From Ownership to Stewardship: The Strategic Logic of the Performance Economy

Circularity becomes strategically more powerful when the producer remains economically connected to the product after the point of sale.

Many circular-economy discussions begin with waste.

Walter R. Stahel's 2016 Nature commentary starts somewhere more consequential: ownership and responsibility.

Stahel distinguishes three industrial logics. A linear economy extracts resources, manufactures goods, sells them and largely transfers ownership and end-of-life responsibility to the buyer. A circular economy tries to preserve products and materials through reuse, repair, remanufacture and recycling. A performance economy goes further by selling access, use or outcomes while the producer or asset manager may retain ownership of the underlying product.

That change in ownership architecture alters incentives.

If a manufacturer profits mainly by selling more units, durability can conflict with volume. If the same manufacturer profits from delivering performance over time while retaining the asset and its residual value, maintenance, longevity, recovery and resource productivity become economically relevant in a different way.

This is why the performance economy is not simply a greener version of the existing product model.

It can be a different business model.

The Strategic Context

The supplied Study Notes describe circular economy as restorative or regenerative by intention and design. Technical materials are kept in use through maintenance, reuse, refurbishment, remanufacturing and recycling. Biological materials are intended, where appropriate, to return safely to natural systems.

Stahel adds a sharper commercial lens.

In his framing:

the linear economy behaves like a river, with resources flowing through production toward disposal;
the circular economy behaves more like a lake, preserving and circulating goods and materials;
the performance economy sells the function or service of the asset rather than relying only on transfer of ownership.

The distinction matters because many organisations can improve recycling without changing the incentive to sell more new products.

That can reduce waste per unit while leaving the underlying growth logic intact.

The performance model asks a harder question:

Can the enterprise earn more by preserving the productive value of assets rather than repeatedly replacing them?

Stahel uses historical examples including tyre use sold by distance, leased textiles and mattresses, and other service models. Those examples should be treated as dated illustrations rather than claims about current company practice. The strategic principle is durable.

What Leaders Commonly Misread

The first misreading is that circular economy equals recycling.

Recycling sits relatively late in the value-preservation hierarchy. If a product can be maintained, reused or remanufactured, much more of its embedded design, labour, energy and material value may be preserved than if it is broken back down into raw material.

The second misreading is that product-as-service is mainly a financing arrangement.

Leasing can be financially useful, but the strategic opportunity comes from redesigning incentives across the lifecycle.

If the provider owns the asset, it may care more about:

failure rate;
maintainability;
component standardisation;
upgradeability;
recoverability;
residual value;
and total lifetime cost.

The third misreading is that retaining ownership automatically creates circularity.

It does not.

A poorly designed leasing model can still create high resource use, weak maintenance and premature disposal. The organisation needs operating capability to recover, inspect, repair, redeploy and eventually remanufacture or recycle the asset.

Ownership is an enabling governance mechanism, not proof of circular performance.

The fourth misreading is that the customer must want ownership for value to exist.

In many categories, customers actually want an outcome: mobility, clean textiles, compressed air, drilling capacity, lighting, computing power or equipment availability.

Ownership may be only one way to obtain that outcome.

Reframing the Issue

The performance economy should be reframed as an incentive redesign problem.

Under a conventional sale, the economic relationship can weaken at the point of transaction. Warranty and brand obligations remain, but much of the lifecycle risk moves to the buyer.

Under a performance model, the provider can remain exposed to:

reliability;
maintenance;
downtime;
material recovery;
disposal cost;
residual value;
and asset utilisation.

That exposure can be valuable because it aligns the producer's economics more closely with lifecycle performance.

A hypothetical industrial-equipment manufacturer illustrates the point.

Under a unit-sales model, revenue rises when a customer buys another machine.

Under an availability model, the provider may be paid for operating hours or output. A machine that fails frequently becomes expensive for the provider. A modular design that allows rapid repair, component reuse and predictive maintenance can improve both customer value and provider margin.

The engineering decision has changed because the revenue model changed.

Business-Model Logic Comes Before Circular Logistics

Many circular initiatives begin at the end of life: create a take-back program, collect used products and find a recycler.

That is necessary but incomplete.

The stronger sequence is:

**customer outcome

→ commercial model

→ ownership and liability

→ product architecture

→ service system

→ recovery network

→ residual-value pathway**

If the commercial model rewards rapid replacement, the recovery system is fighting against the economics of the core business.

If the commercial model rewards lifetime performance, circular operations can reinforce the economics.

This is one reason why circularity belongs in strategy discussions, not only sustainability or waste-management functions.

The Asset Becomes a Future Resource Reserve

Stahel makes a powerful observation: when ownership and recovery are retained, today's goods can become tomorrow's resources.

That changes how a company might think about its installed base.

A fleet of products in customer use is no longer only historical revenue. It may also represent:

recoverable components;
remanufacturing feedstock;
service revenue;
upgrade opportunities;
usage data;
and future material security.

This is particularly relevant where input materials are expensive, supply is volatile or components retain meaningful residual value.

A linear model sees the asset after sale mainly as the customer's property.

A stewardship model can see the same asset as part of a distributed inventory of productive capital.

That does not mean the producer must always retain legal ownership. Contractual take-back rights, deposits, buy-back arrangements and service agreements can create similar economic connections.

The strategic objective is to preserve a pathway back to value.

Circularity Requires New Capabilities

Stahel emphasises that circular economy is labour, knowledge and technology intensive. Repair, remanufacturing and high-quality material recovery require skills, logistics and technical capability.

The performance model increases those requirements.

An organisation may need:

asset tracking;
condition monitoring;
service networks;
reverse logistics;
inspection and grading;
remanufacturing processes;
spare-parts planning;
modular product design;
residual-value accounting;
customer contracts that define use, maintenance and return;
and data governance across the lifecycle.

These are not side processes.

They can become part of the competitive system.

A company that sells performance without building these capabilities may retain the risks of ownership without capturing the benefits.

Decision Framework

Leaders considering a performance model should test five conditions.

1. The customer values the outcome more than ownership

If ownership itself carries strong emotional, status or control value, conversion may be difficult. Where customers care mainly about availability or function, the model is more promising.

2. The asset has meaningful lifecycle value

The model is stronger where assets can be maintained, upgraded, reused or remanufactured.

3. The provider can influence lifetime performance

If use conditions dominate failure and cannot be governed contractually, retained ownership may create unmanaged risk.

4. Recovery economics are credible

Transport, inspection, repair and redeployment costs must not exceed the value preserved.

5. The organisation can finance the asset base

Moving from one-off sales to recurring revenue can change cash flow, balance-sheet requirements and working capital. A strategically attractive model can still fail financially if the transition is poorly structured.

A sixth question cuts across all five:

Does retaining lifecycle responsibility create an advantage competitors cannot easily imitate?

If not, the model may add complexity without creating strategic differentiation.

Portfolio Implications

A shift to performance is rarely one project.

It is a program of interdependent changes:

commercial contracts;
pricing;
finance;
product engineering;
digital tracking;
field service;
customer support;
recovery operations;
supplier agreements;
and accounting treatment.

Leaders should therefore avoid approving isolated pilots without understanding the transition architecture.

A product-as-service pilot may look successful while being subsidised by existing sales infrastructure or manual service effort that will not scale.

The portfolio question is whether the whole system can eventually operate economically.

From Strategy to Execution

Immediate action

Select one product or asset category with strong service potential.

Map its lifecycle:

acquisition;
use;
maintenance;
failure;
upgrade;
return;
recovery;
and end-of-life.

Identify where value currently leaks out of the system.

Medium-term capability building

Run a controlled pilot with explicit hypotheses.

Measure:

asset utilisation;
failure and maintenance cost;
customer value;
recovery rate;
residual value;
cash-flow profile;
service burden;
and total resource use.

Design the experiment so leaders can distinguish genuine economics from pilot subsidies.

Long-term strategic positioning

If the model works, redesign the portfolio around lifecycle value.

Products may become more modular.

Revenue may shift toward recurring service.

Supplier relationships may incorporate component recovery.

Manufacturing may use remanufactured inputs.

Data may become central to preventive maintenance and asset optimisation.

At that point, circularity is no longer an end-of-life program. It is part of the company's competitive architecture.

Signals to Monitor

Watch for:

rising service revenue accompanied by falling asset utilisation;
recovery costs higher than residual value;
product designs that remain difficult to repair;
customer contracts that create moral hazard or misuse;
growing balance-sheet pressure during the transition;
take-back volumes without sufficient remanufacturing capacity;
asset data that cannot be connected to maintenance or recovery decisions;
circular claims based mainly on recycling while product life continues to shorten.

Positive signals include longer asset life, higher component reuse, improved maintenance economics, predictable recurring revenue and evidence that design teams are using lifecycle data to improve the next generation of products.

Questions for the Leadership Team

Do our customers truly want the product, or the outcome the product creates?
Which assets retain enough residual value to justify stewardship?
What would we design differently if we owned the product for its full life?
Can our balance sheet support the transition from sale revenue to performance revenue?
Which capabilities would become strategic: service, remanufacturing, tracking, logistics or materials recovery?
Where would lifecycle risk increase rather than decrease?
Could a performance model create a defensible advantage, or merely add complexity?

Closing Perspective

Circular strategy becomes more consequential when it changes who carries the economic consequences of product life.

The performance economy does this by keeping the producer or asset manager connected to durability, maintenance, recovery and residual value.

That connection can turn waste prevention from a moral aspiration into an economic incentive.

The strategic question is therefore larger than whether the organisation can recycle more. It is whether the business model can make preserving value more profitable than repeatedly replacing it.