Where Global Capital Is Moving — and Why Executives Should Pay Attention

Global capital is growing again, but it is not spreading evenly.

Foreign direct investment rose 6% to approximately US$1.6 trillion in 2025, ending two years of decline. Yet this apparent recovery was concentrated: the world's 20 largest recipient economies attracted more than 80% of global FDI, while much of the increase came from a limited number of megaprojects, especially in AI-related digital infrastructure.

The deeper shift is more important than the headline total.

Strategic sectors accounted for 44% of announced global greenfield investment value in 2025, compared with only 16% in 2020. Over the same period, announced project values across AI infrastructure, semiconductors, critical minerals, advanced technologies and energy-transition systems grew from US$109 billion to US$576 billion.

Capital is therefore not simply moving toward economies with the highest forecast growth.

Capital is increasingly moving toward strategic capacity.

That capacity includes computing power, electricity, industrial capability, critical materials, resilient logistics and the infrastructure needed to sustain them.

For executives, investors and business owners, the task is not merely to follow the money. It is to determine what these movements reveal about future demand, where opportunity may develop around them and which risks could turn substantial investment into poor returns.

Capital is concentrating, not globalizing evenly

A rise in worldwide investment can create the impression of a broad recovery. The underlying distribution tells a different story.

Investment growth in developed economies reached 11% in 2025, while developing economies recorded only 2% growth. Developing economies still received US$901 billion, but their ability to convert investment into productive capacity, employment, skills and technology transfer remains highly uneven.

Concentration is even more pronounced within strategic industries. In 2025, the three largest investor economies accounted for 72% of strategic-sector project values, while the three largest recipient economies captured 56%.

Low-income and lower-middle-income economies attracted only around 10% of global strategic-sector greenfield investment between 2020 and 2025.

This means that executives should be cautious about broad declarations that a particular continent or country is "the next investment destination."

Capital normally moves toward specific ecosystems within countries — industrial corridors, technology clusters, energy systems, logistics hubs and cities capable of supporting execution.

The investable unit is often not the country.

It is the capability cluster.

AI is becoming a physical-infrastructure story

Artificial intelligence is usually discussed as a software and computing revolution. Its expansion is also creating a major physical investment cycle.

AI systems depend on:

• data centres;
• advanced semiconductors;
• electricity generation;
• transmission networks;
• cooling systems;
• fibre connectivity;
• industrial land;
• cybersecurity;
• and specialized engineering services.

Data-centre electricity consumption is projected to rise from approximately 485 terawatt-hours in 2025 to around 950 terawatt-hours by 2030. Consumption by AI-focused facilities is expected to grow considerably faster than overall data-centre electricity use.

That growth is exposing constraints. The International Energy Agency estimates that around 20% of planned data-centre projects could face delays unless grid-related risks are addressed.

The most obvious opportunity is AI itself.

The less obvious opportunity is everything AI cannot scale without:

• available power;
• grid connections;
• transformers and turbines;
• cooling;
• construction;
• equipment maintenance;
• specialist labour;
• and rapid permitting.

For many businesses, the stronger opportunity may lie not in competing directly with the most visible AI companies, but in supplying the infrastructure and services required by the AI capital cycle.

Electricity is becoming a strategic constraint

The global economy is entering a period of stronger electricity demand.

Worldwide electricity consumption is forecast to grow by an average of 3.6% annually between 2026 and 2030. Industry, electric vehicles, cooling and data centres are among the principal drivers. Average annual demand additions over this period are expected to be roughly 50% greater than during the preceding decade.

Investment is responding.

Electricity supply and infrastructure investment is expected to approach US$1.6 trillion in 2026 and roughly US$2 trillion when end-use electrification is included. Grid investment is projected to approach US$550 billion, while battery-storage spending is expected to exceed US$100 billion.

This has a direct implication for capital allocation.

A location may offer attractive incentives, skilled labour and market access, but still be unsuitable for an energy-intensive project if it cannot provide:

• dependable electricity;
• affordable interconnection;
• sufficient transmission capacity;
• predictable approval timelines;
• and a credible pathway for expansion.

Electricity can no longer be treated as a routine operating input. In AI, advanced manufacturing and other power-intensive industries, it is becoming part of the investment thesis itself.

Industrial policy is redirecting private capital

Governments are exerting greater influence over where strategic investment occurs.

Subsidies, tax incentives, procurement programmes, regulatory frameworks, infrastructure spending, investment screening and technology controls are increasingly being used to strengthen domestic capability and economic security.

The renewed emphasis on industrial policy reflects several pressures: supply-chain vulnerabilities exposed by the pandemic, geopolitical tension, technological competition, productivity concerns and the strategic importance of sectors such as semiconductors and critical raw materials.

This creates opportunities for companies able to align commercial projects with public priorities.

But government support can also distort investment decisions.

Incentives may encourage duplicated capacity, subsidy dependence or projects that appear attractive only while favourable policy remains in force. A strong public incentive does not automatically establish durable customer demand or operational viability.

Executives should therefore apply two tests:

Policy attractiveness: What support is available, under what conditions and for how long?

Commercial durability: Would the project remain viable if public support weakened?

Industrial policy can strengthen a valid investment thesis.

It should not replace one.

Critical minerals are more than a mining opportunity

Critical minerals are central to batteries, electricity networks, semiconductors, defence systems and advanced manufacturing.

Yet possession of mineral reserves does not automatically produce investable value.

Capital must often be deployed across an entire chain:

• exploration;
• extraction;
• processing;
• refining;
• logistics;
• ports;
• energy supply;
• recycling;
• and industrial services.

The countries that capture the greatest value may not simply be those with the largest deposits. They may be those capable of financing projects, processing materials, maintaining regulatory credibility and transporting output reliably to customers.

This distinction is particularly important for emerging economies. Investment generates lasting economic value when it builds productive capacity, employment, skills and technology transfer — not merely when capital enters and commodities leave.

The overlooked opportunities may therefore sit around mineral assets rather than inside them: power, processing, logistics, maintenance, project development and risk management.

Capital movement is not the same as investment quality

Large investment flows reveal strategic attention.

They do not guarantee attractive returns.

Capital can cluster because of:

• competitive fear;
• government incentives;
• technological enthusiasm;
• geopolitical urgency;
• easy financing;
• or herd behaviour.

Executives should distinguish among three stages:

Announced capital
An organization declares an intention to invest.

Committed capital
Financing, contracts, permits and procurement begin to substantiate the announcement.

Productive capital
The project is completed, serves real demand and produces durable economic value.

This distinction matters because megaproject announcements can generate momentum long before execution risk, infrastructure constraints or weak demand become visible.

Capital should therefore be treated as a signal requiring interpretation — not as an instruction to invest.

What executives should do now

The appropriate response is not to reposition an entire organization around every high-profile capital trend.

It is to develop disciplined exposure.

First, map the organization's dependence on electricity, critical suppliers, trade routes, strategic technologies and politically exposed jurisdictions.

Second, identify the enabling constraint behind each major investment theme. Ask what must be built, supplied or resolved before the trend can scale.

Third, look beyond announcements for evidence of committed financing, contracted demand, regulatory clearance, construction progress and infrastructure readiness.

Fourth, where uncertainty remains high, preserve flexibility through pilots, partnerships and staged commitments rather than immediate full-scale exposure.

Finally, establish decision triggers in advance. Determine what evidence would justify acceleration — and what evidence would require delay, relocation or withdrawal.

PRIPEX Signal

Global capital is moving toward systems regarded as essential to technological competitiveness, economic security and resilience.

The strongest visible flows are concentrating around:

• AI and digital infrastructure;
• electricity systems;
• strategic manufacturing;
• critical minerals;
• and secure supply chains.

But the most defensible opportunities may not always lie at the centre of these trends.

They may lie at the bottlenecks.

They may lie in the infrastructure and services without which headline investment cannot become productive capacity.

And they may lie in jurisdictions that can convert strategic ambition into operating assets more reliably than their competitors.

The objective is not to chase capital after it has moved. It is to recognize where structural demand is forming before the opportunity becomes obvious.

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