Supplier diversification, buffer stocks, reshoring. Manufacturers have taken action to secure their operations, but these measures treat symptoms without solving the underlying problem. Real vulnerability is built into the very design of the product: rare components, rigid architectures, digital dependencies. By embedding resilience and autonomy from the design phase, it becomes possible to build products that no longer endure crises, but withstand them.
In a world marked by geopolitical instability, resource scarcity and digital dependency, industrial companies have multiplied initiatives to secure their operations: diversifying suppliers, building buffer stocks, targeted reshoring. These measures bring short-term relief, but they do not solve the underlying problem.
We saw in a previous article that a company’s vulnerability does not lie only in its supply chain: it is embedded in the very construction of its products.
A product designed around rare and geographically concentrated components, a digital system locked to a single vendor, a monolithic architecture impossible to evolve without rebuilding everything: these are risky design choices that durably limit a company’s ability to withstand shocks.
The good news is that these choices, and the dependencies they generate, can be revisited, provided you act in time.
Far from a technical inevitability, dependency is often the result of optimization pushed to the extreme (cost, lead time, performance), where resilience was never a decisive criterion. Reintroducing robustness, flexibility and autonomy into design is not a luxury: in an unpredictable environment, it is a condition of survival.
So what can be done concretely? Not give up on performance, but rather broaden our definition of what a “good” product is: not only efficient and competitive, but also adaptable, repairable, and free from critical dependencies.
Limit or eliminate dependency on critical materials
Identifying, favouring and where necessary developing alternative materials, ones that are separable, recyclable, and available locally or in stable regions, limits exposure to shortages, customs barriers and price volatility.
Relearn how to design for durability and circularity
A product designed to last is better able to withstand geopolitical, macroeconomic or commercial crises. Repairability, disassembly, accessibility of spare parts: these qualities, if introduced in time at the design stage, extend equipment lifespan, reduce pressure on resources, and limit dependency.
In parallel, revisiting the product life cycle to build circular loops, selling use rather than ownership, creating value around services (usage advisory, refurbishment): these are stimulating avenues for stepping out of a linear logic and easing the pressure on both our resource pools and our disposal streams. It is also a way of unlocking the full value potential of after-sales and in-service functions.
Ensure robustness through architecture with the right degree of modularity
Even if it is optimized on unit cost through deep functional integration, a monolithic product that is difficult or costly to evolve is a fragile product. An architecture designed from the outset to accommodate change, one that draws intelligently on reuse and modular substitution, makes it possible to repair selectively, replace a part, swap a component, or evolve a function without rebuilding everything. All of this faster, and with minimal waste of material and value.
Find the right trade-off between optimization and evolvability
As standards and regulations evolve rapidly and vary by region, designing products that are easily customizable for different economic and market conditions becomes a decisive advantage. An open architecture allows new building blocks to be integrated, local requirements to be met, and regulations to be complied with, without reinventing everything.
In parallel, a product made compatible with several manufacturing or assembly scenarios enables a quick pivot from one site, one supplier or one operating mode to another. This requires alternatives to have been anticipated, variants to have been evaluated, and this flexibility to have been embedded in the design of both the product and the production system.
The iPhone is a good counter-example. As a flagship product, it delivers a gross margin between 30% and 50%. Yet reshoring its production to the United States would be economically untenable today. Its product/process design and its business model rest on a hyper-specialized value chain and on subcontractors with ultra-optimized assembly processes that would be prohibitively expensive to duplicate on American soil.
Embed data ownership from the earliest design stages
Data has become a strategic asset. Its hosting, processing and security must be considered from the design phase. Choosing or favouring sovereign infrastructure, mapping and mastering flows, ensuring interoperability: these decisions protect the company from invisible but consequential dependencies.
The levers presented in this article are not simple technical options. They are strategic decisions that can shape the future of a company. Design is still largely perceived as a purely functional activity, driven by engineers focused on performance and, at best, cost. Today, it is in fact a powerful strategic tool for anticipating risk, preserving strategic agility and safeguarding autonomy of action. A well-designed product is not merely a product that works: it is a product that withstands. It withstands supply disruptions, embargoes, regulatory shifts, and vendor-driven obsolescence. It is a product that leaves the company free to choose its partners, to adapt its processes, to pivot if needed.
This freedom is no coincidence. It is built methodically, by embedding resilience considerations upstream in specifications, design reviews and technical trade-offs. It also requires a mindset shift: accepting that a product slightly less optimized in the short term may be infinitely more robust over time.
Industrial sovereignty is not decreed: it is designed. And in a world where yesterday’s dogmas have become today’s vulnerabilities, designing differently is no longer an option. It is a strategic necessity. Quite simply, it is a condition for enduring.
Questions? Our expert is here to help.
Gilles CYPRES
Principal
