The Bridge to Central Bank Money

Why Europe’s Pontes project could solve one of the hardest problems in tokenised finance: connecting new market infrastructure to trusted settlement money

Tokenising an asset is becoming relatively easy.

Settling it safely is much harder.

A bond, fund unit, security or other financial instrument can be represented on a distributed ledger. Ownership can move quickly, transaction logic can be automated and records can be shared between participants.

But at some point, somebody still needs to pay.

And for institutional financial markets, the quality of that payment leg matters enormously.

This is the problem Europe’s Pontes initiative is trying to address.

Rather than creating another isolated digital-money ecosystem, Pontes is designed to connect DLT-based market platforms with the Eurosystem’s existing TARGET infrastructure, allowing tokenised transactions to settle using central bank money.

With user testing now under way and the initial launch planned for September 2026, the project is moving from architecture into operations.

That makes Pontes worth watching.

Tokenisation has a cash-leg problem

Much of the tokenisation debate concentrates on the asset.

Can a bond be issued on-chain? Can ownership be transferred digitally? Can lifecycle events be automated? Can collateral move more efficiently?

These are important questions.

But every financial transaction has at least two sides.

If a tokenised security moves instantly while the corresponding cash payment still depends on a separate banking process, part of the original friction remains.

The asset leg may be digital.

The cash leg may still require conventional accounts, separate messaging, reconciliation and settlement.

That creates timing differences, operational dependencies and potentially settlement risk.

The infrastructure becomes more valuable when the asset and cash sides can work together.

Why central bank money matters

Large financial institutions do not treat all forms of money as equivalent.

Commercial bank deposits are essential to everyday financial activity, but they carry exposure to the issuing bank. Stablecoins introduce a different combination of issuer, reserve, redemption and regulatory risks.

Central bank money occupies a special position because it represents the settlement asset at the core of the monetary system.

This is why central bank money remains fundamental to systemically important financial-market settlement.

Pontes does not attempt to replace that structure.

It extends access to it.

The objective is to allow transactions taking place on new DLT platforms to connect with the same trusted monetary anchor used elsewhere in European financial infrastructure.

That is an important distinction.

The innovation is not simply putting central bank money “on blockchain”.

It is building a controlled bridge between new market technology and established settlement infrastructure.

A bridge instead of another closed network

One of the risks in tokenised finance is fragmentation.

Banks, exchanges, fintechs and market-infrastructure providers can all build their own digital platforms. Each may operate efficiently inside its own environment.

The problem appears when value needs to move between them.

A tokenised security on Platform A may not be usable on Platform B. A bank-issued tokenised deposit may only be available to customers of that bank. A proprietary settlement token may require additional conversion before another institution can use the funds.

Eventually, the industry can reproduce the same silos it was trying to remove.

Pontes takes a different approach.

Instead of requiring every platform to create its own settlement money, market infrastructures can connect to a common central-bank settlement layer.

This could allow innovation at the platform level without fragmenting the monetary layer underneath.

That architecture is potentially more scalable.

Interoperability becomes the real infrastructure problem

The financial industry does not lack digital platforms.

It lacks seamless interoperability between them.

This is increasingly visible across payments, securities settlement and digital assets. New rails can be technically sophisticated while still creating operational complexity when institutions need to connect several systems.

Interoperability has multiple dimensions:

• technical connectivity between platforms;
• common identifiers and transaction data;
• settlement finality across systems;
• liquidity management;
• compliance and participant controls;
• operational procedures during failures;
• consistent reconciliation and reporting.

Solving only the API layer is not enough.

Two systems may exchange instructions successfully while still disagreeing about settlement status, asset ownership or the point at which a transaction becomes legally final.

Infrastructure therefore needs common operational and legal understanding as well as technical connectivity.

Atomic settlement changes the operating model

One of the most important possibilities in tokenised financial infrastructure is atomic settlement.

Traditional securities transactions can involve several sequential steps. Instructions are exchanged, matched, cleared and eventually settled. Different systems may process the cash and asset legs separately.

A tokenised environment can potentially coordinate those actions much more closely.

The asset moves if the money moves.

If one side cannot complete, the transaction does not partially settle.

That can reduce principal risk and some of the reconciliation complexity associated with separate settlement chains.

But atomicity creates its own requirements.

Liquidity needs to be available at the correct moment. Systems need predictable operating rules. Failure scenarios need to be understood. Institutions need contingency procedures if a connected platform becomes unavailable.

Instant technical execution does not eliminate operational design.

It makes good operational design more important.

Testing is where infrastructure becomes credible

Payment and settlement projects often look impressive in architecture diagrams.

Production environments are different.

Institutions need connectivity, authentication, certificates, reference data, permissions, liquidity arrangements, incident procedures and business-continuity plans. Participants need to know how to investigate failures and who is responsible when something does not work.

That is why the current Pontes testing phase matters.

The transition from concept to participant certification forces the project to address the less glamorous parts of financial infrastructure: onboarding, operational readiness, access controls, support procedures and exception handling.

Those details determine whether an infrastructure can actually be trusted.

In financial markets, reliability is not a secondary feature.

It is the product.

Europe is building several layers at once

Pontes also needs to be understood as part of a broader European infrastructure strategy.

Europe already operates TARGET Services for wholesale payments, securities settlement and instant retail payments. It is developing the digital euro for retail central-bank money and exploring longer-term tokenised financial-market architecture through the Appia programme.

Pontes addresses another layer.

It gives DLT-based market platforms a route into central-bank-money settlement without requiring the existing TARGET infrastructure to be rebuilt around each new technology.

This creates a more modular model.

New market platforms can evolve.

The monetary anchor remains stable.

That balance between innovation and continuity may be more important than choosing one technology stack for the entire financial system.

The same question is appearing globally

Europe is not alone in working on this problem.

Project Agorá, coordinated by the Bank for International Settlements and the Institute of International Finance, is exploring a shared programmable environment combining tokenised commercial bank deposits with tokenised central bank reserves for wholesale cross-border settlement.

Its recent real-value testing shows that institutional tokenisation is moving beyond synthetic demonstrations.

At the same time, other regions are exploring links between domestic fast-payment systems, CBDCs and new digital settlement platforms.

The approaches differ, but the infrastructure question is increasingly similar:

How can new forms of digital money and tokenised assets connect without creating a collection of incompatible financial islands?

The answer may be less about replacing existing rails and more about connecting them intelligently.

This is different from the stablecoin model

Pontes also highlights an important distinction between tokenised financial infrastructure and public stablecoins.

Stablecoins can provide an effective digital settlement instrument, particularly for continuous cross-border transfers and digitally native markets. But they introduce their own issuer, reserve, redemption and regulatory structures.

Central-bank-money settlement has a different objective.

It provides a common risk-free settlement anchor for regulated financial institutions.

The two models do not necessarily need to compete directly.

Stablecoins may remain useful for certain payment and treasury workflows. Tokenised deposits may support bank-led commercial activity. Central bank money can remain the final settlement foundation behind regulated market infrastructure.

A future financial system may contain all three.

The challenge is ensuring that they can interact without creating excessive liquidity fragmentation and operational complexity.

The liquidity question remains

Faster settlement is often presented as an automatic improvement.

For treasury teams, the answer is more nuanced.

When settlement becomes more immediate, liquidity also needs to become more immediate.

Institutions have less time to source funds after a transaction has been agreed. Liquidity needs to be positioned correctly before settlement occurs.

That can reduce some forms of counterparty risk while increasing the importance of intraday liquidity management.

Tokenised infrastructure therefore needs strong visibility into balances, funding requirements and pending transactions.

Programmability can help.

It may eventually support conditional funding, automated liquidity movement and more efficient use of collateral.

But these benefits depend on the surrounding operational architecture.

Technology does not remove liquidity management.

It changes when and how liquidity needs to be managed.

Reconciliation does not disappear either

Distributed ledgers are sometimes presented as a solution that makes reconciliation unnecessary.

That is too simplistic.

A common ledger can reduce disagreements about transaction state. It can provide shared records and make certain matching processes more efficient.

Businesses and financial institutions still maintain accounting systems, treasury platforms, risk systems, regulatory reporting, customer records and internal ledgers.

Those systems need to know what happened.

A transaction may settle perfectly on a DLT platform while the organisation still needs to connect it with an instruction, counterparty, security, accounting entry and reporting obligation.

The reconciliation problem becomes smaller when infrastructure produces structured, reliable information.

It does not disappear.

The quality of the data surrounding the transaction remains critical.

What this means for financial institutions

For banks and market participants, tokenised infrastructure should increasingly be evaluated as an operating model rather than an innovation project.

The relevant questions include:

• Which settlement asset is being used?
• Where does legal settlement finality occur?
• How is liquidity funded?
• How does the platform connect with existing treasury systems?
• What happens if one leg of the transaction fails?
• Which institution owns the exception?
• How are transactions reconciled with internal records?
• What evidence remains for compliance, audit and regulatory reporting?
• How does the institution continue operating during a technology outage?

A technically elegant platform that cannot answer these questions will struggle to become institutional infrastructure.

The market is gradually moving past proof-of-concept thinking.

Operational credibility is becoming the test.

MetaNord’s view

At MetaNord, we see Pontes as a useful example of where financial infrastructure is becoming more practical.

Tokenisation alone does not solve settlement.

The value appears when new platforms can connect to trusted money, clear operating rules and reliable data without forcing institutions to rebuild their entire financial architecture.

This is why interoperability matters more than the creation of another isolated rail.

Payments and financial markets are becoming increasingly multi-rail. Traditional bank infrastructure, instant payments, tokenised deposits, stablecoins and DLT market platforms are likely to coexist.

The operating challenge is making those environments work together.

Pontes is interesting because it approaches that challenge from the infrastructure layer.

The technology may be new.

The objective remains familiar: move value with finality, visibility and control.