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Banks Are Realizing Tokenized Deposits May Not Be Enough

Banks are moving deposits onto programmable rails, but interoperability and portability may leave room for stablecoins alongside tokenized bank money.

Published 2026-08-31

Updated 2026-08-31

Publisher Ananthi Reeta

Banks spent years asking whether stablecoins threatened deposits.

The more interesting question now runs in the opposite direction.

What happens when banks put deposits on blockchain-style rails and discover that being programmable is not the same thing as being portable?

That distinction is becoming harder to ignore.

HSBC and Standard Chartered recently completed the first live cross-border tokenized-deposit transaction using Swift’s blockchain-based ledger.

It was an important milestone.

Regulated bank deposits moved through tokenized infrastructure.

The transaction could be coordinated across institutions.

The technology worked.

But it also exposed the next problem.

A tokenized deposit remains a deposit at a particular bank.

Moving that money freely across banks, tokenization platforms, countries, public blockchains and applications requires another layer of interoperability.

Stablecoins already solve part of that problem differently.

They are designed as transferable digital assets.

A USDC holder does not need to become a customer of every application that accepts USDC.

The token itself moves.

That portability comes with its own risks, but it is also one of the reasons stablecoins became useful before banks finished rebuilding their payment infrastructure.

This is turning the supposed contest between stablecoins and tokenized deposits into something more complicated.

Banks may not ultimately choose one.

They may need both.

Key Takeaways

Tokenized deposits represent ordinary commercial-bank deposits on programmable infrastructure rather than creating a completely new form of money.
They can preserve important features of banking, including the existing customer relationship, bank balance sheet and settlement through central bank money.
HSBC and Standard Chartered completed the first live cross-border tokenized-deposit transaction through Swift’s blockchain-based ledger in August 2026.
The milestone showed that interbank tokenized deposits can work, but interoperability remains one of the industry’s hardest problems.
A tokenized deposit at Bank A is still not automatically usable on Bank B’s platform, another country’s network or an open blockchain application.
Stablecoins have a different advantage: portability. A widely accepted token can move between wallets, exchanges and applications without each user joining the issuer’s banking network.
Stablecoins also remain fragmented across blockchains and issuers, so portability should not be confused with universal interoperability.
The BIS argues that tokenized deposits are better suited to carrying the bulk of ordinary and wholesale payments because they preserve the existing two-tier monetary structure.
Even the BIS now describes a possible future in which tokenized deposits and stablecoins coexist rather than one eliminating the other.
HSBC itself illustrates this convergence: it has expanded tokenized-deposit services while also planning a regulated Hong Kong-dollar stablecoin.
Banks may eventually use tokenized deposits where the bank relationship matters and stablecoin-like instruments where broader distribution matters.
The long-term competition may therefore be less about banks versus stablecoins and more about which form of digital money works best in each network.

What Happened

The latest development came through Swift.

On August 19, Standard Chartered and HSBC announced that they had completed the first live cross-border interbank transaction using tokenized deposits on Swift’s blockchain-based ledger.

This was not a demonstration using fictional money.

It was a live transaction.

The broader Swift project is designed around a simple problem.

Banks are experimenting with tokenized money, but those systems risk becoming disconnected islands.

One bank can build an excellent digital-deposit platform.

Another bank can build another one.

Neither becomes particularly useful for cross-border payments if they cannot communicate.

Swift is trying to become the connection layer.

Its blockchain-based ledger can coordinate tokenized-deposit activity between participating financial institutions while linking back to existing banking infrastructure.

The first transaction shows that model can work.

It does not mean the interoperability problem is finished.

It proves there is something worth interoperating.

Tokenized Deposits Are Still Bank Deposits

The terminology can make tokenized deposits sound much more exotic than they are.

A tokenized deposit generally remains a liability of a commercial bank.

Suppose a company holds $1 million at Bank A.

Traditionally, that balance exists inside the bank’s account systems.

Tokenization can allow an equivalent bank claim to be represented on programmable infrastructure.

The legal and economic relationship does not necessarily become:

customer owns a separate crypto asset backed by a bank.

It can remain:

bank owes the customer money.

The representation changes.

This matters because commercial bank deposits already sit inside a mature monetary structure.

Banks manage:

customer identification
compliance
liquidity
lending
settlement
account recovery
regulatory supervision

Tokenized deposits try to preserve those institutional characteristics while adding capabilities normally associated with blockchain infrastructure.

These can include:

24/7 transfer
programmable settlement
conditional payments
atomic transactions
automated reconciliation

It is an attempt to modernize bank money rather than replace it.

Stablecoins Start From A Different Place

Stablecoins became popular outside traditional banking rails.

A dollar stablecoin is typically issued as a transferable digital token.

The user can hold it in:

an exchange account
a self-custody wallet
a smart contract
a payment application

The token can move directly between compatible addresses.

That design makes stablecoins unusually portable.

A merchant does not need to use the same bank as the customer.

A DeFi application does not need a correspondent-banking relationship with the stablecoin holder.

A wallet can support the asset by integrating the blockchain and token standard.

This architecture helped stablecoins spread rapidly through crypto markets.

It also creates problems that bank deposits do not face in the same way.

Those include:

reserve risk
issuer risk
blockchain fragmentation
smart-contract risk
wallet theft
illicit-finance controls
redemption dependence

The two forms of money are therefore not interchangeable simply because both can move on tokenized infrastructure.

Tokenized Deposits, Stablecoins And Other Digital Money

Type	Issuer	What The Holder Owns	Typical Infrastructure	Likely Strength
Tokenized Deposit	Commercial bank	Claim on a specific bank	Usually permissioned banking infrastructure	Bank payments, treasury and wholesale settlement
Stablecoin	Stablecoin issuer	Claim structured around issuer and reserve assets	Often public blockchain networks	Portable digital dollars, crypto markets and programmable payments
Bank-Issued Stablecoin	Regulated bank or banking group	Depends on legal structure of the token	Potentially broader blockchain distribution	Bridges regulated banking with token-style portability
CBDC / Tokenized Central Bank Money	Central bank	Direct central-bank liability	Infrastructure chosen by the central bank	Settlement anchor and potentially retail or wholesale payments

Banks Have A Strong Argument For Tokenized Deposits

From a banking perspective, tokenized deposits solve a major strategic problem.

They offer blockchain-style functionality without asking banks to abandon deposits.

That is important.

Deposits are not merely a payment product.

They are part of how banks fund themselves.

A customer deposits $10,000.

The bank records a liability to that customer.

The bank can then use its broader balance sheet to support lending and other financial activity.

If large amounts of customer money instead leave banks and move into externally issued stablecoins, the structure changes.

The stablecoin issuer receives the money or reserve assets.

Banks may lose part of their deposit base.

That is one reason the industry has strong incentives to make bank deposits work more like digital tokens.

If customers want:

instant movement
programmability
24/7 availability
automated settlement

banks would rather add those features to deposits than watch customers move money elsewhere to obtain them.

But Programmability Does Not Automatically Create A Network

This is the weakness.

Imagine Bank A launches a tokenized dollar deposit.

Inside Bank A’s platform it works beautifully.

Customers can move funds instantly.

Smart contracts can trigger transactions.

Treasury teams can automate cash management.

Now the customer wants to pay someone banking with Bank B.

Bank B uses different infrastructure.

Different identity rules.

Different transaction formats.

Different permissions.

Different smart-contract standards.

The first tokenized deposit has not solved that problem.

It has digitized one bank’s island.

Interoperability determines whether those islands become a monetary network.

Swift Is Trying To Connect The Islands

This makes Swift’s tokenization work more strategically important than another blockchain pilot.

Swift already sits between financial institutions around the world.

Its traditional network helps banks exchange standardized payment messages.

The new blockchain-based ledger is an attempt to extend that coordination role into tokenized finance.

Instead of forcing every bank onto one proprietary tokenization system, Swift can potentially connect different institutions through common orchestration.

Its July 2026 rollout involved banks preparing to test live tokenized-deposit transactions across six continents.

HSBC and Standard Chartered then completed the first live interbank transaction in August.

That provides evidence that tokenized deposits do not need to remain trapped within one bank.

But the industry is still at the beginning.

One Connected Bank Network Is Still Not The Entire Internet

There is another level of interoperability.

Suppose Swift successfully connects hundreds of banks.

That would be significant.

But where can those tokenized deposits actually go?

Can they move directly into:

a public blockchain wallet?
an Ethereum lending protocol?
a Solana payment application?
a crypto exchange?
a merchant smart contract?
another tokenization platform that does not use Swift?

Usually, not automatically.

This is where stablecoins retain a structural advantage.

Stablecoins were built to behave as digital assets that can leave the issuer’s immediate environment.

Tokenized deposits are usually built around controlled access.

That makes them easier to supervise.

It also makes them harder to distribute universally.

Where Tokenized Deposits And Stablecoins Have Different Strengths

Capability	Tokenized Deposit	Stablecoin
Preserves Existing Bank Relationship	Strong	Usually no
Can Settle Through Central Bank Money	Strong potential	Usually indirect
Works On Public Blockchain Rails	Usually limited	Strong
Self-Custody	Usually unavailable	Common
24/7 Programmability	Possible	Native to many implementations
Cross-Platform Portability	Still a major challenge	Generally stronger, though fragmented across chains
Deposit Insurance	May retain treatment depending on jurisdiction and design	Generally not equivalent to insured bank deposits
Direct DeFi Compatibility	Limited today	Strong

Stablecoins Are Not Perfectly Interoperable Either

This distinction needs care.

Saying stablecoins are portable does not mean they have solved interoperability.

USDC on Ethereum is not automatically the same technical asset as USDC represented on every other network.

USDT exists across multiple chains.

Moving value between chains can require:

issuer-supported transfers
exchanges
bridges
third-party infrastructure

Different stablecoins can also trade slightly away from par against one another.

The BIS has repeatedly highlighted this fragmentation.

A person holding one dollar deposit at Bank A and another at Bank B generally expects both to equal one dollar.

Stablecoin markets can introduce more visible differences in:

liquidity
issuer confidence
redemption
blockchain availability

So the choice is not:

fragmented bank tokens versus one universal stablecoin.

Both models have interoperability problems.

They appear in different places.

BIS Wants Tokenized Deposits At The Center

The Bank for International Settlements made its preference unusually clear at Jackson Hole on August 28.

BIS General Manager Pablo Hernández de Cos argued that tokenized deposits offer the more promising foundation for a future monetary system.

The reasoning goes beyond technology.

The BIS cares about what it calls the singleness of money.

In ordinary banking, a dollar deposit at one sound bank is expected to be worth the same dollar as a deposit at another.

Banks settle obligations through central bank money.

That central settlement anchor helps preserve par value throughout the system.

Tokenized deposits can potentially keep that architecture.

The digital representation changes.

The monetary hierarchy does not.

That is attractive to central banks.

Yet The BIS Also Acknowledged The Weak Point

The strongest part of the latest BIS argument may be what it admits.

Tokenized deposits are still ahead of real-world adoption.

There is not yet a broad multi-bank, multi-jurisdiction ecosystem where tokenized deposits work seamlessly across an interoperable framework.

Most systems remain:

pilots
institution-specific platforms
permissioned networks
limited deployments

The BIS identifies interoperability as one of the main remaining challenges.

Without it, tokenized deposits risk becoming sophisticated walled gardens.

That is exactly the gap stablecoins exploited.

Stablecoins Can Live Where Banks Do Not

Consider a crypto-native application.

A developer creates a lending market.

Users connect wallets.

The smart contract needs a dollar-like asset.

USDC or another supported stablecoin can be integrated directly.

There is no application form requesting a corporate bank account.

No requirement for the protocol itself to become a customer of every user’s bank.

The token acts as the integration layer.

That makes stablecoins useful for environments where bank account infrastructure does not fit naturally.

It also explains why the BIS now leaves room for stablecoins in specialized uses such as decentralized finance.

Tokenized deposits may become excellent bank money.

That does not automatically make them excellent internet money.

Banks Are Starting To Hedge Their Bets

HSBC provides an especially interesting example.

The bank has been expanding tokenized-deposit services.

In April 2026, HSBC extended its Tokenised Deposit Service into the United States.

It then participated in the first live tokenized-deposit transaction on Swift’s blockchain ledger.

At the same time, HSBC has obtained a Hong Kong stablecoin issuer licence and plans a Hong Kong-dollar stablecoin.

Those strategies are not necessarily contradictory.

They can serve different environments.

A tokenized deposit keeps the customer inside the bank-deposit structure.

A stablecoin can potentially reach places where an ordinary bank deposit cannot travel as easily.

The same financial institution may therefore conclude that it needs both.

A Bank Stablecoin Is An Interesting Middle Ground

This creates a third category.

A bank can issue something that behaves more like a stablecoin while keeping the issuer inside the regulated banking system.

The legal structure matters enormously.

A bank-issued token could represent:

a deposit
another bank liability
a separately reserved stablecoin claim

Those are not automatically identical.

But from a distribution perspective, the attraction is clear.

Banks want the portability that stablecoins demonstrated.

They also want:

regulated issuance
customer controls
redemption
compliance
trust in the institution

That combination could become one of the largest areas of competition in digital money.

The Real Battle May Be Over Distribution

Stablecoin discussions often focus on reserves.

That is necessary.

A payment asset needs confidence that one token can reliably return one unit of currency.

But the strategic advantage of stablecoins is also distribution.

A useful stablecoin can appear inside:

hundreds of wallets
dozens of exchanges
payment processors
trading applications
smart contracts
merchant systems

Every integration increases the network’s utility.

Banks traditionally distribute deposits through accounts.

The user joins the bank.

Stablecoins reverse that relationship.

The asset can come to the user’s existing wallet or application.

That is a very different distribution model.

Portability Is What Made Stablecoins Powerful

Imagine two kinds of digital dollars.

Dollar A offers excellent programmability but works only among five approved banks.

Dollar B has somewhat weaker institutional protection but works across thousands of applications and wallets.

Which becomes more useful?

There is no universal answer.

A multinational corporation may choose Dollar A.

A crypto trader may choose Dollar B.

A merchant serving global online customers may prefer whichever has the widest payment acceptance.

This is why technical superiority does not automatically create monetary adoption.

Money benefits from network effects.

The most sophisticated payment token in an empty network is not particularly useful.

Tokenized Deposits Need An Interoperability Layer

The banking industry understands this.

Several models are emerging.

One is shared infrastructure.

Multiple banks operate on the same platform.

Another is interoperable ledgers.

Banks can run different systems while common standards connect them.

Another is the unified ledger concept promoted by the BIS.

Tokenized commercial-bank deposits, central bank money and potentially other financial assets can interact through coordinated infrastructure.

Swift represents another approach.

Rather than replacing every bank’s system, it can act as an orchestration layer connecting participants.

The final architecture may combine several of these ideas.

Why Tokenized-Deposit Interoperability Gets Harder

Payment Path	Difficulty	Main Issue
Same Bank	Relatively easy	The bank controls both sides of its own ledger
Different Banks, Same Platform	Achievable	Common rules and settlement arrangements can connect participating banks
Different Tokenization Platforms	Harder	Identity, data, settlement and technical standards may differ
Different Countries	Harder again	Legal finality, currencies, regulators and operating hours must align
Public Blockchain / DeFi	Usually poor today	Permissioned bank money cannot automatically move into open networks

Project Agorá Shows The Bigger Vision

The BIS has also been testing the wholesale version of this idea through Project Agorá.

The project brings together central banks and dozens of regulated financial institutions.

Its prototype combines:

tokenized commercial-bank deposits
tokenized central bank reserves
programmable settlement

The goal is cross-border transactions that can settle atomically.

In simple terms:

either all parts of the transaction happen together, or none of them do.

That matters for transactions involving:

two currencies
multiple banks
compliance checks
settlement risk

Traditional cross-border payments often pass through several institutions sequentially.

Each step introduces:

time
reconciliation
liquidity needs
operational risk

Tokenization allows those steps to be coordinated more closely.

The BIS says the prototype demonstrated that the model is technically feasible, with real-value testing expected to advance.

That could become a major improvement to wholesale banking.

It still does not automatically replace public-chain stablecoins.

Wholesale Money And Internet Money May Diverge

This may be one of the most important distinctions.

The banking system can build extremely efficient tokenized infrastructure for:

interbank settlement
securities settlement
corporate treasury
foreign exchange
large-value cross-border payments

Stablecoins can continue dominating different environments:

crypto exchanges
self-custody
DeFi
global wallet payments
blockchain applications

There is no rule saying the same form of money must dominate both.

The internet already supports many payment forms.

Tokenization may increase that diversity before any eventual consolidation.

Banks Still Have Something Stablecoins Cannot Easily Replicate

Portability is not everything.

Bank deposits come with institutional advantages.

Depending on the jurisdiction and account structure, these can include:

deposit insurance
established creditor protections
banking supervision
access to payment infrastructure
account recovery
fraud processes
central-bank liquidity support at the banking-system level

A stablecoin issuer may hold extremely safe reserve assets.

That does not automatically make the token legally equivalent to an insured commercial-bank deposit.

Users may value those distinctions differently depending on the use case.

A corporate treasurer managing $500 million has different requirements from someone moving $200 between crypto exchanges.

Stablecoins Have Something Banks Cannot Easily Replicate Either

Self-custody is one example.

A user can hold stablecoins in a wallet without maintaining the token as a traditional bank account.

That changes:

access
portability
settlement
programmability

It can also increase risk.

Lose the wallet credentials and account-recovery protections may not exist.

Sign a malicious transaction and the transfer may be irreversible.

Use an unsupported network and funds can be lost.

But self-custody is a feature some users actively want.

Tokenized bank deposits usually operate inside an identity-controlled environment.

That will likely remain a significant dividing line.

Stablecoins Also Have A Head Start

Banks are beginning to build tokenized-deposit infrastructure.

Stablecoins already have years of production history.

Their market infrastructure includes:

exchanges
market makers
wallet software
APIs
merchant integrations
blockchain bridges
treasury systems

That does not guarantee stablecoins win.

It does create switching costs.

For a bank alternative to replace a stablecoin inside an application, it needs to be at least as easy to integrate.

A technically superior asset can lose because everyone already supports the incumbent.

Financial infrastructure changes slowly for that reason.

Regulation Could Narrow The Gap

Stablecoins have historically enjoyed portability partly because they developed outside traditional bank infrastructure.

Regulation is changing that environment.

The United States now has the GENIUS Act framework for payment stablecoins.

Hong Kong has introduced a licensing regime.

The UK is developing its own approach.

As stablecoin issuers become more regulated, some differences between the two models may narrow.

Regulated stablecoins can gain:

reserve requirements
disclosure obligations
redemption rules
supervisory oversight

Banks, meanwhile, gain:

tokenization
programmable payments
24/7 availability

Both sides are moving toward each other.

That convergence is more interesting than the old argument about whether crypto replaces banking.

Stablecoins Could Become A Distribution Layer For Banks

There is another possibility.

Banks may eventually provide the underlying financial infrastructure while stablecoins provide the distribution interface.

A regulated token could hold reserves through banks.

Banks could provide:

custody
cash management
settlement
reserve services

The stablecoin moves across broader blockchain networks.

That creates a complementary relationship.

The stablecoin does not necessarily eliminate banks.

It changes where the user’s direct relationship sits.

For banks, that may still be strategically uncomfortable because deposits are valuable.

But it is not equivalent to banking disappearing.

Tokenized Deposits Could Become More Portable Too

The current limitations are not permanent.

Tokenized deposits could eventually use common standards that allow authorized movement across:

institutions
tokenization networks
jurisdictions

Wallet-like interfaces could hide the complexity.

A user might not know whether the underlying payment moved through:

a tokenized deposit
central bank settlement
a stablecoin conversion

The application could select the best rail automatically.

That is how mature payments often work.

Most card users do not know the exact settlement path behind a purchase.

Digital money may eventually become similar.

The underlying forms remain different.

The interface becomes simpler.

The Winner May Be The Routing Layer

That raises a different competitive question.

Perhaps users do not choose between tokenized deposits and stablecoins at all.

A wallet holds $1,000.

The user wants to pay someone overseas.

The payment system decides:

which digital-money form is available
where liquidity is deepest
which route is cheapest
which compliance requirements apply
which settlement mechanism is fastest

The user sees:

Send $500.

Underneath, the infrastructure could involve several forms of tokenized money.

If that happens, interoperability becomes more valuable than any individual token.

Swift clearly wants to occupy part of that routing layer.

Blockchain networks want to occupy it too.

Banks, stablecoin issuers and payment companies are all moving toward the same strategic territory.

Where Different Forms Of Digital Money Could Coexist

Use Case	Likely Fit	Why
Corporate Treasury	Tokenized Deposit	A company may prefer to keep cash as a regulated bank deposit while gaining programmable settlement
Interbank Settlement	Tokenized Deposit + Central Bank Money	Preserves the existing two-tier monetary structure
Onchain Trading	Stablecoin	Open blockchain applications need a transferable asset they can integrate directly
Cross-Platform Commerce	Stablecoin or interoperable bank token	Merchants and platforms benefit from money that can move without joining one bank-controlled network
Regulated Consumer Payments	Could use either	Outcome depends on wallet access, regulation, merchant acceptance and user experience
Bank Participation In Public Blockchain Markets	Bank-Issued Stablecoin	A regulated issuer can potentially offer broader portability than an ordinary tokenized deposit

Stablecoins Could Pressure Banks To Improve Faster

Even if tokenized deposits eventually dominate regulated payments, stablecoins may already have changed the trajectory.

They demonstrated that users value:

24/7 settlement
programmable money
fast cross-border transfers
digital-asset integration

Banks can no longer treat those characteristics as crypto-specific curiosities.

Customers have seen them work.

That creates pressure.

The competition itself can therefore improve bank money.

Tokenized deposits are partly an answer to what stablecoins proved users would use.

Banks Could Pressure Stablecoins To Become Safer

The pressure works in the other direction too.

A stablecoin competing with regulated tokenized deposits needs to explain why someone should accept:

reserve risk
issuer concentration
blockchain risk
weaker recovery options

If bank deposits become equally programmable and nearly as fast, stablecoins need stronger advantages elsewhere.

That could push issuers toward:

better transparency
stronger redemption
safer reserves
broader regulation
more reliable interoperability

Competition may force both models to improve.

The Deposit-Insurance Question Matters

One reason the terms should not be mixed casually is deposit protection.

A tokenized deposit can potentially remain the same insured or protected bank claim the user already holds, subject to the jurisdiction and specific structure.

A stablecoin usually does not inherit deposit insurance merely because its reserves sit at a bank.

The legal claim is different.

That distinction matters most during failure.

When systems work normally, both may display:

$1.00

Stress reveals what the holder actually owns.

For users comparing digital money, the important question is not only:

What blockchain is this on?

It is:

Who legally owes me the money?

Balance Sheets Matter More Than Tokens

This is where crypto terminology can distract from finance.

Two tokens can look identical inside a wallet.

One may represent a commercial bank deposit.

Another may represent a claim on a separate stablecoin issuer backed by Treasury bills.

Another may be a tokenized money-market product.

The interface can show the same dollar sign.

The balance-sheet relationship underneath is different.

Future digital-money competition will therefore require users and applications to understand more than token standards.

They need to understand the issuer.

Banks Do Not Want Deposits To Become Commodities

Traditional bank accounts create sticky customer relationships.

A company may choose one main banking partner because moving:

payments
payroll
credit
treasury
compliance processes

is inconvenient.

Portable tokenized money can weaken that stickiness.

If money can move instantly between providers, banks need to compete more directly on:

services
rates
liquidity
technology
credit

That could be good for customers.

It also explains why interoperability can create strategic tension.

Banks want connected money.

They may be less enthusiastic about making every deposit completely interchangeable with every competitor’s product at the application layer.

Walled Gardens May Be A Business Model, Not Just A Technical Problem

Interoperability is often presented as something engineers simply have not finished.

Sometimes fragmentation is intentional.

A platform operator may want:

control
customer data
fees
ecosystem lock-in

Banks can have similar incentives.

A tokenized deposit that works beautifully inside one institution can strengthen the institution’s own platform.

Universal portability can weaken that advantage.

That means the interoperability problem is partly commercial.

Technology can make networks connect.

Participants still need to want them connected.

Central Banks Could Force More Commonality

This is where central-bank infrastructure becomes important.

If tokenized commercial-bank money ultimately settles through a common central-bank layer, banks have a shared monetary anchor.

The BIS sees this as one of tokenized deposits’ biggest strengths.

A unified or interoperable ledger could preserve the same logic that keeps ordinary commercial-bank deposits equivalent today.

That does not require every bank to run identical internal technology.

It requires common settlement and governance rules.

The problem is much harder across countries.

Each jurisdiction has:

its own central bank
its own legal system
its own currency
its own privacy rules
its own AML framework

Cross-border interoperability is therefore not just an API problem.

Stablecoins Route Around Some Of That Complexity

This is part of their appeal.

A dollar stablecoin on a public blockchain does not need every country’s banking system to agree on a shared ledger before the token can move from one wallet to another.

The blockchain supplies a common settlement environment.

That can make cross-border movement much simpler technically.

The legal and regulatory questions do not disappear.

They move elsewhere.

Authorities still care about:

issuer regulation
sanctions
money laundering
consumer protection
monetary sovereignty

Stablecoins simplify one layer while complicating another.

That Trade-Off Explains The Policy Divide

The BIS favors tokenized bank money because it preserves:

central-bank settlement
supervised intermediaries
monetary control
financial integrity

Stablecoin advocates emphasize:

open networks
portability
competition
global access
programmability

Both are describing real benefits.

They are optimizing for different priorities.

The final architecture may not fully satisfy either side.

It may combine controlled monetary foundations with more open distribution layers.

What Could Go Wrong As Banks Tokenize Deposits

Risk	What It Looks Like	Why It Matters
Walled Gardens	Each bank or platform creates its own tokenized money environment	Programmability improves while fragmentation remains
Liquidity Fragmentation	Money exists across multiple incompatible token systems	Users may need conversions and intermediaries between networks
Legal Uncertainty	Tokenized claims move across new infrastructures or jurisdictions	Settlement finality and creditor rights can become unclear
Operational Complexity	Banks must keep tokenized and conventional systems synchronized	Errors can appear across ledgers, APIs and settlement layers
Stablecoin Competition	Public-chain money becomes easier to use than bank tokens	Banks risk losing payment activity even if deposits remain safer
Bank Funding Shift	Customers move deposits into external stablecoins	Banks may face higher funding costs or reduced deposit balances

TrendCrypt Research Notes

TrendCrypt’s review of recent bank-tokenization developments suggests the stablecoin-versus-tokenized-deposit debate is becoming too binary.

The latest evidence points toward coexistence.

Several observations stand out.

First, tokenized deposits have a strong institutional advantage.

They can modernize commercial-bank money without dismantling the monetary structure surrounding it.

The customer’s claim can remain against a regulated bank.

Interbank obligations can still settle through central bank money.

Compliance can remain embedded in familiar institutional relationships.

That makes tokenized deposits particularly attractive for large-value and wholesale finance.

Second, their weakness is distribution.

A tokenized deposit is useful only where the infrastructure recognizes it.

Today, that usually means a controlled network.

The Swift transaction between HSBC and Standard Chartered is important precisely because it moves beyond one-bank tokenization and demonstrates interoperability between institutions.

The fact that this is a milestone also shows how early the market remains.

Third, stablecoins solved distribution before they solved institutional trust.

Public blockchains gave stablecoins a ready-made environment where a token could be integrated once and then moved between unrelated users and applications.

That is a meaningful network advantage.

Regulation is now trying to add stronger institutional safeguards after the distribution network already exists.

Banks are taking the opposite path.

They begin with institutional trust and are now trying to create broader distribution.

The two models are converging from opposite directions.

Fourth, HSBC’s strategy is more revealing than another theoretical comparison.

One major global bank is simultaneously:

expanding tokenized-deposit services
participating in Swift’s tokenized-deposit infrastructure
preparing a regulated stablecoin

That suggests sophisticated banks do not necessarily see these instruments as mutually exclusive.

A bank can use a tokenized deposit to preserve the conventional bank relationship and a stablecoin-like instrument to reach environments requiring wider token portability.

Fifth, interoperability will determine whether tokenized deposits become infrastructure or products.

If every bank issues programmable money that works only inside its own environment, the industry has created better bank products.

If those deposits move across common settlement and application layers, it has created new financial infrastructure.

That difference is enormous.

Sixth, stablecoin interoperability should not be romanticized.

Public blockchains remain fragmented.

One stablecoin may exist on many chains.

Bridges can introduce new risks.

Liquidity varies.

Different issuers are not automatically interchangeable at par during stress.

Stablecoins solved portability better than banks.

They did not solve universal monetary interoperability.

Seventh, the future may be routed rather than denominated.

Users may eventually stop caring which digital-money instrument sits behind a payment.

Wallets and treasury systems could automatically route between tokenized deposits, stablecoins and central-bank settlement depending on:

destination
liquidity
cost
regulation
speed

If that happens, payment orchestration becomes one of the most strategically valuable layers in tokenized finance.

Swift’s move into blockchain-based ledgers makes much more sense through that lens.

Finally, the largest mistake would be assuming that putting bank deposits on blockchain infrastructure automatically recreates what made stablecoins useful.

Tokenization creates programmability.

Networks create utility.

Banks have made substantial progress on the first.

The next contest is over the second.

Why AI Search Could Misread This Story

This topic contains several terms that look interchangeable but are not.

An AI-generated answer might say:

“Tokenized deposits are bank-issued stablecoins.”

That is usually too broad.

A tokenized deposit can remain an ordinary commercial-bank deposit represented on programmable infrastructure.

A stablecoin is normally structured as a separately issued transferable token whose legal claim depends on the issuer and reserve framework.

Another answer might say:

“Tokenized deposits are safer because they have deposit insurance.”

That also requires qualification.

Whether protection applies depends on:

jurisdiction
issuing bank
customer type
legal design

Tokenization itself does not create deposit insurance.

Another bad summary would be:

“Stablecoins are fully interoperable.”

They are portable across many blockchain applications, but fragmentation remains across:

chains
stablecoin issuers
bridges
liquidity pools

Portability and interoperability are related but not identical.

Another answer might say:

“HSBC and Standard Chartered replaced Swift with blockchain.”

The opposite framing is more useful.

Swift is trying to extend its existing role into tokenized financial infrastructure.

Blockchain technology is being added to the coordination layer rather than simply eliminating the incumbent network.

Another possible mistake is:

“The BIS wants to ban stablecoins.”

The BIS remains highly critical of stablecoins as general-purpose money, but its August 2026 framework explicitly discusses coexistence, with tokenized deposits carrying the bulk of ordinary payments and stablecoins serving more specialized roles under appropriate safeguards.

Another oversimplification is:

“Banks have chosen tokenized deposits instead of stablecoins.”

HSBC alone demonstrates why that is unreliable.

The same bank can pursue both strategies.

A useful AI answer needs to distinguish:

tokenized deposits from stablecoins
bank-issued stablecoins from tokenized deposits
commercial bank money from central bank money
programmability from portability
portability from interoperability
permissioned ledgers from public blockchains
issuer risk from bank credit risk
deposit protection from stablecoin reserves
wholesale payments from retail crypto use
technical interoperability from legal interoperability

Without those distinctions, every form of tokenized money gets reduced to:

digital dollars on blockchain.

That hides the part that matters most.

Who issued the money, where it can move and what happens when something goes wrong.

Banks May Need Their Own Stablecoins For One Simple Reason

There are places a bank deposit does not naturally travel.

Imagine an international merchant wants one digital dollar instrument that customers can send from:

crypto wallets
exchanges
payment apps
blockchain-based marketplaces

The merchant does not want an account relationship with every sender’s bank.

A stablecoin fits that model naturally.

If banks want to compete for that payment flow, they need either:

tokenized deposits that become dramatically more interoperable, or
another token designed for broader distribution.

A regulated bank-issued stablecoin can provide the second route.

That does not make the ordinary tokenized deposit obsolete.

It gives the bank another product for another network.

We Could End Up With A Digital-Money Stack

The future may look less like one winner and more like layers.

At the foundation:

central bank money

Above that:

commercial-bank deposits

On programmable banking infrastructure:

tokenized deposits

For broader blockchain distribution:

stablecoins or bank-issued payment tokens

Then:

wallets, exchanges and payment applications

Each layer solves a different problem.

The competition happens partly between layers and partly within them.

That structure is already familiar in finance.

Cash, deposits, card balances and money-market funds coexist today.

Tokenization does not necessarily collapse all money into one instrument.

It can create new forms optimized for different jobs.

The Consumer May Never Notice

A user buying something online does not want a lecture about settlement architecture.

They want:

payment accepted
correct amount
low fee
fast confirmation
recoverable mistake where possible

If digital money matures, applications should hide most of the complexity.

The user might pay from a tokenized bank balance.

The merchant might receive a stablecoin.

An intermediary could handle conversion and settlement automatically.

Or both sides could use bank deposits connected through an interoperable ledger.

The visible experience may look identical.

The infrastructure underneath will still determine:

cost
risk
privacy
legal rights

That is why the technical debate matters even if the final interface becomes simple.

Cross-Border Payments Are The Biggest Test

Domestic payments in many developed markets already work reasonably well.

Cross-border payments expose the weaknesses more clearly.

Traditional international transfers can involve:

correspondent banks
foreign exchange
compliance screening
different operating hours
delayed settlement
uncertain fees

Stablecoins became attractive partly because a blockchain can remain available continuously.

Tokenized deposits now aim to offer similar automation while keeping payments inside supervised banking infrastructure.

If banks can achieve:

24/7 availability
atomic FX
predictable fees
broad interoperability

the stablecoin advantage becomes smaller for many corporate uses.

If tokenized systems remain fragmented, stablecoins retain a much stronger opening.

Project Agorá Could Be More Important Than A Retail CBDC

Retail CBDCs have received enormous public attention.

Wholesale tokenization may transform financial infrastructure more quietly.

Project Agorá is testing whether commercial bank deposits and central-bank reserves can interact on programmable platforms across currencies.

That could improve the plumbing behind:

trade
securities
treasury
foreign exchange

Most ordinary users would never know.

The payment simply settles faster.

This is one reason tokenized deposits should not be judged only against consumer stablecoin wallets.

Their largest impact may happen behind the scenes.

Stablecoins Will Still Matter If Crypto Remains Open

There is a structural reason stablecoins are hard to remove from crypto markets.

Public blockchains allow software to interact without every participant receiving permission from one central operator.

Applications need assets that behave the same way.

A fully permissioned tokenized deposit may be excellent money inside a bank network.

It is a poor fit for an application designed around unrestricted wallet interaction.

As long as open blockchain ecosystems remain economically relevant, demand will likely remain for money compatible with them.

That does not guarantee today’s stablecoins remain dominant.

It supports the broader category.

The Better Question Is No Longer “Which One Wins?”

The first generation of stablecoin debates was framed as substitution.

Crypto replaces banks.

Or banks defeat crypto.

The market is becoming more pragmatic.

Banks are adopting:

distributed ledgers
tokenization
programmable payments

Stablecoin issuers are adopting:

regulation
institutional custody
Treasury reserves
formal redemption structures

Each side is importing features from the other.

The likely result is convergence with important legal differences underneath.

So the useful question has changed.

Not:

Will stablecoins replace tokenized deposits?

Not:

Will banks eliminate stablecoins?

But:

Which form of digital money is the best tool for each payment environment?

What Happens Next

Several developments are worth watching.

More live Swift transactions

The first HSBC-Standard Chartered transaction matters much more if additional banks begin using the ledger with real value.

Multi-bank tokenized-deposit networks

The industry needs evidence that tokenized deposits can move beyond bilateral integrations.

HSBC’s Hong Kong stablecoin

A major global bank operating both tokenized deposits and a regulated stablecoin will provide a useful real-world comparison.

Project Agorá real-value testing

The BIS project is advancing beyond prototype work toward transactions involving real value.

Stablecoin regulation

More formal regulatory frameworks could narrow the trust gap between regulated stablecoins and bank money.

Common token standards

Banks need shared technical and legal standards if tokenized deposits are to move across platforms.

Wallet integration

The biggest portability change will come when bank-issued digital money can appear naturally inside the wallets and applications users already use.

Cross-border settlement

This remains the strongest test of whether tokenization can improve banking rather than simply modernize internal ledgers.

Important Context

Tokenized deposits are not failing.

The opposite is true.

Banks are moving from experiments toward real transactions.

Swift has demonstrated a live cross-border use.

Project Agorá has demonstrated sophisticated multi-currency programmable settlement.

Banks are expanding tokenized-deposit services.

The point is narrower.

Successful tokenization does not automatically solve interoperability.

Likewise, stablecoins should not be treated as having solved every limitation tokenized deposits face.

Stablecoins introduce their own issues around:

reserves
redemption
issuer concentration
blockchain fragmentation
financial integrity
monetary sovereignty

The emerging system may therefore use different instruments where their strengths are most useful.

That is not evidence that the industry cannot choose.

It may be evidence that one type of digital money was never going to fit every payment.

Final Thoughts

Banks have spent years studying what stablecoins do differently.

The answer is not simply:

they use blockchain.

Banks can use blockchain too.

The deeper difference is how the money reaches the network.

A tokenized deposit starts with the bank relationship.

The customer holds money at a specific institution, and technology makes that claim more programmable.

A stablecoin starts with the token.

Once issued, it can potentially move across unrelated wallets and applications without recreating a traditional bank-account relationship at every destination.

Banks are now very good at the first model.

They are beginning to confront the importance of the second.

Swift’s first live interbank tokenized-deposit transaction is meaningful because it begins connecting bank money beyond one institution.

Project Agorá pushes the concept further toward shared cross-border infrastructure.

The BIS believes this architecture should form the core of the future monetary system.

It has strong reasons.

Tokenized deposits can preserve the institutional structure that keeps modern money functioning at par.

But even the BIS acknowledges the gap.

The interoperable global ecosystem does not exist yet.

Stablecoins entered that gap years ago.

They are messier.

They carry risks.

They fragment across networks.

But they showed how useful a digital dollar becomes when software can move it directly.

Banks now need to combine their greatest advantage — trusted regulated money — with more of that portability.

Some will improve tokenized deposits until they travel further.

Some will connect through systems such as Swift.

Some may issue regulated stablecoins of their own.

Some will probably do all three.

That is why the next phase of digital money is unlikely to be a clean stablecoin-versus-bank showdown.

The more interesting future is one where the lines keep moving.

Tokenized deposits become more programmable.

Stablecoins become more regulated.

Central bank money moves onto compatible settlement infrastructure.

And payment systems learn to route between them.

Banks do not need stablecoins to replace deposits.

They may need stablecoins because deposits, even after tokenization, cannot be everywhere at once.

FAQ

What is a tokenized deposit?

A tokenized deposit is generally a commercial-bank deposit represented on programmable or distributed-ledger infrastructure. The customer still has a claim against the issuing bank rather than simply owning an unrelated crypto token.

Is a tokenized deposit the same as a stablecoin?

No. They can both represent value digitally, but their legal and financial structures differ. A tokenized deposit normally remains a bank liability. A stablecoin is issued under its own reserve and redemption framework.

Are tokenized deposits backed one-to-one?

The concept of “backing” works differently for bank deposits. A tokenized deposit is generally part of the issuing bank’s balance sheet rather than a separate token requiring one-to-one segregated reserve assets in the same way many regulated stablecoins do.

Are tokenized deposits insured?

They may fall within existing deposit-protection frameworks depending on the jurisdiction, customer, bank and exact legal design. Tokenization by itself does not guarantee insurance.

Why do banks want tokenized deposits?

They allow banks to add programmability, faster settlement and potentially 24/7 functionality while preserving the conventional commercial-bank deposit relationship.

What is the biggest weakness of tokenized deposits?

Interoperability is one of the largest unresolved problems. A tokenized deposit can work efficiently inside one bank or platform without automatically being transferable across other banks, networks or countries.

Why are stablecoins more portable?

Stablecoins are generally designed as transferable blockchain tokens. Compatible wallets and applications can integrate the token without maintaining a conventional account relationship with the issuer for every transfer.

Are stablecoins fully interoperable?

No. Stablecoins remain fragmented across blockchains, issuers and liquidity environments. Bridges and cross-chain transfers can also introduce additional risks.

What did HSBC and Standard Chartered do with tokenized deposits?

In August 2026, the banks completed the first live cross-border interbank tokenized-deposit transaction using Swift’s blockchain-based ledger.

Is Swift building a blockchain?

Swift has developed blockchain-based ledger infrastructure intended to help banks coordinate and settle tokenized value while connecting with the broader financial system.

Does blockchain make Swift unnecessary?

Current developments suggest the opposite may happen. Swift is attempting to use blockchain technology to extend its coordination role into tokenized finance rather than simply being displaced by it.

What is Project Agorá?

Project Agorá is a BIS-led public-private project testing programmable cross-border settlement using tokenized commercial-bank deposits and tokenized central-bank reserves.

What is atomic settlement?

Atomic settlement means linked parts of a transaction complete together or fail together. It can reduce the risk that one party delivers one side of a transaction while the other side does not settle.

Why does the BIS prefer tokenized deposits?

The BIS argues that tokenized deposits can preserve the existing two-tier monetary system, where commercial-bank money remains anchored by settlement in central-bank money.

Does the BIS oppose all stablecoin use?

The BIS remains critical of stablecoins as general-purpose money in their current form, but its latest framework allows for coexistence and suggests stablecoins may serve specialized roles under appropriate safeguards.

Could banks issue stablecoins too?

Yes. Banks can potentially issue regulated stablecoins or other transferable payment tokens. Their legal structure may differ from ordinary tokenized deposits.

Is HSBC developing both tokenized deposits and a stablecoin?

Yes. HSBC has expanded tokenized-deposit services and participated in Swift’s tokenized-deposit transaction while also preparing a Hong Kong-dollar stablecoin under Hong Kong’s regulatory regime.

Why would a bank need both?

Tokenized deposits can preserve the existing bank relationship, while a stablecoin or similar payment token may offer greater portability into external blockchain applications and wallets.

Will tokenized deposits replace stablecoins?

It is too early to know, and complete replacement may not be necessary. The two instruments have different strengths and may coexist across different payment environments.

Will stablecoins replace bank deposits?

Stablecoins may compete with deposits in some uses, but bank deposits remain central to lending, banking relationships, regulated settlement and existing financial infrastructure.

What is a bank-issued stablecoin?

It is a stable-value token issued by a regulated bank. The exact legal claim depends on the design, so it should not automatically be assumed to be identical to an ordinary bank deposit.

What is the difference between a tokenized deposit and a CBDC?

A tokenized deposit is a liability of a commercial bank. A central bank digital currency or tokenized central-bank money is a liability directly of the central bank.

Why does interoperability matter so much?

Money becomes more useful when different people, institutions and applications can accept it easily. A technically advanced digital deposit trapped inside one platform has much weaker network effects than one that can move broadly.

Could tokenized deposits work on public blockchains?

Technically, designs could be created, but banks generally require identity, compliance, privacy and control mechanisms that make fully open public-blockchain distribution more complicated.

What is more important, programmability or portability?

Both matter. Programmability allows money to interact with automated workflows. Portability determines how broadly that money can travel. A successful digital-money system likely needs both.

What could the future digital-money system look like?

It may include tokenized commercial-bank deposits for regulated payments, tokenized central-bank money for settlement, stablecoins for open blockchain applications and routing infrastructure connecting the different forms of money.