The New Geography of Productive Wealth

How family offices and UHNW families can invest, preserve strategic independence, and build multigenerational advantage as global competitiveness is remapped

The central message of McKinsey Global Institute’s Catalyzing Competitiveness: Where Investment Happens and Why is elegantly simple:

A country, industry, or company is competitive when serious investors are willing to place productive capital there.

Productive capital is not merely money invested in stocks and bonds. It includes factories, power systems, data centres, machinery, software, research, intellectual property, logistics networks, and other assets that create future economic capacity.

Viewed through this lens, the global economy is dividing into three distinct investment stories:

China is building physical and industrial capacity at extraordinary scale.
The United States is concentrating capital in software, artificial intelligence, data centres, research, and other intangible assets.
Europe is investing too little to renew its industrial base and maintain many of its historic competitive advantages.

For family offices, this is more than a macroeconomic observation. It changes how long-term portfolios should be designed. Geography, energy access, industrial ecosystems, permitting speed, labour productivity, government support, and time to market can now matter as much as the traditional asset class.

The report’s deeper lesson is that the next generation of family wealth will not be determined solely by who owns the most assets. It will increasingly be determined by who owns the assets, capabilities, infrastructure, intellectual property, and strategic relationships that the future economy cannot function without.

What is productive investment, and why does it matter?

The report distinguishes productive investment from financial investment.

Financial investment involves buying claims on future cash flow, such as shares, bonds, funds, or private-market securities. Productive investment involves creating or improving the assets that produce those cash flows.

These assets include:

Infrastructure and energy systems
Factories and commercial facilities
Machinery and industrial equipment
Software, databases, and digital systems
Research and development
Intellectual property

This distinction matters because a family may have a large securities portfolio while the countries and industries supporting that portfolio are underinvesting in the assets required for future growth.

The report also separates gross productive investment from net productive investment.

Gross investment includes all spending on productive assets. Net investment subtracts the amount needed to replace obsolete factories, aging infrastructure, old software, and worn-out equipment.

A country can therefore appear to be investing heavily while most of that money is merely maintaining yesterday’s economy. Net investment reveals whether the productive base is actually expanding.

For example, the United States invested approximately $5.1 trillion in productive assets in 2024, but about $4 trillion was needed to replace depreciating assets. Only roughly $1 trillion represented a net expansion of productive capacity.

For family offices, an equivalent question should be asked across family-owned operating companies:

How much annual capital expenditure is preserving the existing enterprise, and how much is creating genuinely new capacity, intellectual property, productivity, or market access?

That distinction should become part of annual family-enterprise reporting.

A global investment divergence

China: unmatched scale, but declining capital efficiency

China invests approximately $5.9 trillion a year in productive assets at market exchange rates, compared with roughly $5.1 trillion in the United States and $3.1 trillion in the European Union.

Once local purchasing power is considered, China’s investment has even greater physical impact. The same dollar can generally purchase more construction labour, industrial equipment, engineering time, and manufacturing capacity in China than in an advanced economy.

China’s net productive investment is estimated at approximately $4.4 trillion, or about 23 percent of its GDP. The comparable figures are approximately:

$1 trillion and 4 percent of GDP for the United States
$400 billion and 2 percent of GDP for the European Union

China is therefore adding several times more productive capacity each year than the United States and Europe combined.

Its position is especially strong in manufacturing. China attracts an exceptionally large share of global investment in machinery, electronics, batteries, semiconductors, steel, chemicals, and automotive production.

This investment foreshadows tomorrow’s market share. Countries that invest more than their current share of global output usually gain production share over time.

However, China’s strategy has a significant weakness. It deploys approximately 70 percent more capital per dollar of economic output than Europe or the United States, and the economic return on its productive capital is about 40 percent lower. Excess capacity, weak profitability, rising debt, and greater reliance on state-owned enterprises suggest that more investment does not always mean better investment.

For family offices, China is therefore neither a simple growth story nor a market to dismiss. It is a powerful industrial ecosystem with major advantages in scale, speed, suppliers, manufacturing knowledge, and infrastructure—but also with increasing risks related to capital efficiency, state influence, trade tensions, overcapacity, and policy intervention.

The United States: a technology and AI supercycle, but not yet a broad investment revival

The United States has shifted a growing share of its productive investment toward intangible assets such as software, intellectual property, and research and development.

Its strongest competitive positions are increasingly found in:

Artificial intelligence
Cloud computing
Software
Advanced digital services
Financial services
Biotechnology
Research and commercialization
Data-centre infrastructure

Seven major AI-related companies increased their combined capital expenditures and R&D investment from about $15 billion in 2005 to nearly $750 billion in 2025. The report suggests that this figure could approach $1 trillion by the end of 2026.

Yet this AI boom has not created a broad investment renaissance across the entire US economy. Data-centre construction and technology spending have surged, while total productive investment as a share of GDP has remained broadly flat. Investment in many offices, warehouses, commercial buildings, conventional manufacturing assets, and other nontechnology categories has weakened.

The United States therefore faces a concentration question. It leads the most important digital and technology arenas, but much of its investment momentum is tied to a relatively small number of companies and interconnected AI value chains.

A family office should not assume that exposure to large US technology companies is the same as exposure to a broad American productive-capital revival. The two are not yet equivalent.

The opportunity lies not only in AI models and software, but in the physical systems that enable AI:

Electricity generation
Transmission infrastructure
Cooling systems
Advanced semiconductors
Data centres
Fibre networks
Industrial automation
Specialized construction
Cybersecurity

The less glamorous picks-and-shovels surrounding AI may provide more durable and reasonably valued opportunities than the most visible technology names.

Europe: an investment gap that threatens historic strengths

Europe’s challenge is more structural.

The report estimates that Europe would need approximately €750 billion to €800 billion of additional annual investment, equal to roughly 4.5 percent of GDP, to close its investment gap.

Much of Europe’s existing spending replaces aging assets rather than expanding productive capacity. Germany is a striking example: its net productive investment fell from about 2 percent of GDP before the global financial crisis to approximately 0.2 percent in 2024.

Europe risks losing competitive strength in industries where it has historically excelled, including:

Automotive manufacturing
Pharmaceuticals
Machinery
Chemicals
Industrial technology

European electricity costs are a major disadvantage. Industrial electricity prices in parts of Germany can approach $190 per megawatt-hour, compared with averages of roughly $80 in the United States and $90 in China. This makes energy-intensive manufacturing difficult to justify in Europe’s traditional industrial heartland.

Europe still possesses exceptional assets: technical universities, engineering expertise, trusted brands, advanced machinery, healthcare knowledge, strong institutions, and sophisticated consumers. Its problem is often not invention, but commercialization, scaling, construction speed, fragmented markets, and the cost of moving from an idea to a large business.

For UHNW families with European operating companies, preserving legacy may require more than protecting an existing headquarters or factory. It may require moving selected production activities closer to lower-cost energy, forming cross-border joint ventures, licensing technology, consolidating fragmented operations, or separating research, manufacturing, and distribution across different locations.

Why does investment go where it goes?

The report examines ten investment cases and converts each project into a levelized cost.

Levelized cost is the lifetime break-even cost per unit of output. It includes construction, equipment, labour, energy, materials, financing, maintenance, speed, productivity, and other project-specific factors.

This method exposes an uncomfortable reality: in many industries, the cost of developing or producing the same output in Europe or the United States is at least 50 percent higher than in the most competitive location.

For R&D-intensive projects, the difference can approach 300 percent.

The report groups investments into three categories.

Anchored industries

These must generally serve a local or regional market. Nuclear power and solar generation are examples. Electricity cannot always be transported economically across oceans, so local demand, regulation, grid access, construction capability, and power contracts matter.

Footloose industries

These produce goods that can be shipped globally. Batteries, steel, polyethylene, pharmaceuticals, and semiconductors are examples. Facilities will tend to locate wherever the full cost of production, transportation, tariffs, and risk is most attractive.

Arena industries

These are fast-moving fields in which speed, innovation, talent, ecosystems, and market leadership can matter more than the lowest operating cost. AI data centres, biopharma research, and electric-vehicle platform development are examples.

This classification is valuable for family offices because each type requires a different investment strategy. Anchored assets require local regulatory and demand expertise. Footloose industries require global cost comparison. Arenas require speed, talent, partnerships, and tolerance for technological uncertainty.

Ten strategic investment cases

The figures below represent levelized costs before direct subsidies and taxes. The data-centre case excludes the cost and performance differences of computing chips.

The table reveals that there is no single explanation for competitiveness. Every industry has its own economic fingerprint.

Nuclear power: construction discipline is the competitive advantage

Nuclear power is becoming strategically important again because AI, electrification, energy security, and decarbonization are increasing demand for reliable electricity.

The greatest difference between regions is not the cost of uranium or operating labour. It is the ability to deliver a complex project repeatedly, on time, and according to a standardized design.

South Korea and China benefit from:

Repeated reactor designs
Experienced project teams
Established suppliers
Faster construction
Integrated delivery
Consistent government support

Recent Western projects have often been redesigned during construction, slowed by fragmented approvals, or built by supply chains that have lost experience.

Family-office participation in nuclear power should therefore focus on proven operators, multi-unit programs, standardized technology, government-backed financing, long-term power contracts, component suppliers, and services that benefit from the nuclear revival without carrying the full risk of a new reactor.

Solar and storage: a global opportunity with a concentrated supply chain

Solar is now one of the largest categories of global power investment. Adding battery storage turns intermittent sunlight into electricity that can be delivered when demand and prices are higher.

China’s advantage rests heavily on its manufacturing ecosystem. It dominates much of the global supply of solar modules, battery cells, processed materials, and related equipment.

Solar assets themselves can provide predictable long-duration revenue when supported by creditworthy power-purchase agreements. Yet investors must separately examine:

Module and battery sourcing
Grid connection delays
Curtailment risk
Merchant power-price exposure
Battery degradation
Tariffs and local-content rules
Financing costs

The attractive family-office strategy may be less about owning undifferentiated solar farms and more about controlling scarce grid connections, energy-storage capacity, development pipelines, industrial power contracts, or land located near growing electricity demand.

Steel and polyethylene: geography still matters

Steel and polyethylene demonstrate that the physical world has not disappeared.

Low-cost natural gas, electricity, feedstocks, ports, industrial land, and transportation infrastructure can create advantages that software alone cannot erase.

In DRI-EAF steel, energy explains most of the difference between lower- and higher-cost locations. In polyethylene, access to competitive feedstocks and energy is decisive.

These industries can be difficult for a family office to enter without an experienced operating partner. They are cyclical, capital-intensive, politically sensitive, and exposed to environmental regulation. However, they can become attractive when supported by:

Structurally low-cost energy
Long-term customer contracts
Trade protection
Scarce regional capacity
Decarbonization premiums
Integrated feedstock supply
Strategic infrastructure

The asset must have a durable cost advantage. A subsidy alone is rarely a sufficient investment thesis.

Pharmaceuticals and biopharma: the ecosystem is becoming as important as the science

Traditional pharmaceutical manufacturing remains attractive in advanced economies where quality, regulatory trust, intellectual property protection, and proximity to major customers support premium pricing.

However, the report shows that modern Chinese pharmaceutical plants can use similar designs and achieve comparable output while paying materially lower wages.

China is also rapidly improving its biopharma research ecosystem. It offers lower scientific labour costs, a growing contract-research network, faster development processes, and increasing participation in global licensing.

For family offices, healthcare investments should therefore be divided into distinct categories:

Scientific discovery and intellectual property
Clinical development and regulatory execution
Contract research and manufacturing
Commercialization and distribution
Healthcare infrastructure and services

A company may possess strong science but a weak development process. Another may own no breakthrough molecule but operate an excellent platform that helps many therapies reach the market.

Speed is especially valuable because every year saved in drug development can extend the effective commercial life of a successful therapy.

Batteries: an ecosystem business, not simply a factory

Battery manufacturing depends on more than assembling cells.

China controls a dense network of lithium refining, cathode production, anode materials, graphite processing, equipment suppliers, factory engineering, and experienced labour. This creates cumulative cost advantages that are difficult for a single Western factory to overcome.

A subsidized gigafactory built without nearby materials, equipment maintenance, customers, logistics, and trained personnel may remain uncompetitive after government support expires.

Family offices should therefore underwrite the ecosystem around the plant, not only the plant itself.

Potential opportunities may include recycling, specialty materials, thermal-management systems, grid storage, battery-management software, industrial power supply, and equipment servicing. These can provide exposure to electrification without requiring the family to compete directly with the largest cell manufacturers.

Data centres and semiconductors: power, chips and speed define the AI economy

AI data centres are among the clearest examples of the merger between digital and physical capital.

Their economics depend upon:

Advanced accelerators
Reliable electricity
Cooling
Grid access
Fibre connectivity
Construction speed
Cybersecurity
Skilled operations
Planning and environmental approvals

In a colocation model, energy is a major cost. In a hyperscaler model, computing equipment becomes dominant.

The report notes that export restrictions affecting leading-edge chips can increase the amount of energy and equipment required to produce the same computing output. The cheapest electricity does not necessarily create the cheapest AI computation when the best chips are unavailable.

Semiconductor fabrication has similar ecosystem effects. Taiwan combines lower wages, high worker productivity, experienced suppliers, engineering talent, and decades of accumulated operating knowledge. A new fabrication plant cannot instantly reproduce that ecosystem simply because a government provides a large subsidy.

For family offices, AI infrastructure should therefore be measured in usable computing output, not only megawatts, square footage, or installed servers.

Automotive R&D: organization can matter more than geography

Electric-vehicle platform development shows the financial value of speed.

Chinese EV manufacturers can often bring new platforms to market far faster than established Western automakers. Lower wages matter, but the larger advantage comes from how work is organized:

Parallel engineering instead of sequential approvals
Small teams with end-to-end accountability
Early supplier participation
Software-led architecture
Rapid prototyping
Senior leadership involvement
Short decision cycles
Fewer organizational layers

The report concludes that much of this advantage is managerial rather than inherently geographic.

This may be one of the most important lessons for multigenerational business families. A legacy enterprise can have excellent assets, talent, and reputation yet lose competitiveness because governance has become slow, cautious, fragmented, and consensus-bound.

Preserving a family company does not mean preserving every process inherited from the past.

The seven levers of competitiveness

The report identifies seven broad levers available to businesses and governments.

1. Industrialize construction

Advanced economies often suffer not only from high material and labour costs but from slow, bespoke project delivery.

Reusable designs, modular construction, prefabrication, preapproved industrial sites, digital permitting, and performance-based contracting can reduce costs and delays.

US data-centre developers have used modular designs and off-site assembly to accelerate completion substantially while reducing capital expenditures.

For direct family-office investments, construction strategy should be evaluated before financing is committed—not after cost overruns begin.

2. Raise labour productivity

Cutting advanced-economy wages is neither desirable nor realistic. The sustainable response is to increase output per worker through AI, automation, redesigned processes, training, and more flexible operating models.

A family office should examine whether its businesses are merely purchasing AI tools or genuinely redesigning workflows around them.

3. Secure competitive energy

Energy-intensive industries should be located near structurally abundant power rather than kept in historic industrial regions for sentimental reasons.

Power supply must increasingly be treated as a strategic input, similar to labour, capital, or intellectual property.

Long-term power contracts, behind-the-meter generation, energy storage, grid rights, and partnerships with utilities can become sources of competitive advantage.

4. Accelerate time to market

A six-month delay can destroy value in AI, semiconductors, biotechnology, and electric vehicles.

Speed should be included directly in investment models through:

Delayed revenue
Additional interest expense
Management cost
Technology-obsolescence risk
Reduced patent or product life
Lost market share

Time is not simply a project-management issue. It is a financial asset.

5. Innovate and differentiate

High-cost regions may never win a pure cost contest.

They can still succeed by producing offerings that deserve premium pricing because of superior quality, performance, trust, intellectual property, service, regulation, proximity, or brand.

This is especially relevant to family-owned companies, which may possess reputational capital that competitors cannot easily reproduce.

6. Specialize in strategic arenas

No country or family office can lead in every sector.

The report recommends concentrating investment in industries that shape future competitiveness or protect strategic autonomy. These include AI, biotechnology, semiconductors, electric vehicles, advanced materials, energy, and selected supply-chain chokepoints.

Resilience does not necessarily mean producing everything domestically. A diversified network of trusted suppliers and jurisdictions is generally stronger than total dependence on one location—or an uneconomic attempt at complete self-sufficiency.

7. Understand industrial policy

Government intervention has expanded through subsidies, tax credits, procurement, tariffs, local-content rules, export controls, price supports, and investment restrictions.

The report estimates that Chinese companies receive materially greater support, on average, than firms in Europe or North America. Semiconductor subsidies are one visible example.

Family offices should not ignore subsidies, but they should distinguish between:

Temporary incentives that improve early returns
Durable policies supported across political cycles
Protection that creates long-term domestic demand
Subsidies that merely conceal an uncompetitive asset

Public support should strengthen a viable business. It should not be the entire business model.

What this means for family-office investment strategy

Move beyond traditional asset allocation

A portfolio organized only around public equities, fixed income, real estate, private equity, and venture capital can miss the forces driving future wealth.

Family offices should add a second map organized around productive systems:

Energy
Compute
Industrial capacity
Logistics
Healthcare
Food and resources
Intellectual property
Data and connectivity
Strategic materials
Human capital

This reveals hidden concentrations. A portfolio that appears diversified by asset class may still depend heavily on US technology earnings, Chinese manufacturing, European energy, or Taiwanese semiconductor supply.

Build a productive-capital barbell

A sophisticated family office can combine two broad categories.

Durable anchored assets

These may include energy infrastructure, storage, data-centre real estate, fibre networks, healthcare facilities, regulated utilities, or other assets supported by long-term local demand.

Their strengths are contractual revenue, inflation linkage, and tangible collateral. Their risks are construction, regulation, financing, and technological change.

Future-shaping arenas

These include AI infrastructure, biotechnology, semiconductor technologies, robotics, advanced materials, and next-generation mobility.

Their strength is asymmetric upside. Their risks are valuation, obsolescence, execution, and concentration.

Between these two ends sit footloose manufacturing assets, which should generally be owned only where there is a clear and lasting advantage in energy, materials, productivity, technology, ecosystem, market access, or policy.

Treat geography as an investment factor

The same factory, laboratory, or data centre can produce radically different returns depending on location.

A family office’s geographic underwriting should include:

Use partnerships instead of trying to build every capability internally

Many strategic industries require expertise accumulated over decades.

A family office may create more value by supplying patient capital to a proven operator than by attempting to become the operator itself.

Useful structures can include:

Joint ventures with industrial companies
Co-investments with specialist funds
Preferred equity
Project-level debt
Royalty or licensing arrangements
Infrastructure partnerships
Minority strategic holdings
Family-to-family industrial alliances

The family office’s edge may lie in long-duration capital, governance stability, relationships, and willingness to support a project through cycles—not in managing a semiconductor fab or pharmaceutical plant.

A family governance response

This report is ultimately about stewardship as much as economics.

A family enterprise should ask four questions annually.

Are we renewing the assets that created the family’s wealth?

Deferred maintenance, outdated systems, aging facilities, and weak digital infrastructure can quietly consume competitive advantage.

Are we creating new productive capacity?

Capital expenditure should be divided between maintenance, compliance, efficiency, growth, and true innovation.

Are our governance processes faster than the market?

A family board that takes twelve months to approve a strategic investment may be protecting process while destroying opportunity.

Does the next generation understand productive capital?

Successors should learn not only portfolio theory but also industrial economics, supply chains, technology commercialization, energy systems, geopolitics, and operating-company governance.

Financial wealth can be inherited. Competitiveness must be rebuilt continuously.

Principal risks for UHNW families

China concentration risk

China’s manufacturing ecosystem is powerful, but overcapacity, lower capital returns, state influence, geopolitical disputes, and possible trade restrictions create material risks.

US technology concentration

The US leads the AI economy, but returns may become increasingly dependent on a small number of companies, immense capital spending, energy availability, and uncertain future monetization.

European stagnation risk

European assets may remain high quality while suffering from slow growth, high energy costs, fragmented regulation, and underinvestment.

Policy dependency

Projects supported by subsidies may become vulnerable to elections, fiscal pressure, trade disputes, or changes in government priorities.

Technological obsolescence

A state-of-the-art data centre, battery plant, or EV platform can become outdated before the original investment case has matured.

Ecosystem illusion

A government can fund a factory, but it cannot instantly create suppliers, technical knowledge, customer relationships, and experienced employees.

False diversification

Owning funds in several countries does not create genuine diversification when all depend on the same semiconductors, AI platforms, energy routes, or Chinese supply chains.

A practical family-office action agenda

Over the next strategic-planning cycle, a family office could:

Map the family’s exposure to productive systems, not only asset classes.
Separate maintenance capital from growth capital across family-owned businesses.
Create a geographic competitiveness dashboard covering energy, labour productivity, construction, permitting, policy, currencies, and ecosystems.
Stress-test critical supply chains under tariffs, sanctions, shipping disruptions, energy shortages, and technology controls.
Measure time to market financially, including the cost of delay.
Identify two or three future-shaping arenas in which the family can build genuine expertise and relationships.
Review subsidy-dependent investments under a scenario in which public support is reduced or withdrawn.
Form partnerships with experienced operators rather than entering technically complex sectors alone.
Upgrade governance speed, while retaining appropriate risk controls.
Educate the next generation in industrial strategy, technology, energy, and geopolitical economics.

FAQs

What is the main finding of Catalyzing Competitiveness?

Productive investment is shifting sharply toward China’s manufacturing system and America’s technology and AI ecosystem, while Europe is underinvesting relative to its economic ambitions.

Why is China attracting so much industrial investment?

China combines lower construction and labour costs with large-scale supplier ecosystems, infrastructure, manufacturing experience, rapid execution, government support, and growing technological capability.

Is China’s investment model entirely successful?

No. China creates far more productive capacity than other major economies, but its capital produces lower economic returns and many industries face excess capacity and weak profitability.

Is the United States experiencing a broad investment boom?

Not yet. AI, software, R&D, semiconductors, and data centres are booming, but overall productive investment remains relatively flat as a share of the economy.

What is Europe’s greatest competitiveness challenge?

Europe combines low net investment with expensive energy, slow construction, fragmented markets, regulatory complexity, and difficulty scaling innovation.

Which industries are most important for future competitiveness?

The report focuses on nuclear and solar power, steel, polyethylene, pharmaceuticals, batteries, data centres, semiconductors, biopharma R&D, and electric-vehicle platform development. AI, biotechnology, energy, chips, and advanced industrial systems have especially strong strategic importance.

What is the biggest lesson for family offices?

Family offices should evaluate investments according to productive capacity, geography, ecosystems, speed, energy, policy, and resilience—not merely expected financial return under stable historical assumptions.

Final perspective: wealth must be productive to remain powerful

The report does not argue that every family should own factories, nuclear projects, or semiconductor plants. Nor does it suggest that the country investing the most will always create the most wealth.

Its message is more refined.

Investment creates the capabilities from which tomorrow’s economic power will emerge. Capital placed today determines where future production, knowledge, talent, infrastructure, and strategic influence will be located.

For family offices and UHNW families, the traditional objective of preserving purchasing power is no longer enough. A family must also preserve relevance, adaptability, access, and productive capability.

The families best positioned for the next generation will be those that combine:

The patience of permanent capital
The discipline of institutional underwriting
The speed of entrepreneurial decision-making
The resilience of geographic diversification
The imagination to invest in future-shaping systems
The humility to partner where they lack operating expertise

In this new cartography of competitiveness, wealth will flow toward the families, companies, and countries that can transform capital into useful capacity—faster, more intelligently, and more sustainably than the rest.