From efficiency to resilience: the repricing of real assets

Key takeaways

• Global markets are moving through a structural shift rather than a normal cycle, as geopolitics, industrial policy, technology and debt increasingly reshape how economies operate and how capital is allocated.
• The next phase of growth is becoming more constrained by physical capacity. Power, grids, semiconductors, logistics and energy infrastructure are emerging as critical bottlenecks, as the system moves from molecules toward electrons—and increasingly toward atoms.
• In this environment, real assets are being repriced based on the essential flows they secure. Infrastructure, powered real estate and natural capital are moving closer to the centre of investment thinking as resilience becomes more valuable than efficiency alone.

Markets are not short of data. Oil prices, inflation prints, defence spending, power demand and industrial policy all move continuously. The issue is not information. It’s how those signals connect.

Taken in isolation, each data point looks familiar. Taken together, they point to something less comfortable: a regime shift in the global economy.

That shift stretches beyond the reach of a traditional macro toolkit. Growth, inflation and rates no longer move independently when economics is being pulled into questions of security, industrial policy and state capacity.

Michael Every’s neo-mercantilist framework captures that change neatly. It shifts the focus from efficiency to productive power—from optimisation to resilience.¹

Four forces reshaping the system

Viewed through that lens, the contours of the shift become clearer.

Geopolitics has moved back to the centre of economic decision-making. As Peter Zeihan has argued, the globalised system rested on a stable security architecture.² That foundation is no longer guaranteed. Supply chains are shortening, trade routes are being reconsidered, and energy systems are being redesigned with resilience in mind.

Politics is shifting alongside it. Neil Howe’s “Fourth Turning” describes a period in which politics becomes more existential, more polarized, and electorates are more willing to prioritise domestic capacity and security over efficiency. That shift creates room for more intervention, more industrial policy and more active state involvement. Not every country follows the same script, but multiple developed economies are now moving, in parallel, toward more activist states.

Technology is evolving in a way that reinforces both trends. The software-led expansion of the past two decades has not disappeared—but it has run into physical limits. Artificial intelligence, electrification and reindustrialisation all depend on power, grids, materials and infrastructure. The IEA’s point is blunt: there is no AI without energy.

Debt completes the picture. Ray Dalio’s long-term debt cycle explains why policy flexibility is increasingly constrained.³ After multiple credit cycles, advanced economies are carrying debt levels that limit how far monetary and fiscal tools can stretch.

The point is not to forecast a single outcome. The point is to recognise the direction of pressure. That pressure is moving the system away from efficiency and toward resilience.

How the shift is showing up

The shift is no longer theoretical. It is already visible in how economies are operating.

Capital is becoming more regional. In the previous system, capital moved to wherever production was cheapest. That assumption is weakening. Investment is now shaped by subsidies, industrial policy and geopolitical alignment. Production is being pulled closer to home or into allied networks. The result is a system that is more resilient—but also more redundant, more expensive and less efficient.

Growth is also changing character. Software still matters, but it no longer sets the pace on its own. The constraint is increasingly physical. Semiconductors, data centres, grids, transmission, industrial equipment and logistics determine how quickly economies can expand. The scarce layer is no longer intangible. It’s physical.

Energy sits at the centre of that shift. The system is moving from molecules toward electrons—and increasingly toward atoms. Hydrocarbons remain essential, but the direction of capital is clear: electricity systems, grids, storage and nuclear capacity are taking a larger share of investment.

As Pippa Malmgren has described, advanced nuclear offers the prospect of “a star in a box”—dense, local and dispatchable energy with strategic value well beyond a conventional utility.⁴

None of these developments sit in isolation. Together, they point to a repricing of something more fundamental: secure throughput.

Capital is becoming more constrained

This transition is unfolding in a more difficult financial environment.

High debt levels limit policy flexibility and raise the likelihood of more directed forms of capital allocation. Russell Napier’s concept of “national capitalism,” alongside work from Lyn Alden and Luke Gromen, all point in the same direction: capital is becoming less free-flowing and more strategically deployed.⁵

At the same time, demand for capital is rising across defence, energy, infrastructure and industrial capacity—often simultaneously.

That combination matters. It means capital isn’t just scarcer. It is more contested. Liquidity carries a higher premium. Balance sheets matter more. Projects are funded not only because they maximise return, but because they reduce vulnerability.

What this means for investors

If the regime is shifting, the investment framework cannot remain static.

The previous cycle rewarded duration, falling discount rates and financial engineering. That playbook worked in a world of abundant capital and stable globalisation.

The emerging environment looks different. Value is increasingly tied to utility—what an asset enables within a broader system.

Flows matter more than stocks. Assets are repriced at the margin, and that marginal flow of capital is increasingly shaped by policy, security and capacity constraints.

In that context, the scarce layer is physical—and the assets that control that layer become more valuable.

The more relevant question is not simply what an asset is. It is what flow the asset secures.

Real assets at the centre

That shift brings real assets back into focus—not as diversifiers, but as system enablers.

Infrastructure—power, grids, storage, logistics and water—moves from the background to the centre. These are the assets that keep systems functioning.

Real estate is being repriced in similar terms. The premium attaches to utility rather than duration: powered land, industrial sites, logistics corridors and data-enabled assets that connect directly to energy and infrastructure.

Natural capital fits the same pattern. Agriculture, water and timber are tied into energy, fertiliser, storage and logistics systems. Their value depends on the ability to sustain production and maintain flows under stress.

Across all three categories, the common thread is control over essential flows.

Looking ahead

This is not a short-term adjustment. It is a structural shift in how economies are organised and how capital is allocated.

The system is becoming more regional, more physical and more constrained by capacity. Capital is becoming scarcer and more directed. Policy is becoming more interventionist.

Asset pricing is adjusting accordingly.

The assets that matter are not defined only by yield or duration. They are defined by their role within a system—removing bottlenecks, securing supply and maintaining throughput.

The direction of travel is clear. The system is repricing resilience—and the assets that make it possible.