British Columbia holds the distinctive anchor: the CF Trauma Training Centre (West) at Vancouver General Hospital, where military clinicians maintain trauma skills inside a civilian facility – an operating military–civilian model, alongside university medical-education research capacity and an active health-technology SME base.

Documented demand pressure on the defence side: the Auditor General's 2025 report found a 4,700-recruit shortfall with 13% of military occupations at risk – and clinical readiness already depends on embedded civilian partnerships.

Canada's first Defence Industrial Strategy (February 2026) names ten sovereign industrial capabilities. Training and Simulation is one of them. The strategy names no medical dimension within it, yet medical readiness fits within three of the ten: Personnel Protection, Training and Simulation, and Digital Systems. No office owns that medical work. Separately, "Training and Simulation" is one of ISED's 17 Key Industrial Capabilities under the Industrial and Technological Benefits policy – meaning medical-simulation investment can already score as ITB value today.

Within the US Defense Health Agency's Education & Training Directorate, the Medical Modernization & Simulation Division and the Defense Medical Modeling & Simulation Office coordinate medical M&S across the Department of Defense, act as gatekeeper for medical education and training requests, and work toward standardized training data with skills-based tracking at enterprise, service and individual levels.

The relevant feature for comparison is not size but function: a single, named office owns the capability. The benchmark requires three things – an enterprise office, gatekeeping authority over medical training, and a unified skills-tracking learning architecture.

No single SME, hospital or schoolhouse can close this gap alone, because its components are shared goods: a common operating picture of companies, training sites and buyers; shared standards and a competency framework so clinical readiness can be measured the same way everywhere; and a route to market connecting the firms that build simulation products to the defence and health-system buyers who need them. That is the coordination function the United States institutionalized – and the one Canada can now build deliberately, anchored in the assets Western Canada already holds.

Three rockets have flown from Spaceport Nova Scotia, Canada's first commercial spaceport: a university student rocket on 6 July 2023, and a Dutch-built Barracuda test rocket on 20 November 2025 and again on 10 June 2026 [4–6]. The November flight fell short of the 100 km altitude its builder had hoped for, and the June flight suffered an anomaly before reaching its target altitude [5, 6]. No orbital launch has yet flown from Canadian soil; the first are targeted for 2028 [10].

The largest review to date, 1,344 effect sizes, found that half the performance gained in training was lost after about 6.5 months for accuracy, 11 months for mixed tasks and 13 months for speed [2]. The interval between the last two launches from Spaceport Nova Scotia was 202 days, about 6.6 months. The one before it was about 28.5 months.

Two older findings sharpen the point. Thinking-heavy tasks fade faster than physical ones [3]. And in the few studies that tested it, skills tested under conditions unlike those of training faded about twice as much. That is an argument for high-fidelity simulation, not classroom refreshers.

Nuclear reactor operators sit an operating test every year inside a 24-month requalification programme. Airline captains are checked at 6- and 12-month intervals. NASA requires workmanship retraining every 24 months and voids certification after six months away from the work. Canada's dangerous-goods certificates expire after 24 to 36 months [7–9].

The US licensing rule for commercial launch, 14 CFR 450.149, asks operators to describe how they track training currency but sets no interval. Each operator decides [7].

The pads are being built. The crew-readiness question needs the same deliberate attention, and it is cheaper to answer now than after the first orbital campaign.

Canada's strategy names ten sovereign capabilities. Read across the six layers of the AI stack, each intersection carries the posture the strategy's own logic implies – Build, Partner or Buy.