How Future Scenarios Can Guide Blockchain Investment

Blockchain Investing: What Forecasts Can Miss

A blockchain can process transactions correctly and still struggle to attract users. It can make records easier to verify while creating uncomfortable questions about who can see them. And it can reduce reconciliation costs without necessarily delivering attractive returns to the companies building it.

These distinctions matter as blockchain moves deeper into financial infrastructure. Investors need to understand the conditions that make a network useful, durable, and profitable. Transaction speed alone cannot answer those questions.

A study by Patricia Wolf and Szabolcs Dezso Fabian, published in Sustainable Futures, examines how imagining alternative futures could improve blockchain investment and implementation decisions.¹ Its contribution is a structured way to challenge assumptions about adoption, rather than a prediction of which blockchain will win.

Why Blockchain Forecasts Need a Wider Lens

Forecasting usually starts with current information and projects forward. That approach is useful for estimating demand or comparing costs, but becomes less dependable when success requires changes in regulation, institutional behavior, and public acceptance.

The researchers propose complementing forecasts with scenarios: plausible descriptions of different future societies. Decision-makers imagine operating within those environments, then consider what would have needed to happen to get there. Working backward from a desired outcome is called backcasting.

For example, a forecast might estimate growing demand for digital ownership records. A scenario asks what ownership means when records cross borders, institutions disagree, or a customer loses access credentials. These questions expose dependencies that a growth projection can leave unexamined.

The distinction is especially relevant to tokenized stocks, which represent securities through blockchain-based arrangements. Faster transfers are attractive, but investors also need clarity about legal rights, custody, and how the digital representation connects to the underlying asset.

What the Blockchain Scenario Study Actually Found

The research drew on a Danish university course involving 83 economics and business master’s students in 2020. Participants imagined blockchain applications in 2040, including uses within localized circular economies. The final research dataset contained 91 scenarios contributed by 75 students.

Researchers grouped the narratives into ten scenario types and identified four ways scenario thinking could inform strategic decisions. These are qualitative findings about a planning approach. They do not demonstrate higher investment returns or measure the commercial success of actual deployments.

The scenarios also highlighted an important tension. Features supporting beneficial applications could enable harmful ones. Durable records might improve accountability, yet also support intrusive monitoring or make past classifications difficult to escape.

There are clear limits. The scenarios reflect a particular educational and cultural setting, were developed in 2020, and were not systematically tested against existing enterprise implementations. Their value lies in the questions they generate, rather than their accuracy as descriptions of 2040.

Blockchain Adoption Is a Coordination Challenge

A useful investment implication follows: a blockchain network must offer a workable bargain among its participants.

Consider a hypothetical supply-chain system. Retailers gain visibility, suppliers absorb data-entry costs, and a platform operator controls admission. Even if the software performs perfectly, suppliers may hesitate if participation exposes commercially sensitive information or strengthens a powerful customer’s negotiating position.

The benefit exists, but its distribution determines whether the network grows. Investors should therefore distinguish technical scalability, meaning the capacity to process more activity, from organizational scalability, meaning the ability to recruit and retain participants.

The historical discontinuation of TradeLens illustrates this distinction. In 2022, Maersk and IBM announced the closure of their blockchain-enabled trade platform. Maersk said sufficient global industry collaboration had not been achieved and the platform had not reached the commercial viability required to continue.

That outcome does not invalidate blockchain. It demonstrates why investor analysis must examine participation incentives alongside technical claims. A shared ledger becomes commercially useful when enough relevant organizations agree to share it under acceptable rules.

Turn Future Scenarios Into Investment Questions

The study does not supply a stock-selection model. However, its approach can inform a practical framework for assessing company announcements. Instead of assuming one adoption path, compare several plausible environments and identify the requirements that persist across them.

• Who benefits enough to pay, and who bears the implementation costs?
• Who controls access, upgrades, disputes, and sensitive information?
• What remains useful if regulation or network preferences change?

Imagine three possible outcomes for financial blockchain infrastructure. In one, institutions converge on common standards. In another, competing networks remain fragmented. In a third, tighter privacy requirements restrict data sharing.

An application dependent on one dominant network could thrive in the first environment and struggle in the others. Security, integration, and interoperability services might remain useful across more than one outcome, although their economics would still require examination.

This is an analytical extension of the research. It suggests evaluating how resilient a business model is across different adoption paths, then checking that resilience against customer demand and financial results.

Tokenization Needs Bridges to Existing Finance

Recent developments make that framework practical. Securities.io’s coverage of institutional tokenization infrastructure describes how established market organizations are engaging with blockchain-based securities systems. Such initiatives make compatibility with existing institutions an important part of the investment discussion.

There is a difference between recording an asset transfer and completing every legal, financial, and operational step behind it. A digital transaction may still depend on custody arrangements, compliance checks, or settlement through other systems.

Consequently, the companies connecting new ledgers to established processes deserve attention alongside the networks themselves. The relevant question is whether those connections remove enough friction to justify their cost and sustain customer spending.

IBM Offers Exposure to Enterprise Blockchain Infrastructure

IBM provides one publicly traded example of this integration approach. In a September 2026 digital banking announcement, the company introduced beta capabilities connecting Digital Asset Haven with Swift’s blockchain-based shared ledger, alongside an on-premises deployment option.

The messaging adapter lets institutions instruct tokenized deposit transactions using ISO 20022 messages. IBM also distinguished digital asset movement from final settlement through existing systems. Both details illustrate why adoption involves established banking workflows as well as ledger technology.

The on-premises beta gives institutions another deployment choice within their own data centers. Viewed through the study’s framework, this addresses a potential adoption condition: organizations may want digital asset capabilities while retaining control over sensitive operations.

For investors, IBM offers diversified exposure to enterprise technology rather than a concentrated blockchain investment. The announcement establishes product direction, not the size of future revenue. Relevant evidence would include production adoption, sustained customer spending, and whether deployments generate profitable software, infrastructure, or services demand.

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Better Blockchain Investing Starts With Better Assumptions

The study’s most useful message is that long-term technology decisions deserve more than a single forecast. Scenarios can expose the institutions, incentives, and safeguards required for an attractive future to become achievable.

For investors, that shifts attention toward observable progress: participants willing to pay, workable governance, useful integration, and business models that survive changing conditions. Blockchain’s opportunities become easier to assess when the analysis connects technical capability to the people and organizations expected to use it.

References:

¹ Wolf, P., & Fabian, S. D. (2026). A perspective from the future: How scenarios can inform blockchain investment and implementation decisions. Sustainable Futures, 12, 102148. https://doi.org/10.1016/j.sftr.2026.102148