Author: Chloe, ChainCatcher
In June 2026, over a dozen of the largest U.S. banks jointly announced plans to build a shared tokenized deposit network by 2027 to directly counter the erosion of deposits by stablecoins. The system has not yet been named; some in the industry refer to it as "the bridge," while others call it "the chain."
This reflects a concept that was overlooked by the market for years but is now quietly making a comeback: consortium blockchain.
Banks form the Avengers alliance
On June 5, 2026, The Wall Street Journal first reported that a group of major U.S. banks, led by JPMorgan Chase, Citibank, and Bank of America, aim to build a shared tokenized deposit network by the first half of 2027.
Later that day, these banks issued a joint press release, expanding the list from the four reportedly involved to more than a dozen. Wells Fargo was the lead initiator, followed by BNY, BMO, HSBC, PNC, TD, U.S. Bank, Truist, Citizens, Fifth Third, Huntington, KeyBank, Regions, and Santander.
The operator is The Clearing House, a payment company jointly owned by these banks. This system still does not have an official name; according to The Wall Street Journal, some in the industry refer to it as "the bridge," while others call it "the chain."
Over the past two years, the crypto industry's focus has largely been on general-purpose blockchains, token issuance, and airdrops. However, the institutional capital and technology quietly shifting behind the scenes are heading in another direction: dedicated blockchains with fixed use cases, led by specific institutions, and not necessarily issuing tokens. This concept may sound familiar—it echoes the spirit of “consortium chains” from years ago—but this time, it might actually be serious.
Banks are afraid that stablecoins will take away their deposits.
To understand this counterattack, you first need to know what traditional finance is defending against: stablecoins. According to DeFiLlama data, the global stablecoin market cap in June 2026 was approximately $316 billion. USDT alone accounted for about 62%, or $186 billion, while USDC was around $75 billion—combined, the two dominate roughly 80% of the entire market.
According to Bitrue, stablecoins processed approximately $46 trillion in transaction volume throughout 2025—more than 20 times that of PayPal and nearing three times that of Visa. By the first quarter of 2026, stablecoins accounted for about 75% of total cryptocurrency transaction volume, demonstrating that the stablecoin sector is no longer merely a tool for speculative trading, but a global payment and settlement pipeline operating continuously every day.
For traditional bankers, this pipeline strikes at their core: deposits. A bank’s lending capacity depends on how much it holds in deposits. Once customers grow accustomed to moving their funds from bank accounts into stablecoins in crypto wallets, the foundation for bank lending is undermined. Mark Monaco, Global Head of Payments at Bank of America, says this system is being prepared in advance for the day when demand truly takes off.
What truly compels banks to take proactive action is regulatory easing. The U.S. GENIUS Act has been enacted into law, requiring stablecoins to maintain 1:1 full reserves and undergo regular audits, with implementing rules set to take effect on July 18, 2026. The impact of this legislation lies not in restricting stablecoins, but in legitimizing them. When stablecoins transition from a gray area to legally recognized instruments with licenses, audits, and bank custody, their potential to replace traditional deposits is no longer a hypothetical question.
Banks didn't suddenly fall in love with blockchain—someone had already laid the tracks right to their door, leaving them no choice but to lay their own.
Bridge or Chain? What exactly is this network?
Return to the unnamed chain. Its technical name is the Regulated Settlement Network (RSN). The approach converts bank deposits into tokens recorded on a blockchain, enabling settlement 24/7 in real time, without waiting until the next business day.
Tokenized deposits are not a new digital asset, but rather the same deposit with a different accounting method. They carry the same credit risk, are subject to the same regulations, and remain within the bank system protected by deposit insurance. This is the fundamental difference from stablecoins: stablecoins move money out of the banking system, while tokenized deposits keep money within the system—but gain the speed and programmability similar to cryptocurrencies.
David Watson, CEO of The Clearing House, said this is a major move for banks, describing on-chain payments as heading toward a completely different future; Max Neukirchen, Co-Head of Global Payments at JPMorgan, offered a more pragmatic view, stating that maintaining a stable and resilient payments ecosystem requires a regulated market infrastructure to settle these tokenized deposits.
As of the news break, the network has not yet determined which blockchain to use. The technology is undecided, and the name is still wavering between "bridge" and "chain," yet over a dozen of America’s largest banks have already agreed to put their names on the same press release. At this stage, governance—who will operate it, who can join, and who sets the rules—has been settled before the technology. And the answers to these three questions are precisely what the term "consortium blockchain" originally meant.
Review the previous failure of the consortium chain
From 2016 to 2022, that was the first wave of enterprise blockchain hype. JPMorgan experimented with Ethereum as early as 2016 and later developed its own private blockchain, Quorum; IBM and the Linux Foundation launched Hyperledger Fabric, while R3 led Corda—only for nearly all of them to go quiet.
The reason is actually quite simple. At the time, consortium chains were stuck on two issues: first, there was no pressing need for collaboration—each bank built its own closed chain, isolated from others, resulting in a collection of silos; second, permissioned ledgers, in many cases, were essentially just databases with cryptography added on top, where the technology came first and the problems were sought afterward. After 2020, market narratives shifted entirely toward public chains, DeFi, and liquidity mining, and consortium chains became labeled as “on-chain but not in the right place,” gradually fading from the center of attention.
Looking back on this chapter, it has drawn a clear contrast for today. Back then, consortium blockchains didn’t fail because of technology—they failed because no one truly needed them. What has brought them back into the spotlight in 2026 is precisely the missing piece from back then: real, urgent demand backed by regulatory support. Then, technology was forcing itself into use cases; now, use cases are coming back to find the technology.
Looking at the data: Enterprise-grade consortium blockchains are already operating quietly.
Tokenized deposit networks are not isolated events. Over the past eighteen months, several institution-led dedicated blockchains have achieved measurable adoption, with the Canton Network having the most comprehensive data.
Canton, developed by Digital Asset, is a permissioned public blockchain that uses Daml to write smart contracts, designed to enable competing financial institutions to share the same settlement infrastructure while preserving privacy. Its super validators include Visa, Nasdaq, and BNP Paribas.
In terms of scale, as of the end of 2025, more than 700 institutions have integrated with Canton. The network’s largest application, Broadridge’s Distributed Ledger Repo (DLR) platform, processes approximately $4 trillion in tokenized U.S. Treasury repurchase agreements per month, equivalent to about $280 billion per day—a figure that doubled within 2025 from $2 trillion per month.
In December 2025, the U.S. securities depository DTCC announced a partnership with Digital Asset to tokenize U.S. Treasuries held in custody on the Canton network, with plans to scale up in the second half of 2026. As the central institution for clearing and settling U.S. equities and fixed-income securities, DTCC’s involvement signifies that institutional-grade blockchain has extended to the foundational infrastructure of the U.S. market.
Data at the individual bank level is equally specific. JPMorgan’s blockchain division, Kinexys, has been processing institutional payments on a private blockchain using JPM Coin since 2020, currently handling over $5 billion daily. Citibank’s Token Services are now live, enabling real-time cross-border transfers between New York, London, and Hong Kong. BNY Mellon is also set to launch a tokenized deposit service for institutions in January 2026.
Aggregating this data, the tokenized deposit network is positioned as an interoperability layer connecting existing bank initiatives, rather than a new blockchain. The driving force is not technology providers, but banks that have already accumulated real transaction volumes, seeking a common set of standards to interconnect with one another.
The boundary between public and consortium blockchains is being erased from within.
A closer look at JPMorgan's strategy reveals that while it continues to develop its private blockchain, Kinexys, it moved its JPM Coin deposit token (JPMD) onto Coinbase's public blockchain, Base, in June 2025. Shortly after, in January 2026, it natively deployed JPMD on Canton, making it the second blockchain—after Base—to support this institutional digital cash.
The same bank is betting on all three: private chain, permissioned public chain, and public chain.
Earlier, DBS Bank in Singapore and Kinexys agreed in November 2025 to collaborate on developing an interoperability framework enabling the transfer of tokenized deposits between their respective blockchain ecosystems. What the industry truly cares about is no longer the binary choice between “permissioned chains” and “public chains,” but rather how to align “licensed issuance” with “cross-chain settlement.”
For banks, public chains are channels to reach funds and users, while consortium chains serve as the underlying settlement infrastructure that meets privacy and compliance requirements—they are not competitors at all, but rather two sequential segments on the same path. The “renaissance of consortium chains” is not a return to the closed, isolated consortium chains of 2018; rather, it is the return of their governing spirit: fixed use cases, institution-led governance, and rules first. The difference is that this time, this spirit has been given a new body capable of interfacing with public chains.
Conclusion: What's truly at stake is which entity the infrastructure is registered under.
For years, the dominant narrative was that decentralization would eventually replace traditional finance. But what’s unfolding in 2026 is a different version: traditional finance hasn’t been replaced—it has simply extracted blockchain technology from the frameworks of public chains, token issuance, and DeFi, and reconnected it to its own familiar path: one governed by regulation, licensing, and institutional leadership.
The difference between this logic and that of consortium blockchains in the past is that this time it is backed by proven real demand for stablecoins, a regulatory pathway paved by the GENIUS Act, and actual transaction volumes generated by Canton and Kinexys—making it not just a technical claim, but a functioning reality.
Whether public chains or consortium chains win is never the point. When tokenized deposits and stablecoins become functionally indistinguishable, the competition no longer centers on products, but on whose infrastructure becomes the default choice. The real stake on this table is whose name the financial infrastructure of the next decade will be built upon.