Executive Summary

The 2020s have produced the most intensive era of government industrial policy since post-World War II reconstruction — a global race in which cumulative government commitments to strategic industries exceed $2 trillion and every major economy has launched at least one significant national investment program. The US CHIPS Act and Inflation Reduction Act combined represent the most consequential industrial policy pivot by a market economy since the New Deal. China’s state-directed programs in semiconductors, batteries, and EVs have produced global market leaders in multiple sectors. The EU’s NextGenerationEU and European Chips Act are the most ambitious multilateral industrial programs in history. And France 2030 stands out as the single most comprehensive national sovereignty program among advanced economies — broader in sector coverage, more accountable in governance, and more strategically coherent than any competitor of comparable scale. This ranking assesses fourteen major industrial policy programs across six dimensions: budget effectiveness, strategic clarity, governance quality, private sector leverage, delivery speed, and measurable outcomes as of Q1 2026. The results are directional, not precise — industrial policy outcomes compound over decades, and programs launched in 2021-2023 have not yet fully delivered. But early evidence distinguishes the effective from the aspirational.

The Global Industrial Policy Landscape

Industrial policy has been rehabilitated from its 1980s-1990s free-market exile. The consensus view among economists, policymakers, and investors in 2026 is that directed public investment in strategic industries is not a market distortion to be apologized for — it is a national security and competitiveness imperative. The debate has shifted from “should governments intervene?” to “how should they intervene, and in which sectors?”

The triggering events for this era are well-established:

• COVID-19 pandemic (2020): Exposed supply chain concentration vulnerabilities — masks, semiconductors, pharmaceuticals all initially unavailable
• US-China trade war (2018-2020): Demonstrated that technology decoupling was not theoretical
• Chip shortage (2021): Auto industry idled; $200B in lost production; accelerated chip sovereignty agenda
• Russia-Ukraine war (2022): Energy security emergency; critical mineral supply chains exposed; defense industrial base urgency
• IRA passage (August 2022): Market-economies-use-industrial-policy-too moment; European response followed within months

The fourteen programs in this ranking:

Ranking: Budget Effectiveness

Assessment criteria: Does the program’s budget allocation match its strategic objectives? Is the mechanism (grant, tax credit, loan) appropriate to the goal? Is the budget sufficient to achieve claimed objectives?

1. US IRA — Uncapped tax credits are the most efficient mechanism for mobilizing clean energy investment. Private leverage exceeds 5:1. Credit: A
2. France 2030 — Competitive grant mechanism is well-suited to innovation investment. EU stacking (IPCEI, Chips Act) multiplies impact. Grade: A-
3. South Korea K-Chips — Tax credit mechanism for semiconductor investment has driven enormous private capex. Grade: A- (for semiconductor sector only)
4. US CHIPS Act — Direct grants for fab construction are appropriate but slow. Grade: B+
5. Japan GX — Bond financing mechanism is innovative but depends on future carbon revenues. Grade: B+
6. Singapore RIE2025 — High per-capita commitment, excellent research-to-industry translation. Grade: B+
7. EU NextGenerationEU — Enormous scale but recovery-focused rather than competitiveness-focused. Grade: B
8. India PLI — Production-linked mechanism suits manufacturing scale ambitions. Grade: B-
9. Germany programs — Fragmented without coherent budget. Intel Magdeburg bet looks poor. Grade: C+
10. UK Innovation Strategy — Underfunded for ambitions; battery strategy failed. Grade: C
11. Made in China 2025 — Scale is massive but overcapacity in some sectors (solar, wind, batteries) reduces efficiency. Grade: B (massive scale discounts inefficiency)
12. Saudi Vision 2030 — Capital abundant but implementation quality variable (NEOM scaling back). Grade: C
13. Taiwan Semiconductor — Private-led, self-financing — budget “effectiveness” category is not meaningful. Grade: A+ (private market)

Ranking: Strategic Clarity

Assessment criteria: Does the program have clear, measurable objectives? Are sector priorities justified? Is there a coherent theory of competitive advantage?

1. France 2030 — Ten objectives defined, each with sector rationale, key actors, and funding envelope. Most strategically coherent national plan. Grade: A
2. US CHIPS Act — Single-sector focus is extremely clear: rebuild American chip manufacturing. Grade: A
3. South Korea K-Chips — Clear objective: maintain semiconductor manufacturing leadership. Grade: A-
4. Made in China 2025 — Ten sectors with specific market share targets. Clarity and ambition both high. Grade: A- (strategic clarity A; WTO compliance questions lower overall)
5. Japan GX — Clear decarbonization framework; nuclear centrism is coherent. Grade: B+
6. Singapore RIE2025 — Clear sector priorities; research-to-industry logic is explicit. Grade: B+
7. Taiwan Semiconductor — TSMC’s strategy is clear; government role is enabling not directing. Grade: A (private market clarity)
8. US IRA — Climate-focused, clear mechanism; sector choice (clean energy) is well-justified. Grade: B+
9. India PLI — 14 sectors is too many; priorities unclear. Grade: B-
10. UK Innovation Strategy — Multiple resets (four strategies in nine years) undermines clarity. Grade: C+
11. Germany programs — No unified plan; nuclear reversal creates energy cost crisis. Grade: C
12. EU NextGenerationEU — Recovery orientation limits industrial competitiveness focus. Grade: B-
13. Saudi Vision 2030 — Ambitious transformation story; NEOM scaling back questions execution reality. Grade: B-

Ranking: Governance Quality

Assessment criteria: Is the delivery institution capable? Is selection rigorous? Is there accountability for outcomes? Is there policy continuity?

1. France 2030 — SGPI + Bpifrance model: competitive, accountable, technically rigorous. Grade: A
2. Singapore RIE2025 — A*STAR/EDB/NRF integration is the world’s most efficient innovation governance. Grade: A
3. South Korea K-Chips — MOTIE-chaebol coordination is fast and effective. Grade: A-
4. Japan GX — METI industrial roadmaps are credible and followed. Grade: A-
5. US CHIPS Act — CHIPS Program Office is rigorous; process is slow but thorough. Grade: B+
6. Taiwan Semiconductor — ITRI provides pre-competitive R&D; government enables, doesn’t over-direct. Grade: A (private market)
7. US IRA — Treasury/IRS administration is clear; accountability lower than grant programs. Grade: B
8. EU NextGenerationEU — 27-member governance is complex; milestone tracking is new. Grade: B-
9. India PLI — Governance improving but implementation gaps are significant. Grade: C+
10. UK Innovation Strategy — Policy discontinuity (six prime ministers) is fatal to long-horizon programs. Grade: C
11. Germany programs — Fragmented federal/Länder system. Intel Magdeburg oversight failure. Grade: C+
12. Made in China 2025 — Fast but accountability-free; overcapacity outcomes suggest selection failures. Grade: C+
13. Saudi Vision 2030 — Royal decree speed, but NEOM reality vs. announcement gap is concerning. Grade: C

Ranking: Private Sector Leverage

Assessment criteria: How much private capital does each public dollar/euro mobilize?

1. US IRA — Uncapped credits → $600B+ private clean energy investment on $370B public → 1.6x (plus manufacturing credit leverage makes this higher in practice). Grade: A+
2. Taiwan Semiconductor — TSMC’s private capex: private market self-funding. Grade: A+ (not government leverage — irrelevant category)
3. South Korea K-Chips — Samsung + SK Hynix capex: $200B+ private on $7-10B government → 20-30x. Grade: A+
4. Made in China 2025 — State enterprise capex is hard to separate from “government.” Grade: B+ (blended)
5. France 2030 — ~3-4x private leverage → reasonable but not best-in-class. Grade: B+
6. US CHIPS Act — $300B private on $53B → 5.7x. Grade: A-
7. Japan GX — ¥130T private target on ¥20T bonds → 6.5x target, achieved ~4x so far. Grade: B+
8. EU NextGenerationEU — Leverage aspirations of 6-8x; actual closer to 2-3x. Grade: B-
9. Singapore RIE2025 — Research leverage through multinational R&D centers → 3-5x. Grade: B+
10. India PLI — Target 15x; actual ~6-8x. Grade: B-
11. Germany programs — Intel Magdeburg troubled; overall leverage uncertain. Grade: C+
12. UK Innovation Strategy — Modest leverage; battery strategy failed. Grade: C
13. Saudi Vision 2030 — PIF is the leverage instrument; NEOM contractor base is huge. Grade: B (unique model)

Ranking: Delivery Speed

Assessment criteria: How fast is public capital being deployed? Are flagship projects on schedule? Is disbursement pace meeting commitments?

1. South Korea K-Chips — Fast MOTIE-chaebol coordination; Samsung and SK Hynix invest immediately upon signals. Grade: A
2. Made in China 2025 — State enterprise direction is fastest possible. Grade: A (at cost of selection quality)
3. US IRA — Tax credits deploy automatically — no bureaucratic process. Grade: A-
4. Taiwan Semiconductor — TSMC invests based on market signals, not government timelines. Grade: A+
5. Saudi Vision 2030 — Fast decisions; NEOM contractors mobilized quickly. Grade: B+ (delivery quality separate)
6. Japan GX — METI coordination is fast; GX bonds issued on schedule. Grade: B+
7. Singapore RIE2025 — Small scale enables rapid deployment. Grade: B+
8. India PLI — Slower uptake than projected; eligibility complexity causes delays. Grade: C+
9. France 2030 — Competitive calls (12-24 months) are slower than desired; disbursement improving. Grade: B
10. US CHIPS Act — Fab grant negotiations 18-24 months; Intel delays. Grade: B-
11. UK Innovation Strategy — Political discontinuity causes resets; pace inconsistent. Grade: C
12. Germany programs — Intel Magdeburg delayed; program complexity slows delivery. Grade: C+
13. EU NextGenerationEU — Milestone-linked disbursement complex; some member states behind. Grade: C+

Ranking: Measurable Outcomes (Q1 2026)

Assessment criteria: What has actually been delivered? Jobs, factories, patents, companies, market share?

1. Made in China 2025 — BYD world’s largest EV maker; CATL #1 in batteries; solar 80% global share. Grade: A (for targeted sectors; overcapacity is downside)
2. US IRA — $600B+ private investment; 250,000+ clean energy manufacturing jobs committed; US battery capacity trajectory world-leading. Grade: A-
3. Taiwan Semiconductor — TSMC’s sustained dominance; N2 node volume production; overseas fabs opening. Grade: A+ (private market)
4. South Korea K-Chips — Samsung N3 competitive; SK Hynix HBM3E dominant for AI; global battery export leadership maintained. Grade: A
5. France 2030 — Mistral AI (frontier model); Verkor operational; 40+ unicorns; Battery Valley established; STMicro SiC leadership; nuclear program advancing. Grade: B+
6. Singapore RIE2025 — Biomedical cluster maintained; AI research density world-class; semiconductor investment secured. Grade: B+
7. Japan GX — Nuclear restart progressing (20+ reactors); GX bonds issued; industry transformation begun. Grade: B
8. US CHIPS Act — TSMC Arizona operational; Intel/Samsung progressing; $300B private co-investment. Grade: B
9. India PLI — iPhone manufacturing (10-12% global); battery capacity building; overall targets partially met. Grade: B-
10. EU NextGenerationEU — Recovery disbursements proceeding; reform conditionality partially met; competitiveness impact limited. Grade: C+
11. Germany programs — Intel delayed; Northvolt troubled; manufacturing in recession; nuclear exit creating energy cost headwind. Grade: C
12. UK Innovation Strategy — AI research excellent; battery strategy failed; policy continuity poor. Grade: C+
13. Saudi Vision 2030 — Non-oil GDP growing; NEOM significantly below announcements; diversification in early stages. Grade: C+

Overall Rankings: The Scorecard

Winner by category:

• Best budget effectiveness: US IRA (uncapped credits maximally efficient)
• Best strategic clarity: France 2030 (ten sectors with clear rationale) / US CHIPS Act (single sector)
• Best governance: France 2030 / Singapore RIE2025 (tied)
• Best private leverage: Korea K-Chips (20-30x on semiconductor)
• Fastest delivery: Korea (in its sector) / US IRA (tax credit mechanism)
• Best outcomes: Korea / US IRA / Made in China 2025 (sector-specific)
• Best overall for a democratic government: France 2030 / US IRA (tied)

Analyst Assessment

The 2026 global industrial policy race has produced clear winners and clear losers in the first generation of deployments.

Clear leaders: Korea in semiconductors; US IRA in clean energy manufacturing; Made in China 2025 in EV and batteries (at extraordinary overcapacity cost). These programs delivered measurable outcomes because they had clear objectives, sufficient scale, and appropriate mechanisms.

Strong performers: France 2030 and Japan GX stand out among European and Asian advanced economies for strategic coherence, delivery progress, and governance quality. France 2030 has delivered more than any other comparable European national industrial plan.

Clear underperformers: Germany’s fragmented approach, the UK’s policy discontinuity, and Saudi Vision 2030’s announcement-execution gap all illustrate how industrial policy fails when political coherence is absent.

The France 2030 assessment: Among all democratic governments, France 2030 is the most comprehensive and well-governed industrial policy program in existence. It is not the largest (US IRA is), not the fastest (Korea is), and not yet the most results-productive (US IRA has mobilized more private investment). But as a model for how a democratic government should design and execute strategic industrial investment — with competitive selection, accountability, sector diversity, and EU framework integration — France 2030 is the global benchmark.

The most important finding from comparing all programs: scale matters but mechanism matters more. The US IRA’s uncapped tax credit mechanism is more powerful per dollar than France 2030’s competitive grants — but for sectors France 2030 targets (nuclear SMRs, frontier AI, deep-sea technology) where there is no equivalent private market demand, grants are the only appropriate mechanism.

Key Data Comparison Table