Most companies think localization is a manufacturing problem. Build factories in more places. Stand up local supply chains. Problem solved.
They’re wrong, and the consequences are showing up as fragility, not resilience.
From our vantage point, working with hundreds of companies across multiple geographies each year, we’re seeing the same pattern repeat across industries and borders. Organizations respond to pressure for localized production by replicating facilities. They copy equipment, transfer documentation, and train local teams. And then they watch as quality drifts, processes diverge, and what was supposed to be a resilient network becomes a collection of loosely connected operations that behave unpredictably under stress.
Most localization efforts will fail. Not because the intent is wrong, but because the operating model is fundamentally flawed.
Across defence, medical devices, and energy systems, one theme is emerging with increasing clarity: countries no longer just want access to products – they want the ability to produce them. In medical devices, this shows up as countries requiring in-region manufacturing to ensure continuity of supply during crises while capturing economic value locally. In energy systems, particularly batteries, the drivers are both strategic and practical. Batteries are difficult and expensive to transport, increasingly regulated, and tightly coupled to national energy security priorities. In defence, the expectation is even more explicit: systems must often be produced within the country of deployment to ensure sovereign control, operational readiness, and domestic economic participation.
This shift is real. But the prevailing response, treating localization as primarily a facilities problem, misses what actually makes distributed production work.
Localized production only works if control is centralized at the system level.
Production is not the system. The system is the combination of design authority, manufacturing methods, quality and inspection frameworks, digital infrastructure, and supply chain architecture. If those elements are allowed to diverge across regions, you don’t get resilience – you get variability, inefficiency, and risk.
The model that actually works is counterintuitive: centralize control, distribute execution.
Historically, only large multinational primes have operated this way – organizations with the scale, infrastructure, and institutional knowledge to manage complex global production networks. But that is changing rapidly. Small and mid-sized companies, particularly in defence and dual-use sectors, are increasingly being asked to localize production as a condition of market access. Governments are not just buying products, they are buying economic participation, technology transfer, and domestic capability.
This creates a new structural challenge: SMEs are now expected to operate like global industrial systems players. Most are not equipped for it. They lack the infrastructure, experience, and governance models required to stand up and manage distributed production networks across multiple regions.
Understanding what centralized control actually means, and what it requires, is where most organizations fail.
Design Authority: The Strategic Foundation
At the foundation of any sovereign production model is design authority. Products must be designed from the outset for distributed, localized manufacturing. This is not something that can be retrofitted after the fact.
It requires modular architectures, clearly defined process envelopes, and digital product definitions that can be deployed consistently across different production environments. Just as importantly, it requires designing with an understanding that manufacturing capability, workforce skill, and supply chain maturity will vary by region.
If a product is designed with a traditional globalized supply chain in mind, optimized around a single source or tightly coupled vendor network, it will not translate effectively into a localized production model. The assumptions baked into the design will fight the realities of distributed execution at every turn.
Design is not just an engineering activity in this context. It is a strategic lever for sovereignty. The decisions made at the architecture stage determine whether localized production is even possible, and whether it can be governed coherently across regions.
Production Governance: The Digital Backbone
This is where most localization strategies collapse.
When each facility develops its own processes, quality standards drift, inspection methods vary, and data becomes fragmented. The result is a network of factories that look similar on paper but behave very differently in reality. Consistency exists in name only.
We’ve seen this firsthand: a medical device company replicated its production line across three regions, only to discover that yield rates varied by 15% due to undocumented process adjustments at each site. Same equipment. Same specs. Different outcomes. The root cause wasn’t capability, it was the absence of a governing system that could detect and prevent drift before it compounded.
To avoid this, production must be governed as a unified system. Manufacturing processes, quality protocols, and inspection methods need to be centrally defined and digitally enforced. A common digital thread must connect all production nodes, enabling real-time visibility, traceability, and control.
Supply Chain Architecture: Intentional Design, Not Inherited Risk
The supply chain must also be intentionally designed, not passively inherited.
In a sovereign production model, decisions about sourcing, redundancy, and localization cannot be left to chance or legacy relationships. Critical inputs must be mapped, risks understood, and strategies defined for what is produced domestically, what is sourced from trusted partners, and where flexibility can be tolerated.
This is particularly important in sectors like batteries, medical systems, and defence platforms, where dependencies on specific materials or components can quickly become strategic vulnerabilities. A localized factory that depends on a single foreign source for a critical subsystem is not sovereign – it is exposed.
Supply chain architecture in this context is not procurement optimization. It is risk engineering. And it must be treated with the same rigor as product design and production governance.
Localized Execution: The Output, Not the Starting Point
Only once control is established does localized execution make sense.
Production can then be distributed into the markets where products are deployed, closer to demand, closer to sustainment, and aligned with national priorities. This reduces logistics risk, improves responsiveness, and aligns with both economic and policy objectives.
But the key is that each localized production site operates within a tightly governed system, not as an independent interpretation of it. The factory is the last mile, not the first decision.
When organizations invert this, starting with the factory and hoping governance will follow, they create the fragility they were trying to escape.
Factory-as-a-Service: A New Model for a New Reality
The structural challenge facing SMEs, being expected to operate like global industrial players without the infrastructure to do so, is not going away. If anything, it is accelerating.
This is where a new model is emerging: factory-as-a-service.
Rather than each company attempting to build and govern its own global manufacturing footprint from scratch, factory-as-a-service provides a way to deploy localized production capability as a system. This can take multiple forms: acting as the manufacturing arm on behalf of a company, or enabling that company to stand up and operate its own localized production with the necessary governance, methods, and infrastructure already in place.
At its core, factory-as-a-service is not about providing capacity. It is about providing controlled, repeatable production systems that can be deployed across geographies without losing fidelity.
This includes designing products for distributed manufacturability, defining and governing manufacturing and quality methods, implementing digital infrastructure for traceability and control, and establishing localized production environments aligned with global standards.
The physical form those environments take can vary. In some cases, this may be a modular or “microfactory” footprint. In others, it may be a full-scale localized production line. The form factor is not the defining feature – the system that governs how each production node operates is.
A microfactory, in this context, is simply a node. Factory-as-a-service is the system that ensures every node operates with consistency, control, and traceability.
We’ve been developing and operating these kinds of remote and distributed production systems for over a decade, and the pattern is consistent: when control is embedded into the system from the outset, localized production scales. When it is not, it breaks
The Gap Between Policy and Execution
Governments are beginning to move in this direction. Canada’s Defence Industrial Strategy, for example, emphasizes domestic production, supply chain resilience, and sovereign control as core priorities. Similar signals are emerging across allied nations and critical sectors.
But even as policy evolves, there remains a gap between intent and execution, particularly around design authority and production governance as foundational elements of sovereignty. Policies call for localized production. Funding flows toward facilities and equipment. But the system-level thinking required to make those investments work is often missing.
That gap is where the next generation of industrial capability will be built.
Control or Be Controlled
You will be asked to localize production. That’s already happening.
This is not a move away from globalization. It is a move toward controlled, sovereign industrial networks.
In that world, factories matter – but they are not the source of control.
Control lives in the system that governs how every factory operates.
The only question is whether you control that system, or become a node in someone else’s.
