Financial assets represent claims on future value. Real assets do something more: they connect capital to physical function. A building provides usable space. Infrastructure moves energy, water, goods, or information. Land supports production and development. Natural resources supply industrial activity. Inventories can preserve operating continuity when immediate availability matters.

That physical dimension helps explain why real assets continue to attract attention across changing market regimes. Their relevance does not depend on a single forecast for inflation, interest rates, or economic growth. It rests on a more durable proposition: economies require physical capacity, and creating or replacing that capacity often requires time, capital, permissions, and specialized capability.

But physicality is not inherently protective. The same characteristics that create utility can also produce illiquidity, maintenance obligations, location dependence, and exposure to technological or regulatory change. The enduring logic of real assets is therefore not that tangible assets are always safer or more valuable. It is that their economic role is different, and must be evaluated on its own terms.

Physicality Is a Characteristic, Not an Asset Class

The term real assets commonly spans real estate, infrastructure, commodities, natural resources, and other forms of tangible property.¹ That breadth is useful, but it can also obscure important differences.

An income-producing property is not economically equivalent to a stock of metal. A regulated transmission asset does not behave like undeveloped land. A producing mine combines a depleting resource, an operating business, infrastructure, permits, and commodity-price exposure. Even assets that appear similar can differ materially because of location, legal rights, physical condition, financing structure, or access to customers.

Real assets should therefore not be treated as a single source of return or protection. What they share is a relationship to physical use, constraint, or productive capacity. What determines their value is how that relationship functions in practice.

Where Enduring Value Originates

The value of a physical asset can arise from several sources.

The first is operational utility. An asset may enable an activity that cannot occur, or cannot occur efficiently, without it. Ports, warehouses, processing facilities, energy networks, commercial property, and mineral resources derive value partly from what they allow other participants to produce, move, store, or consume.

The second is replacement difficulty. Physical capacity is rarely created instantly. Development may require land, permits, engineering, construction, financing, supplier relationships, and connection to existing networks. Replacement cost alone does not establish market value, but the time and complexity required to reproduce a useful asset can strengthen the position of capacity that is already operational.

The third is scarcity, properly defined. Scarcity does not simply mean that something is finite. Economic scarcity concerns the availability of an asset with the right characteristics, in the right location, under usable legal and operating conditions. Land may be abundant in the abstract but scarce near a logistics corridor. A mineral may be geologically present but unavailable at viable cost. Infrastructure may exist but lack the capacity or connectivity required by users.

The fourth is durable demand. A physical asset is not valuable merely because it is difficult to build. Its utility must remain relevant. The strongest real-asset economics generally emerge where constrained capacity meets persistent need, and where the asset can continue operating through changing conditions.

Optionality Is Not the Same as Liquidity

Real assets can provide forms of optionality that differ from those offered by financial securities.

Ownership may provide rights to operate, lease, improve, redevelop, store, extract, or reposition an asset. Some assets can support multiple uses or customer groups. Others can preserve future choices simply because replacement would take years. This can make physical capacity valuable even when its highest-value use has not yet been determined.

Direct ownership may also reduce dependence on certain financial claims or contractual renewal cycles. Yet that does not mean the owner possesses unrestricted control. Title may be clear while use remains constrained by zoning, permits, regulation, operating agreements, financing covenants, or physical access. An asset held through a fund, joint venture, concession, or custodial arrangement introduces additional layers between ownership and practical authority.

Nor should optionality be confused with liquidity. A listed security may be sold quickly in a deep market. A physical asset may require diligence, valuation, financing, transfer documentation, and regulatory approval. Its value can be durable while its path to monetization remains slow or uncertain.

Physicality Concentrates Risk as Well as Value

Every source of real-asset value has a corresponding exposure.

Location creates proximity to users, infrastructure, and economic activity, but it also concentrates environmental, political, and regulatory risk. The OECD's work on real estate emphasizes that physical hazards and transition pressures are highly location-specific and can affect both operating performance and long-term value.²

Durability reduces the need for immediate replacement, but long-lived assets require maintenance and reinvestment. Deferred capital expenditure can make reported income appear stronger while the underlying asset deteriorates. Infrastructure resilience likewise depends not only on the strength of the original asset, but on the systems, maintenance practices, and response capacity surrounding it.³

Scarcity may support economic value, but it can also invite substitution, new supply, technological change, or policy intervention. High replacement cost can protect an incumbent asset, or leave it exposed if customer needs shift toward a more efficient alternative. Contracted revenue may improve visibility, but its strength depends on counterparty quality, indexation, renewal conditions, and the continuing usefulness of the asset.

Physical assets also tend to carry risks that cannot be resolved through diversification alone. A property still requires insurance and maintenance. A resource project still requires permits and operating capability. A logistics asset still depends on connected routes and users. These are not reasons to dismiss real assets. They are reasons to evaluate them as assets with operating requirements rather than inert stores of value.

Underwrite the Asset, Not the Label

The broad case for real assets becomes more credible when it is less categorical.

Claims that real assets uniformly hedge inflation, preserve capital, or diversify portfolios are too general to be reliable. IMF research on inflation hedging shows that asset-class protection can vary materially by time horizon.⁴ Results depend on acquisition price, leverage, contract structure, operating costs, utilization, location, and the specific inflation or economic shock under consideration. IMF research on long-term asset allocation separately cautions that alternative assets, including commodities, real estate, and infrastructure, can carry higher risks when considered individually.⁵

A more disciplined framework begins with five questions:

1. What economically useful function does the asset perform?

2. What legal and practical rights accompany ownership?

3. What capital, infrastructure, and expertise are required to keep it productive?

4. Who depends on its output or use, and under what commercial terms?

5. What could replace, impair, or strand it over the intended holding period?

These questions shift attention away from the category label and toward the source, durability, and transferability of value.

A Durable Role, Not an Automatic Conclusion

Real assets remain important because the economy remains physical. Digital systems require power, networks, facilities, and materials. Trade requires storage and transportation. Cities require buildings and infrastructure. Industry requires land, energy, equipment, and resources.

That continuing need gives physical assets an enduring role, but not automatic merit. Their value depends on whether scarcity is economically meaningful, utility remains relevant, rights are enforceable, and operating demands can be met over time.

The strongest real-asset thesis is therefore not that tangibility offers refuge from every form of uncertainty. It is that useful physical capacity can preserve choices, support economic activity, and connect long-term capital to functions that cannot be replicated by financial claims alone.

Sources

1. Bank for International Settlements, The Rise of Private Markets, December 2021.

2. OECD, Future-Proofing Real Estate Investment, December 2025.

3. World Bank, Lifelines: The Resilient Infrastructure Opportunity, 2019.

4. International Monetary Fund, Inflation Hedging for Long-Term Investors, IMF Working Paper 09/90, April 2009.

5. International Monetary Fund, Long-Term Investors and Their Asset Allocation: Where Are They Now?, in Global Financial Stability Report, September 2011.