and industrial ecosystems in Canada, are based on a high level of integration between research, education and partnerships with industries, and directly address this need. These models enable the development of technologies that are directly aligned with real-world needs and the acceleration of testing, validation, and integration cycles in demanding operational environments.

In many cases, this logic is already supported by integrated ecosystems, where research capabilities, applied engineering, and operational needs are closely connected.

The ability to execute these initiatives relies on concrete infrastructure, including specialized laboratories, test platforms, secure environments, and prototyping devices, many of which are already in use in Canada in closely integrated research, applied engineering, and industrial partnership settings. It also aligns with areas that correspond directly to federal priorities, whether in secure communications, autonomous systems, cybersecurity, artificial intelligence, quantum technologies, or resiliency of critical infrastructures.

Dual-use technologies, in particular, are a great example of this dynamic. While their strategic potential is well established, their operational integration depends on our ability to accelerate validation cycles and create more predictable adoption pathways. Otherwise, Canada risks remaining competitive in research while continuing to be limited in the deployment of its own innovations.

Supporting Talent and the Commercialization of Innovations

There is also the issue of access to capital, particularly during critical phases of the technology-level scale (prototyping, de-risking, and scaling), when financial needs are high and risks are significant. However, even more than the availability of funds, success depends on their effective mobilization and alignment with adoption trajectories. In the absence of appropriate mechanisms for these intermediate phases, the gap between innovation and deployment tends to repeat itself.

Another key factor is talent. The rise in critical technologies necessitates a highly skilled workforce that is immediately operational and capable of thriving in complex environments. This means that educational programs must be directly aligned with the operational needs of public institutions and industries. Such models can already be found in pathways closely tied to real-world projects, enabling the development of skills that are immediately applicable in the most strategic technology sectors.

Faced with these challenges, one thing is clear: Canada is not lacking in resources. It already has the research infrastructure, innovation platforms, and technology transfer mechanisms in place across multiple ecosystems, which are capable of supporting the strategy’s implementation.

The risk is not a lack of capacity, rather their underutilization.

Increasing the number of structures or complicating the systems would only exacerbate inefficiencies. Conversely, recognizing and mobilizing existing drivers would immediately accelerate the transformation of investments into concrete results.

Canada’s defence industry strategy therefore rests on a simple equation: goals have been set, resources committed, priorities identified. All that remains is to create the conditions for its execution.

It is in this ability—to test quickly, integrate effectively, and deploy at scale—that the strategy’s credibility will be determined.

Technological sovereignty is not proclaimed: it is achieved through our ability to transform innovation into operational capabilities. Without execution, there is a risk that it will remain an admirable intention rather than a strategic reality.