The banking industry’s experiments with tokenised money are beginning to move beyond the question of whether blockchain can process a payment and towards a more commercially important question: can banks introduce the technology without forcing their customers to change the way they bank? A live cross-border transaction involving ANZ, BHP, Citi and Swift offers an early indication of what that model could look like. BHP used its existing ANZ account and established banking channel to make a US dollar payment between Melbourne and New York, while tokenised deposits and Swift’s blockchain-based ledger operated within the underlying infrastructure. There was no requirement for the corporate customer to adopt a separate blockchain platform, manage a digital wallet or redesign its treasury processes around a new form of money. That may ultimately be more significant than the use of blockchain itself. If tokenised deposits are to become part of mainstream banking, their success may depend on how effectively banks can make the technology disappear into the financial infrastructure customers already use, delivering faster and more continuous movement of liquidity without asking companies to become participants in an entirely new digital financial system.
Tokenisation is moving behind the banking experience
Much of the first generation of blockchain experimentation in financial services made the technology highly visible. Digital assets were associated with wallets, blockchain addresses, specialist platforms and new operating models, creating an additional layer of complexity for institutions already managing sophisticated treasury and payment environments. The ANZ transaction points towards a different approach in which the customer continues interacting with its bank through familiar accounts and channels while tokenisation takes place deeper within the payment infrastructure. For corporate adoption, that distinction matters because treasury departments are ultimately concerned with outcomes such as liquidity availability, certainty of settlement, cash visibility, cost and operational resilience. Whether the underlying transaction is processed through conventional infrastructure or a distributed ledger is considerably less important than whether the money can reach the right account quickly, securely and predictably.
This also changes how banks might approach the commercialisation of tokenised deposits. Rather than positioning tokenisation as another digital product that corporate customers need to understand and integrate, banks could treat it as an infrastructure capability that improves existing products. A treasurer could continue initiating payments through the same banking environment while the institution determines whether tokenised deposits, conventional payment rails or a combination of both provides the most efficient route for completing the transaction. In that model, blockchain becomes less of a customer proposition and more of an architectural choice made by the bank.
Tokenised deposits are finding a clearer role
The transaction also strengthens the case for tokenised commercial bank deposits as one of the more practical forms of digital money for institutional finance. A tokenised deposit represents commercial bank money on a digital ledger while remaining connected to the regulated banking relationship that already exists between the institution and its customer. This gives banks a potential route to introduce characteristics associated with distributed ledgers, including more continuous availability and the ability to coordinate transactions across shared infrastructure, without requiring companies to move liquidity outside the commercial banking system.
This is an important distinction in the broader debate around digital money. Stablecoins, central bank digital currencies, tokenised deposits and conventional bank deposits are often discussed as competing models, but the eventual financial architecture may contain elements of several of them. Tokenisation does not necessarily require the replacement of commercial bank deposits. Instead, banks could continue creating and managing deposits much as they do today while changing the infrastructure through which those deposits can be represented and transferred. The innovation therefore moves from creating an entirely new form of money towards making existing bank money capable of operating across increasingly digital financial networks.
The bigger opportunity is liquidity
For multinational companies such as BHP, the most compelling argument for this technology is unlikely to be blockchain itself. Large companies routinely manage cash across subsidiaries, currencies, jurisdictions and banking relationships, yet the infrastructure connecting those pools of liquidity remains constrained by settlement windows, banking hours, payment cut-offs and the availability of domestic systems. A global company may operate continuously while parts of the financial infrastructure supporting its treasury function still follow individual market calendars and operating hours.
A more continuous cross-border payment environment could begin reducing that mismatch. If tokenised deposits can move reliably between regulated banks using shared infrastructure, corporate treasury teams could gain greater flexibility over when and where liquidity is positioned. Instead of maintaining larger balances in multiple markets because funds cannot always be moved when required, companies could potentially keep liquidity concentrated for longer and reposition it closer to the point at which it is needed. The economic value of tokenisation would then come not simply from completing an individual payment more quickly, but from improving the efficiency of liquidity across the company’s wider global operations.
This is where the technology could begin to have measurable consequences for corporate finance. Faster access to funds could reduce reliance on precautionary liquidity buffers, improve intraday cash management and give treasury teams greater control over internal funding movements between entities. Those benefits will depend on how broadly the infrastructure becomes available and whether banks can provide genuinely continuous settlement across jurisdictions, but they offer a considerably stronger business case than adopting tokenisation simply because the technology is new.
Interoperability is becoming the real infrastructure challenge
The involvement of Swift is particularly important because tokenisation risks creating a new fragmentation problem for banking. Individual institutions can develop sophisticated tokenised deposit platforms, but their usefulness becomes limited if those deposits cannot move easily between banks operating different systems. Without common infrastructure or effective interoperability, the industry could replace today’s collection of payment silos with a new generation of digital silos, each technologically advanced but unable to exchange value efficiently with the others.
Swift’s blockchain ledger is an attempt to address that problem by providing shared infrastructure through which participating banks can coordinate tokenised transactions while retaining control of their own assets and banking environments. This represents an important evolution in how established financial networks are responding to distributed ledger technology. Rather than assuming blockchain will replace traditional financial infrastructure, organisations such as Swift are exploring how blockchain capabilities can be incorporated into networks that already connect institutions across the global financial system.
If that model succeeds, Swift’s role could gradually extend beyond the transmission of financial messages towards helping banks coordinate the movement of tokenised value. The strategic importance of such a layer would increase as more institutions issue their own forms of tokenised commercial bank money because the value of any individual tokenised deposit network will ultimately depend on the number of other institutions with which it can interact.
The future of tokenisation may look surprisingly familiar
There is a broader lesson in the ANZ transaction for the development of digital finance. Some of the most successful financial technologies become widely adopted precisely because users no longer need to think about the technology underneath them. Consumers do not need to understand the messaging architecture of a card network when they tap a phone at a payment terminal, while corporate customers do not need to know how databases and settlement systems interact when they initiate a transaction through online banking. Tokenisation may eventually follow the same path.
A corporate treasurer could initiate a payment from the same banking platform used today while a very different sequence takes place beneath the interface. A bank might tokenise commercial bank money, coordinate the transaction with another institution through shared ledger infrastructure, confirm the availability of funds and complete the transfer through regulated banking arrangements. From the customer’s perspective, the experience may simply be a payment that can move more quickly, at more times of the day and with greater certainty over when the funds will become available.
That possibility makes the ANZ, BHP, Citi and Swift transaction more interesting than another demonstration that blockchain can move money. The industry has already spent years proving that distributed ledgers can technically support financial transactions. The more difficult challenge is integrating those capabilities into a financial system that corporations already trust and depend upon without creating additional operational complexity. The ANZ pilot suggests that one route to doing so may be to leave the customer experience largely unchanged while rebuilding parts of the infrastructure underneath it.
Tokenised deposits remain at an early stage, and moving from individual live transactions to infrastructure capable of supporting large volumes of global corporate payments will require progress on regulation, liquidity management, settlement finality, operational resilience and interoperability between different banking systems. Yet the direction of travel is becoming easier to identify. The next stage of tokenisation is unlikely to be defined by how prominently banks can display blockchain technology to their customers, but by how effectively they can use it to remove constraints that customers already experience.
What this means for the industry
- Tokenisation could become an infrastructure upgrade rather than a separate banking product. Banks may be able to introduce tokenised deposits underneath existing accounts and channels without requiring customers to adopt new platforms.
- Corporate treasury provides a tangible commercial use case. More continuous movement of liquidity across banks, countries and time zones addresses an existing operational problem rather than creating a new digital product in search of demand.
- Interoperability will determine whether tokenised deposits can scale. Individual bank networks have limited value unless tokenised commercial bank money can move efficiently between institutions.
- Established financial networks may become part of the tokenised architecture. Swift’s involvement suggests blockchain could be integrated into existing global banking infrastructure rather than developing entirely outside it.
- The strongest evidence of adoption may eventually be that customers stop noticing the technology. Tokenisation becomes far more consequential when a corporate treasurer does not need to know that a blockchain was involved in order to benefit from it.
