Modernizing CAF training

The Canadian Armed Forces (CAF) are at a critical inflection point in training and force readiness.

Just as defence technologies are revolutionizing warfare, they are also transforming military education and training programs.

As recruitment expands, operational complexity grows, and emerging threats demand heightened preparedness, the CAF must train more personnel, more effectively, at a lower cost while maintaining the highest standards of excellence. Increasing recruitment and a growing force require scalable, cost-effective training solutions.

Global defence forces, including NATO and Five Eyes (FVEY) allies, have already accelerated their adoption of immersive and artificial intelligence (AI)-powered training solutions, such as StellarX, to enhance readiness, improve retention, and optimize training cycles. The British military, for instance, uses synthetic training environments, virtual reality (VR) and simulation technologies that allow soldiers to rehearse missions in all conditions and circumstances. The technologies also offer new ways of thinking about how to develop capabilities.¹

The CAF faces a similar imperative, including seamlessly integrating such technologies into existing training frameworks and core instructional methodologies that have successfully shaped generations of military personnel.

The challenge is not technology; it is implementation and adoption.

Traditional training methods, such as classroom instruction, manuals, and physical equipment, are resource-intensive and limited in scalability. There is an urgent and pressing need to transition from analog to digital training to bridge the gap between theoretical knowledge and hands-on operational readiness.

In this new era of military training, technologies like VR, mixed reality (MR), and AI are must-haves. But they must also align with CAF Qualification Standards, training curricula, and operational objectives. When applied strategically, they are scalable, cost-effective, adaptive, and provide real-time performance tracking, augmenting proven military training principles.

VR provides fully immersive digital training environments, allowing personnel to train in mission-critical scenarios without real-world risks. VR-based training is particularly effective for learning technical procedures, conducting tactical exercises, and reinforcing standard operating procedures before live execution. A trainee can learn aircraft maintenance interacting with a fully simulated engine model, disassembling and reassembling parts in a VR environment, saving resources and reducing wear-and-tear on real assets.

MR combines digital overlays with real-world environments, enabling training with digital augmentations while interacting with physical tools and equipment. MR enhances hands-on learning by providing step-by-step guidance, interactive visual cues, and AI-driven performance assessments. A soldier undergoing weapons assembly training can see digital-assembly instructions overlaid on the real weapon, ensuring proper component placement while tracking progress and providing real-time corrective feedback.

AI enables adaptive learning, adjusting difficulty based on individual performance. Real-time performance tracking allows for objective assessment of trainees, while Experience API (known as xAPI) compatibility ensures seamless integration with CAF’s Learning Management Systems. AI-driven After-Action Reporting provides insight into procedural adherence and decision-making.

Modern VR/MR hardware is extremely cost-effective. The benefit of VR/MR training is that it reduces the time it takes for military personnel to acquire the necessary skills, knowledge, and confidence to perform missions. Digital twins also provide a safe, realistic and immersive training environment in which military personnel can engage in simulated scenarios and missions. They replace physical equipment wear-and-tear and reduce maintenance costs. Immersive training also reduces logistics costs associated with travel and live training exercises.

Take, for example, the traditional approach to teaching airflow dynamics and jet engine mechanics. Instructors relied on whiteboard diagrams and video content, and trainees had limited hands-on access to engines. This leads to knowledge gaps and training bottlenecks.

The Canadian Forces School of Aerospace Technology and Engineering (CFSATE) and Canadian defence innovator OVA are developing three fully immersive VR training modules that will be implemented in summer 2025 to enable trainees to: one, visualize airflow dynamics in real-time, enhancing conceptual understanding; two, interact with engine components within a digital twin environment, bridging theory with practice and enhancing knowledge retention; and, three, conduct interactive procedural training in a risk-free maintenance setting, reducing errors before engagement with real equipment.

Through fully immersive VR training modules, engine mechanics come to life. These modules enable trainees to visualize and manipulate training objects within simulated environments. They offer multiple benefits, such as operational efficiency through time reduction (moving from hours-long to focused 30-minute training sessions) and self-paced learning (e.g., accommodating individual learning speeds and repeating modules without increasing instructor workload).

AI-enhanced immersive training can bridge knowledge gaps, streamline learning processes, and ensure operational readiness. CAF personnel are engaged, and able to train more effectively. CFSATE is able to realistic training experiences while optimizing its costs and resources. And, importantly, it becomes a key recruitment tool.