Canada’s defense capability in the Far North can be lost or won through infrastructure

Canada’s 2024 defense policy, “Our North, Strong and Free”, is a direct response to a more volatile world: a warming Arctic opening new access routes, intensifying geopolitical competition, and exposing new vulnerabilities across Canada’s northern frontier. In this context, asserting sovereignty is now the “most urgent and important task” facing the nation, requiring a step-change in military presence, mobility and effect across vast, remote territories.

In this environment, and when the stakes are this high, infrastructure is not secondary to defense capability; it is a requirement for operational success. Delivering dependable infrastructure in this harsh environment requires more than technical compliance: it demands programs that are realistic, resilient and designed around the realities of the environment from conception, with an organization that can provide delivery certainty for defense through exceptional program and project management. 

In remote locations, where climate, logistics, range, and limited redundancy amplify vulnerabilities, infrastructure must be dependable, enabling operations to focus on their task. Airfields, fuel systems, power provision, sensors and early warning systems, accommodation, logistics hubs, and support facilities do not attract attention when they perform well, but in this environment their dependability is what ensures plans, platforms and personnel can deliver credible defense effect.

Adapting to the environment

In unique landscapes, delivery models and approaches must align with the environment to minimize disruption to operations and maximize speed of delivery.

Conventional approaches to infrastructure construction are often poorly suited to defense requirements in the Far North: they are costly to mobilize, slow to deliver, and vulnerable to short construction windows and weather disruption – factors that can drive delay, cost escalation and compromised outcomes. Where access is limited and operational continuity matters, programs cannot afford prolonged site activity, repeated rework or dependency on fragile logistics. What is required instead is a fundamentally different delivery model; one rooted in exceptional program management, capable of integrating complexity, sequencing delivery with precision and aligning infrastructure outcomes directly to operational need.

Modern Methods of Construction (MMC) should form an important part of this response. By shifting a greater proportion of delivery off site, into controlled manufacturing environments, MMC can improve quality, strengthen supply-chain assurance, shorten on-site assembly periods and reduce the impact of Arctic conditions on incomplete structures. When combined with a programme-led approach that integrates design, logistics and supply chain from the outset, this enables faster, more predictable delivery of capability, minimising disruption to live operations while strengthening resilience.

The result is a more operationally focused delivery model: one that prioritizes operational continuity, delivery certainty, resilience and safety from the outset.

Future fuels and energy resilience

In remote Arctic environments, dependable power is a precondition for operational continuity, be it for aircraft, sensors or accommodation. The Department for National Defense (DND), as with all government departments, is under increasing pressure to reduce carbon emissions, but in defense, it is imperative that decarbonization is delivered alongside reliability. 

Lower-carbon fuels, hybrid systems and resilient power solutions only create value when they are proven in extreme conditions and designed into infrastructure from the outset. At RAF Lossiemouth, Mace Consult supported the first use of sustainable aviation fuel (SAF) in routine military operations by enabling delivery of a SAF blend through the existing pipeline network, avoiding costly new fuel infrastructure; the project enabled an estimated 25% carbon saving across operational flights. In Keflavík, the lesson is strategic rather than operational: our long-term planning considered the production, storage and distribution needs of sustainable energy as part of the wider development strategy, highlighting the importance of integrating infrastructure with future fuels and resilience from the outset. 

For defense in the Far North, the implication is clear: lower-carbon pathways strengthen resilience only when infrastructure is planned to maintain supply assurance, operational tempo and mission readiness.

Implications for Canadian defense

In the Far North, dependable infrastructure is not a supporting consideration but a core determinant of operational credibility. 

Where distance, climate and limited redundancy leave little margin for failure, infrastructure must be planned and delivered as part of defense capability itself; resilient, efficient, energy-secure and environment ready. Conventional infrastructure models are unlikely to be enough. Delivery approaches designed for more accessible, forgiving environments are too slow, too exposed to disruption and too detached from operational realities to provide the certainty required. 

Mace Consult combines strategic intent with practical delivery models that reduce risk, shorten exposure, integrate energy resilience from the outset and treat infrastructure as part of the operations system, rather than a standalone asset. With our experience advising and delivering complex programs in challenging environments, Mace Consult ensures our approach considers not only what needs to be built, but how it must be delivered to ensure defense infrastructure in Canada’s Far North delivers the ambition into dependable, enduring, and functional defense capability.