Friend-shoring as a Strategic Imperative: Safeguarding AI, Semiconductors, and Mobility to 2030

Let’s start with the basic question: what exactly is friend-shoring? At its core, this is about redesigning supply chains so that critical components and materials are sourced and produced mainly among politically and economically trusted allies.

U.S. Treasury Secretary Janet Yellen has stressed this point in several speeches. And the intent is clear: this isn’t about pulling everything back onshore, but rather about spreading risk across a trusted network of partners.

Now, what is happening on the ground in the U.S. today? Quite a lot.

• Advanced chip production in the U.S. is finally real. In January 2025, TSMC’s Arizona facility began mass production of 4-nanometer chips. The U.S. Commerce Secretary described this milestone as a continuation of the Biden administration’s semiconductor agenda, and earlier legislation had approved a $6.6 billion grant for this project. A second fab is already in the works with 2-nanometer capability. The U.S. has set a clear goal: by 2030, it wants to produce 20% of the world’s leading-edge logic chips on American soil.

• China operations are facing tighter scrutiny. In September 2025, the U.S. revoked TSMC’s “fast-track” VEU status for its Nanjing fab. Going forward, every single piece of equipment will require an export license, slowing down China’s ability to upgrade its chipmaking capabilities.

• EV supply chains are being rewritten under IRA and FEOC rules. Starting in 2025, the EV tax credit (30D) excludes any vehicle containing critical minerals tied to “foreign entities of concern.” The message is simple: batteries should be built on allied supply chains.

• Tariffs are climbing higher. From 2025, Chinese semiconductors face a 50% tariff, and starting in 2026, natural graphite and other critical minerals will carry a 25% tariff. This has direct implications for anode materials in EV batteries and for overall cost structures.

• Private sector signals are also shifting. MediaTek, for example, is reported to be exploring the use of TSMC’s Arizona fabs for certain chip production. The reason? To sidestep tariff and regulatory risks while also meeting U.S. customers’ growing demand for local sourcing.

So, what does all this mean for different industries? Let’s break it down.

AI Semiconductors

On the positive side, more fabs and packaging plants in allied countries mean an extra layer of security. Chips produced in the U.S. carry fewer tariff and export risks.

But there’s a downside too: export controls are tightening, especially on AI accelerators and high-end GPUs.

This means companies selling to non-allied markets may have to produce downgraded versions or apply for licenses, making product roadmaps more complicated.

Foundries and Fabless Firms

The good news here is that new manufacturing and packaging ecosystems are expanding across the U.S., Japan, Korea, and Europe. Governments are offering incentives that help offset some of the hefty upfront costs.

But the reality is also that production in allied countries is more expensive—higher labor, higher utility costs—and it will take time to stabilize yields and certify processes.

Materials: Graphite, Lithium, Nickel

Tariff policies are pushing companies to diversify. For example, the 25% tariff on natural graphite set to kick in by 2026 is already driving demand for alternatives like synthetic graphite and recycled feedstock. This could help reduce the over-dependence on China.

The catch? In the short term, costs will rise and supply gaps will open up. Long-term contracts with refiners and mines will become a must.

Mobility and Automotive OEMs

The picture here is mixed. On one hand, the North American EV and battery ecosystem is expanding, and IRA tax credits make localized sourcing a financial advantage. The higher your local content, the stronger your competitive position. On the other hand, this transition comes with bottlenecks.

EV makers may face longer lead times and higher inventory requirements as they adjust to new sourcing rules and tariff schedules.

In short, friend-shoring has moved from a concept in Washington speeches to real changes on factory floors and supply contracts. For AI, semiconductor, materials, and mobility companies, the opportunities are real—but so are the costs and risks.

The big question is not whether friend-shoring will happen, but how each company chooses to adapt its strategy around it.

Advantages and Risks at a Glance

Strategic Priorities – A Glimpse

For companies, the strategic imperatives are becoming clear. Diversifying production and sourcing hubs toward allied countries, embedding tariff and subsidy rules into product roadmaps, and securing long-term contracts for critical materials should be top of mind.

That said, execution is never that simple. Which regions should take priority? How can dual design strategies be implemented in a way that balances cost with efficiency? And at what point should safety stock levels be raised? The answers will vary by industry and by company.

The detailed playbook for these questions is covered exclusively in AI Strategica’s full CoreBrief Report.

Outlook – Key Signals Only

By 2030, the United States has set a target of producing 20% of the world’s leading-edge semiconductors domestically. At the same time, export controls on China-based production and equipment transfers are expected to tighten further. In the EV battery space, the scheduled 2026 graphite tariff could mark a critical turning point.

Yet there is no single outcome. The trajectory will depend on policy direction, the capabilities of allied partners, and the pace of private investment. Multiple scenarios remain possible, each with very different implications. The CoreBrief Report provides detailed graphics and side-by-side scenario comparisons to guide decision-making.

Friend-shoring is not simply a policy slogan—it is a tangible force reshaping the cost structures, R&D priorities, and global market strategies of AI, semiconductor, and mobility companies.

This brief has outlined the essential concepts and the most recent developments. For a comprehensive strategy roadmap, actionable checklists, and in-depth scenario analysis through 2030, please refer to AI Strategica’s full CoreBrief Report.

References: U.S. Department of the Treasury; Reuters; U.S. Department of Energy (DOE); United States Trade Representative (USTR); Skadden; Council on Foreign Relations (CFR)

Table of Contents

Executive Summary

• Why does friend-shoring matter right now?

• What are the top risks and opportunities you need to know?

Chapter 1. What Exactly Is Friend-shoring—and Why Does It Matter?

• Origins of the concept

• How U.S. leaders are framing the strategy

• Why allies like Korea, Japan, and Canada are central

Chapter 2. How Is U.S. Policy Reshaping the Landscape?

• What’s happening with CHIPS Act funding and fabs?

• How are export controls tightening on China?

• Why do IRA and FEOC rules matter for EV batteries?

• What do the new tariff schedules really mean?

Chapter 3. Who Wins and Who Loses in Each Industry?

• AI chips: opportunity or over-regulation?

• Semiconductors: will allied fabs change the cost curve?

• Critical minerals: can lithium and graphite supply chains hold up?

• Mobility: how do EV makers adapt to IRA credit rules?

Chapter 4. What Are the Trade-offs?

• At a glance: benefits vs. risks of friend-shoring

• Infographic view across security, investment, regulation, and supply chains

Chapter 5. What Should Companies Do Now?

• Which regions should be prioritized?

• How can dual design and multi-sourcing be implemented?

• What practical steps go into your 2025–2030 roadmap?

Chapter 6. What Signals Point to 2030?

• Can the U.S. really reach 20% of global leading-edge production?

• What’s the turning point for graphite tariffs and FEOC deadlines?

• How could multiple scenarios reshape your forecasts?

Chapter 7. So, Where Does This Leave Us?

• Key takeaways for executives in AI, semiconductors, and mobility

• How to read the signals—and turn them into strategy

Appendix

Sample Data Tables (Appendix)

• Table 1. U.S. Semiconductor Fab Announcements and Timelines (2025–2030)

• Table 2. Tariff Schedule for Semiconductors and Critical Minerals (2024–2026)

• Table 3. EV Battery Supply Chain Adjustments under IRA and FEOC Rules

• Table 4. Advantages and Risks of Friend-shoring (Comparative Matrix)

Sample Charts

• Chart 1. Global Semiconductor Supply (2025–2030): Normal vs. Crisis Scenario

• Chart 2. Projected Average Semiconductor Prices (2025–2030): With vs. Without Tariffs

• Chart 3. EV Battery Supply Mix by Region (2025–2030)

• Chart 4. Strategic Checklist for Corporate Supply Chain Planning

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