Local-for-Local Resilience Model
Produce near demand while selectively localizing critical inputs
- Difficulty
- Expert
- Time to result
- ~ongoing to results
- Steps
- 6
- Confidence
- 88%
The Local-for-Local Resilience Model places core manufacturing close to regional customers while recognizing that complex products still rely on globally concentrated components. A company first aligns major factories with major demand regions, reducing routine cross-border movement of finished products. It then maps components and raw materials that remain exposed to tariffs or geopolitical disruption. Because no company has unlimited capital, it does not attempt to localize everything. Instead, leaders rank dependencies by mission criticality, concentration risk, replacement time, and economic impact, then build local or regional supply for the highest priorities. The result is a selective resilience strategy: distributed core production, transparent residual dependencies, and focused investment where disruption would be most damaging.
Origin
Extracted from Masters in Business during Vimal Kapur's discussion of Honeywell's response to tariffs, reshoring pressures, and globally distributed component supply.
Core principles
- 01Manufacture core products near the markets that consume them
- 02Accept that not every component can be produced locally
- 03Distinguish controllable manufacturing from globally concentrated inputs
- 04Prioritize critical supply bases instead of reshoring everything
- 05Treat resilience as an ongoing portfolio of choices
How to run it
- 1
Align factories with demand
Locate core manufacturing capacity in the regions where customers consume the resulting products.
Pro tip Begin with high-volume products and strategically important markets.
Watch out Regional manufacturing must still meet common quality and process standards.
- 2
Map residual dependencies
Trace components and raw materials that cross borders even when final manufacturing is regional.
Pro tip Include single-source items and inputs concentrated in one country.
Watch out A local factory is not resilient if its essential components remain invisible dependencies.
- 3
Assess disruption exposure
Estimate tariff costs, lead-time shocks, substitution difficulty, and production consequences for each dependency.
Pro tip Model several disruption durations rather than one forecast.
Watch out Temporary disturbances can still cause unrecoverable lost growth.
- 4
Rank strategic priorities
Choose a limited set of supply capabilities whose localization would most improve national or corporate resilience.
Pro tip Use criticality and feasibility together when selecting priorities.
Watch out Trying to reshore everything will diffuse capital and execution capacity.
- 5
Develop regional supply
Build, qualify, or contract local and regional sources for the chosen components and capabilities.
Pro tip Coordinate demand commitments with suppliers to justify capacity investment.
Watch out New industrial capacity may take five to ten years to mature.
- 6
Continuously rebalance
Review the network as trade rules, technologies, suppliers, and regional demand change.
Pro tip Maintain alternatives even after immediate geopolitical pressure subsides.
Watch out Resilience deteriorates if the dependency map is treated as a one-time exercise.
In the wild
Honeywell manufactures for the United States in the United States, for Europe in Europe, and for China in China through a globally distributed factory base. It still purchases components such as batteries from countries with specialized supply, so its remaining task is to develop more local supply selectively rather than rebuild every input internally.
→ Core manufacturing is regionally aligned while residual global dependencies remain explicit.
A country identifies semiconductors and pharmaceuticals as mission-critical supply bases rather than attempting to relocate every industry simultaneously. It concentrates capital, workforce development, and policy support on a small set of feasible priorities over a multiyear horizon.
→ Limited resources are directed toward the dependencies with the greatest strategic impact.
Common mistakes
Equating local assembly with resilience
Finished products may be assembled locally while critical components still come from concentrated overseas sources.
Attempting to localize everything
Capital, skills, and management capacity are finite, so an unlimited reshoring agenda is unlikely to execute successfully.
Expecting instant capacity
Industrial skills, suppliers, and facilities can require many years to rebuild.
Is it for you?
Best for
It is best for global industrial companies with regional demand, distributed factories, and complex component supply chains.
Not ideal for
It is not ideal for small firms lacking regional demand scale or for inputs available from only one unavoidable global source.
From the transcript
“We have been doing manufacturing local for local for multiple years,”
“we certainly have to deal with changing environment in which we have to think about more local supply based development aligned to what the expectations…”
“But my personal view is we should pick up the top five and say, okay, here are the five we want to go really go…”
From the episode
The Future of Automation and AI with Honeywell CEO Vimal Kapur
Vimal Kapur