The race to tokenize Wall Street: how JPMorgan, Citi, and Wells Fargo are rebuilding settlement rails
—
Four of the biggest banks in the United States are quietly rewiring how money moves between institutions. JPMorgan Chase, Citigroup, Bank of America, and Wells Fargo are building a shared tokenized deposit network that will let corporate clients send value to each other at any time, any day of the week, without waiting for traditional wire cut‑off times or batch settlement windows.
The initiative is being coordinated through The Clearing House and is aiming for a first‑half‑of‑2027 launch. For years, large financial institutions talked about blockchain as an experiment. This is no longer experimentation. This is a rebuild of the settlement plumbing that underpins trillions of dollars of capital.
The crypto industry has been chanting “tokenize everything” since at least 2018. But for most of that period, the institutions that run the global financial system treated tokenization as a side project: controlled pilots, glossy whitepapers, and very little impact on how a payment or a securities trade actually settled. Wire transfers still moved through legacy rails; securities still cleared through old batch systems.
That posture flipped in the first half of 2026. In roughly three months:
– JPMorgan expanded its Kinexys deposit token network.
– Wells Fargo committed to tokenized deposits for corporate clients.
– Bank of America joined the shared tokenized deposit initiative.
– BlackRock moved to broaden its tokenized money market fund lineup.
– Mastercard activated stablecoin‑based settlement rails with selected partners.
– The DTCC recruited more than 50 firms to join a production tokenization service.
– Citi introduced a new class of tokenized securities designed for private markets.
These are not proof‑of‑concepts. They are production systems with hard timelines, named partners, and balance sheet capital behind them.
To understand the shift, it helps to break Wall Street’s tokenization drive into three layers:
1. The money layer – how payments and deposits are being rebuilt.
2. The asset layer – how securities and funds are moving on chain.
3. The infrastructure layer – where the back‑office machinery is being replaced.
—
The money layer: tokenized deposits versus stablecoins
At the center of this transformation sits one concept: the tokenized deposit.
A tokenized deposit is a digital representation of a bank deposit issued on a blockchain or ledger. Legally and economically, it is still a deposit at a regulated bank. If JPMorgan issues a token through its Kinexys platform, that token is a claim on JPMorgan’s balance sheet, just like the money in a corporate checking account.
Stablecoins, by contrast, are typically issued by non‑bank entities. A token like USDC or USDT is a bearer instrument: whoever controls the token controls the value. The issuer holds reserves (cash, Treasury bills, or similar assets) to back the supply of tokens, and redemption requires sending the token back to the issuer in exchange for dollars or other fiat currency.
The differences are subtle but crucial:
– Liability holder
– Tokenized deposit: liability of a regulated bank.
– Stablecoin: liability of a non‑bank issuer (or sometimes structured more like a claim on a trust or fund).
– Regulatory framework
– Tokenized deposit: fits into existing banking regulation, capital rules, and deposit insurance regimes.
– Stablecoin: often falls under a patchwork of money transmission, securities, or payments rules that are still evolving.
– Settlement behavior
– Tokenized deposit: can settle within seconds, 24/7, outside traditional Fedwire or ACH operating hours, while still being a “bank money” claim.
– Stablecoin: can also settle instantly, but sits outside the insured banking system unless moved back on to a bank balance sheet.
This distinction matters for two reasons.
First, tokenized deposits inherit a mature regulatory regime. Banks already comply with capital requirements, liquidity rules, anti‑money‑laundering controls, and, in many cases, offer deposit insurance. Moving those same deposits onto a tokenized rail does not require writing an entirely new law; it extends an existing framework to a new technical format. That makes regulators more comfortable and lowers political friction.
Second, deposit tokens pose a direct competitive challenge to stablecoin issuers. Much of the demand for stablecoins has come from businesses and institutions that want dollar‑like assets that can move 24/7. If JPMorgan, Citi, or Wells Fargo can give corporate clients the same real‑time settlement behavior using tokenized deposits, the incentive to rely on USDC or USDT for day‑to‑day institutional payments shrinks. Stablecoins do not disappear, but their strongest moat starts to erode.
—
What exactly is a tokenized deposit?
A tokenized deposit can be thought of as:
> “A digitally native claim on a commercial bank that is recorded and transferred on a distributed ledger, but governed by the same legal and regulatory framework as traditional deposits.”
Some key properties:
– On‑chain representation – The deposit balance is represented as tokens on a permissioned or public blockchain. Transfers between wallets update the ledger state in near real time.
– One‑to‑one backing – Each token corresponds to an underlying deposit liability at the issuing bank; the bank maintains traditional ledgers in parallel.
– Programmability – Tokens can be embedded in smart contracts, allowing conditional payments, automated escrow, programmable trade settlement, and complex workflows that are hard to implement through wires or ACH.
– 24/7 availability – The rail is always on, unlike traditional systems that close on weekends or after cut‑off times.
In practice, a corporate treasurer might hold a mix of traditional deposits and tokenized deposits at the same bank. When they want to pay a supplier in another country at 3 a.m. local time, they can send deposit tokens across the network and achieve final settlement in seconds without waiting for correspondent banks to open.
—
Which banks are building the shared tokenized deposit network?
The headline initiative in the money layer is the shared network being developed by:
– JPMorgan Chase
– Citigroup
– Bank of America
– Wells Fargo
The project is coordinated via The Clearing House, which already operates key payment systems in the United States. The goal is to create a common rail where corporate customers of any participating bank can transfer tokenized deposits among themselves in real time.
Instead of each bank running a completely siloed token system, the shared infrastructure aims to ensure interoperability and broad utility from day one. A deposit token issued by Bank of America should be instantly usable by a client at Wells Fargo, and vice versa, with consistent technical and legal standards.
The network is targeting a launch in the first half of 2027. That timeline reflects the complexity involved: aligning legal frameworks, deciding on a shared technological base (likely a permissioned blockchain structure), integrating with each bank’s core systems, and obtaining regulatory approvals.
—
JPMorgan Kinexys: from “JPM Coin” to full‑fledged platform
JPMorgan is furthest along the curve. Its tokenization architecture, now branded Kinexys (previously known as JPM Coin), has been live for institutional clients for several years and already handles billions of dollars in transactions each day.
Kinexys runs on a permissioned blockchain framework and is used for:
– Intraday repo transactions
– Cross‑border corporate payments
– Foreign exchange settlement
– Internal liquidity management
Within this ecosystem, deposit tokens function as a high‑speed, on‑chain representation of cash balances. When both sides of a transaction are plugged into Kinexys, settlement can occur in seconds instead of hours.
The bank has also signaled a deeper embrace of digital assets more broadly. During its latest earnings call, CEO Jamie Dimon confirmed that crypto trading for institutional clients is operational, marking a clear departure from the bank’s historically hostile public remarks about cryptocurrencies. While that trading business is distinct from deposit tokenization, it shows the bank no longer views blockchain purely as a curiosity.
Kinexys is expected to plug directly into the broader shared tokenized deposit network, effectively becoming one node in a multi‑bank fabric rather than a closed system.
—
Wells Fargo’s strategy: join the network, not build alone
Wells Fargo, which manages more than $2 trillion in assets, announced in August 2026 that it will begin offering tokenized deposits to corporate customers. Instead of investing heavily in a standalone proprietary token rail, the bank has opted to align with the shared network being built with its peers.
That strategic choice is telling. A single‑bank token system has limited reach. A client can only send value to other clients of that same bank. The real efficiency gains show up when tokens can move seamlessly between multiple large institutions. Wells Fargo’s decision underscores the view that tokenized deposits are more valuable as a shared standard than as a patchwork of incompatible platforms.
For corporate treasurers, this means that a payment from a Wells Fargo client to a JPMorgan client, for example, could settle on the same underlying rail using tokenized deposits, rather than being routed through slower correspondent banking chains.
—
The asset layer: BlackRock, Citi, and tokenized funds
While the money layer focuses on deposits and payments, the asset layer is where securities, funds, and private instruments are being rebuilt as on‑chain tokens.
BlackRock and tokenized funds: what is BUIDL?
BlackRock is at the forefront of this shift on the asset side. Its flagship tokenized fund product, frequently referenced in the market as BUIDL, represents a tokenized money market fund. Investors can purchase tokens that correspond to shares in a fund holding short‑term, high‑quality liquid assets like Treasury bills.
Key advantages of tokenized money market funds include:
– Fractional ownership – Investors can hold very small slices of a fund, potentially expanding access to institutional‑grade money markets.
– Instant settlement – Transactions involving fund shares can settle within minutes instead of days.
– Composability – Tokens representing fund shares can be used in decentralized applications, structured products, or automated collateral workflows.
BlackRock has filed to expand its tokenized money market fund lineup, signaling that BUIDL is not a one‑off experiment but the start of a broader product suite. For traditional asset managers, tokenization offers new distribution channels, operational efficiencies, and a path to attract crypto‑native capital that wants regulated exposure with on‑chain usability.
Citi and tokenized private securities
Citi has taken a different but complementary approach, focusing on private markets. It has created a new class of tokenized securities tailored for assets that do not trade on public exchanges:
– Private equity and venture funds
– Direct lending and private credit instruments
– Private company shares
By representing these instruments as tokens, Citi aims to address perennial problems in private markets: illiquidity, slow settlement, complex cap tables, and opaque ownership records.
Tokenization can enable:
– Faster secondary transfers of private stakes
– More precise tracking of beneficial ownership
– Embedded restrictions (for example, transfer only to accredited investors or within specific jurisdictions) enforced via smart contracts
For institutional investors who are already heavy participants in private markets, tokenized securities promise better transparency and reduced operational friction without changing the underlying risk profile of the assets themselves.
—
The infrastructure layer: DTCC and the back office overhaul
Behind the visible money and asset layers lies the infrastructure layer: the post‑trade, back‑office systems that reconcile, net, and settle enormous volumes of transactions every day.
In the United States, the Depository Trust & Clearing Corporation (DTCC) plays a central role in this ecosystem. In the latest wave of tokenization, the DTCC has moved from theory to implementation. It has brought more than 50 financial institutions into a production tokenization service that targets functional, live use rather than controlled lab pilots.
The DTCC’s focus includes:
– Tokenized representations of traditional securities
– On‑chain lifecycle management (corporate actions, coupon payments, redemptions)
– Streamlined collateral management and margin processes
– Reduced reconciliation overhead between multiple parties
By embedding tokenization into core settlement infrastructure, the DTCC is effectively preparing for a world where much of the capital market stack is natively digital. Instead of treating blockchain as an external add‑on, it is integrating it into the canonical record of ownership and settlement.
The most profound change here is not cosmetic. It is the possibility of shifting from T+1 or T+2 settlement timelines toward near‑instant or even atomic settlement, where cash and securities change hands simultaneously, with drastically lower counterparty risk.
—
How fast is “faster”? The speed advantage in real numbers
Speed is often treated as marketing jargon, but in finance, settlement time drives cost and risk. Tokenized systems offer concrete, measurable gains:
– Wire transfers: Domestic wires can take hours; cross‑border payments often settle next day or later, and only during business hours.
– ACH transfers: Typically one to three business days.
– Securities settlement: Even after moves to T+1, practical settlement can still involve workflows and batch processes that delay finality.
By contrast, tokenized rails can provide:
– Sub‑minute settlement for deposit tokens between participants on the same network.
– Near‑instant internal transfers for institutions using the same bank’s on‑chain ledger.
– Atomic delivery‑versus‑payment (DvP) for securities transactions, where cash and asset tokens settle simultaneously.
The impact is not just convenience. Faster settlement:
– Frees up previously locked collateral and liquidity.
– Reduces credit and counterparty exposure windows.
– Lowers operational risk from failed trades and reconciliation errors.
For large institutions moving billions of dollars daily, even marginal improvements translate into significant cost savings and balance sheet optimization.
—
The Asia factor: South Korea, Singapore, and Hong Kong
While the United States and Europe refine their regulatory frameworks, several Asian financial centers have become testbeds for large‑scale tokenization. South Korea, Singapore, and Hong Kong, among others, are aggressively experimenting with tokenized deposits, tokenized bonds, and blockchain‑based settlement infrastructures.
– Singapore has positioned itself as a global hub for institutional digital assets, running multi‑year pilots that bring together banks, asset managers, and market infrastructure providers to test tokenized deposits, tokenized government bonds, and programmable money.
– Hong Kong is pushing to reclaim its status as a leading financial center by supporting regulated tokenized securities, including tokenized green bonds and funds.
– South Korea is experimenting with real‑world asset tokenization and digital won prototypes, with banks exploring how to integrate tokenized deposits alongside central bank initiatives.
These jurisdictions are not only innovating for their domestic markets. They are building models that global players can observe, adapt, and extend. As cross‑border tokenized settlement use cases grow, interoperability between Western and Asian rails will become a strategic question.
—
How do tokenized deposits differ from stablecoins in practice?
Beyond legal classification, the practical differences between tokenized deposits and stablecoins show up in day‑to‑day usage and risk profiles.
– Credit risk
– Tokenized deposits expose holders to the credit risk of the issuing bank, just like traditional deposits. If the bank fails, deposit insurance and resolution regimes come into play.
– Stablecoins expose holders to the risk that the issuer’s reserves are mismanaged or become impaired. Transparency and regulation vary widely by issuer.
– Use cases
– Tokenized deposits are built for institutional payments, trade finance, treasury management, and compliance‑heavy workflows where banks remain the central gatekeepers.
– Stablecoins are widely used in retail trading, decentralized finance, cross‑exchange arbitrage, remittances, and as a neutral settlement asset for crypto markets.
– On‑ and off‑ramps
– Converting between traditional deposits and tokenized deposits at the same bank can be nearly frictionless, since both are entries on that bank’s ledger.
– Moving between stablecoins and bank deposits usually involves an additional KYC’d relationship with a stablecoin issuer or an exchange.
Because of these differences, tokenized deposits are not a drop‑in replacement for all stablecoin use cases. They are more likely to dominate where regulated institutions already have strong relationships with their banks and care deeply about legal protections and integration with legacy systems.
—
Will tokenized deposits replace stablecoins?
Tokenized deposits are a direct competitive threat to stablecoins in certain segments-but they will not erase them. The landscape is more likely to evolve into a layered structure:
– Institutional and corporate flows – Large enterprises may prefer tokenized deposits because they fit into existing bank relationships, compliance frameworks, and risk appetites. Over time, this could significantly reduce demand for stablecoins as an intra‑bank or inter‑bank settlement tool.
– Crypto‑native and retail flows – Retail users, crypto traders, and DeFi participants may continue to rely heavily on stablecoins because they are widely listed on exchanges, compatible with public blockchains, and accessible without a direct relationship with a major bank.
– Cross‑border corridors – In regions with limited access to dollar banking, stablecoins may remain the dominant way to hold and transfer dollar value digitally, at least until banks or central banks roll out accessible tokenized alternatives.
In short: tokenized deposits are likely to capture institutional and regulated use cases, while stablecoins retain a strong position in open, crypto‑native, and frontier markets. The competition will intensify, but coexistence is the most plausible outcome.
—
What is the competitive threat to stablecoin issuers?
Stablecoin issuers face several challenges as banks move into tokenization:
– Loss of institutional settlement share – If major corporates can settle 24/7 via tokenized deposits, they no longer need to use stablecoins as a workaround to banking hours and wire constraints.
– Regulatory convergence – As regulators design stablecoin frameworks that resemble bank‑like oversight, the relative advantage of operating outside the banking system shrinks.
– Pricing pressure – With banks offering tokenized services as part of broader relationships, stand‑alone stablecoin issuers may struggle to justify fees or spreads unless they can provide superior functionality or access.
To remain competitive, stablecoin issuers may need to:
– Deepen transparency around reserves and governance.
– Integrate more tightly with institutional trading platforms and custodians.
– Offer programmability, cross‑chain portability, and user experiences that banks cannot easily replicate.
—
What role do crypto‑native protocols play in institutional tokenization?
At first glance, institutional tokenization on permissioned chains might seem disconnected from the open crypto ecosystem. In practice, there are several bridges and opportunities:
– Infrastructure and tooling – Many of the frameworks, wallets, and developer tools used in institutional projects borrow heavily from open‑source, crypto‑native codebases. Expertise from public blockchain development is in demand.
– Interoperability layers – Protocols that specialize in secure cross‑chain messaging or asset bridging can become the connective tissue between public networks (Ethereum, Solana, etc.) and permissioned institutional chains.
– Liquidity and hedging – Tokenized funds, tokenized Treasuries, and other real‑world assets can be used as collateral or trading instruments in DeFi, provided compliance constraints are met. This opens the door to new hybrid products.
– On‑chain identity and compliance – Protocols that support verifiable credentials, KYC‑in‑wallet, and privacy‑preserving compliance checks can help institutions interact with public chains without abandoning regulatory obligations.
Crypto‑native protocols that position themselves as neutral, secure, and compliant‑friendly building blocks stand to benefit as traditional institutions bring trillions in assets closer to the on‑chain world.
—
The custody question: who holds the keys?
As more institutional value moves on chain, a basic question becomes central: who actually holds and controls the private keys?
Three broad models are emerging:
1. Bank‑custodied keys – The bank or its appointed custodian manages keys on behalf of clients using hardened infrastructure and strict access controls. This aligns with existing models for securities and cash custody.
2. Qualified third‑party custodians – Specialized digital asset custodians hold keys for multiple institutions, offering insurance, segregation, and regulatory oversight.
3. Client‑managed or co‑managed keys – Some sophisticated clients may opt for structures where they retain partial control over keys, often in multi‑signature or threshold schemes, balancing autonomy with institutional security.
For large corporates and funds, full self‑custody is unlikely to be the dominant option due to operational and governance risks. Instead, institutional‑grade custody solutions that blend security, compliance, and auditability will define how tokenized deposits and securities are actually held in practice.
—
The regulatory tailwind
One reason tokenization is finally moving into production is that the regulatory environment has matured. Authorities have become more precise in distinguishing:
– Tokenized representations of existing regulated instruments (deposits, funds, securities), which can usually fit into existing frameworks with modified technical rules.
– New, unregulated crypto assets that require bespoke policy responses.
This clarity gives large banks and asset managers the confidence to commit capital. Instead of waiting for a perfect, comprehensive “crypto law,” they can work within current rules, treating tokenization as a technology upgrade rather than a new asset category.
At the same time, regulatory pressure on opaque or loosely supervised stablecoin arrangements has grown. This has the side effect of making bank‑issued tokenized deposits look safer and more predictable from a compliance standpoint.
—
What to watch over the next few years
As the race to tokenize Wall Street accelerates, several milestones and fault lines will determine the trajectory:
– Launch of the shared tokenized deposit network – How smoothly the 2027 rollout proceeds, which banks join, and whether adoption among corporate clients is rapid or gradual.
– Standardization efforts – Whether major players converge on shared technical and legal standards that allow tokens to move across banks and jurisdictions, or whether fragmentation persists.
– Integration with central bank initiatives – How tokenized deposits and securities interact with central bank digital currency projects and real‑time gross settlement upgrades.
– DeFi and institutional crossover – The degree to which regulated tokenized assets become usable within permissioned or semi‑public DeFi environments, and what kinds of controls are imposed.
– Stablecoin adaptation – How leading stablecoin issuers pivot to a world where banks and market infrastructures actively compete with them on speed and functionality.
The direction of travel is now clear: Wall Street is not simply investing in “blockchain labs” or pilots; it is rewiring the rails that move money and assets. Tokenized deposits, tokenized funds, and on‑chain settlement infrastructures are becoming core components of the financial system, not experiments on the fringe.
For crypto‑native builders, corporate treasurers, institutional investors, and regulators alike, the next several years will be defined by how quickly-and how safely-this new tokenized architecture can scale.