Banks Tokenization: JPMorgan, Citi, HSBC Case Study
In the rapidly evolving landscape of banks tokenization JPMorgan Citi HSBC and other tier-one institutions have fundamentally changed their approach to blockchain technology over the past 24 months. Innovation labs have given way to production environments, and isolated proofs of concept have been replaced by live platforms processing billions of dollars daily. This transition marks a definitive end to the speculative phase of digital asset adoption among major financial institutions. Rather than debating the theoretical merits of distributed ledgers, the world’s largest banks are now actively executing commercial transactions using tokenized assets. The thesis is clear: tokenization has moved from the fringes of financial technology directly into the core settlement infrastructure of Wall Street and the City of London. Throughout 2024 and 2025, the pace of this adoption accelerated dramatically as institutions sought tangible solutions to the persistent inefficiencies of legacy clearing and settlement systems. This analysis examines how the heaviest hitters in global finance are building out tokenization infrastructure, deploying tokenized products, and reshaping the mechanics of institutional capital markets.
Context: The shift from experimentation to production
Major financial institutions are prioritizing tokenization to solve specific settlement inefficiencies in wholesale banking. Banks are focusing their initial production efforts on tokenized deposits, digital bonds, and collateral management because these high-volume use cases offer the most measurable reductions in counterparty risk and operational costs.
The banking industry’s transition toward digital assets did not happen uniformly or overnight. For years, institutions operated in a state of cautious observation, running isolated trials that rarely interacted with core banking systems or real client funds. That paradigm shifted when rising interest rates exposed the severe capital costs associated with traditional T+2 and T+1 settlement cycles. Trapped liquidity became an expensive problem, forcing treasury departments to seek faster, more capital-efficient methods for moving money and collateral. Banks realized that by converting traditional financial instruments into programmable digital tokens on a shared ledger, they could achieve atomic settlement, meaning the simultaneous exchange of assets and payment. This realization drove a strategic pivot toward three specific applications: tokenized bank deposits, digitized repo transactions, and programmable collateral. These areas represent the highest volume, lowest-risk starting points where efficiency gains justify the immense cost of upgrading legacy infrastructure. Readers investigating what is asset tokenization will find these wholesale banking applications to be the primary drivers of institutional bank tokenization adoption today.
The strategic approaches to building this infrastructure vary significantly across the banking sector. Some institutions chose to build proprietary blockchain networks entirely from scratch, keeping tight control over the intellectual property and network governance. Others opted for hybrid models, partnering with enterprise blockchain providers like Digital Asset Holdings to deploy specialized smart contract languages such as Daml. The overwhelming preference among major banks remains private, permissioned blockchains rather than public networks like Ethereum or Solana. Permissioned networks allow banks to maintain strict compliance with Know Your Customer and Anti-Money Laundering regulations while controlling who can validate transactions. However, this fragmented approach has created isolated walled gardens of liquidity. If every bank builds its own proprietary blockchain, the industry simply replaces legacy data silos with modern blockchain silos. Recognizing this risk, consortia like the Regulated Liability Network emerged to test how different forms of digital money, including central bank digital currencies and commercial bank tokenized deposits, could operate on a shared infrastructure.
INFOGRAPHIC: Diagram showing the evolution of bank settlement from legacy Swift/Fedwire systems to proprietary permissioned blockchains, and finally to the proposed interconnected Regulated Liability Network.
What happened: JPMorgan, Citi, and HSBC deploy core infrastructure
JPMorgan, Citi, and HSBC have launched distinct, production-grade blockchain platforms to handle institutional transactions. JPMorgan’s Kinexys processes over $1 billion daily in intrabank transfers, Citi Token Services enables instant trade finance settlement, and HSBC’s Orion platform issues tokenized bonds and digital representations of physical gold for institutional clients.
JPMorgan Chase operates as the most advanced major bank in the digital asset space, having committed to building proprietary infrastructure years before its peers. The bank’s blockchain division, originally named Onyx and rebranded to Kinexys in 2024, operates multiple production products that handle real client money every day. The flagship payment rail, Kinexys Digital Payments, currently processes over $1 billion per day in intrabank transfers for massive corporate clients like Siemens. This system allows multinational corporations to move programmable money across global subsidiaries instantly, bypassing the delays of traditional correspondent banking. In October 2023, JPMorgan expanded this ecosystem by launching the Tokenized Collateral Network. The network allows investors to utilize assets that are traditionally difficult to move quickly, such as money market fund shares, as collateral for trading operations. In its inaugural transaction, which parallels the institutional interest seen in our BlackRock BUIDL fund analysis, BlackRock used the Tokenized Collateral Network to tokenize shares in one of its money market funds and transfer them to Barclays as collateral for an over-the-counter derivatives trade. This architecture reduces the settlement time for collateral transfers from days to minutes, unlocking trapped capital and improving collateral mobility across the financial system. JPMorgan Onyx tokenization represents an entire tokenized financial ecosystem, completely independent of public crypto markets, designed to dominate the future of institutional clearing.
Citigroup took a slightly different but equally pragmatic approach by integrating blockchain directly into its existing treasury and trade solutions division. In September 2023, the bank launched Citi token services, a platform that converts customer deposits into digital tokens for instant cross-border payments and trade finance. Operating on a private blockchain, the system integrates seamlessly with Citi’s legacy cash management infrastructure, meaning clients do not need to manage digital wallets or private keys. The most prominent early use case involved shipping giant Maersk, which used the platform for the instant settlement of trade finance transactions. Traditional trade finance relies on a complex web of letters of credit, correspondent banks, and manual document verification that typically takes two to three days to clear. By utilizing programmable smart contracts, Citi and Maersk reduced this process to minutes, executing payments automatically when specific shipping conditions were met. This model relies on tokenized deposits, which differ fundamentally from stablecoins. Tokenized deposits remain commercial bank liabilities, meaning they are regulated under existing banking laws and benefit from established deposit insurance frameworks. Citigroup’s internal research division has aggressively modeled the future of this technology, publishing a widely cited report predicting the market will see $4 trillion to $5 trillion in tokenized assets by 2030.
HSBC has focused its digital asset strategy heavily on capital markets issuance and custody through its Orion platform. Launched as a proprietary digital asset issuance engine, the HSBC Orion platform gained significant market attention in November 2023 when the bank used it to issue a HKD 600 million ($76.5 million) tokenized green bond. This transaction marked the first tokenized bond issued by a major international bank under Hong Kong’s regulatory framework, executed in close coordination with the Hong Kong Monetary Authority’s Project e-HKD. Beyond digital debt, HSBC expanded Orion’s utility to the commodities market by creating tokenized representations of physical gold stored in its London vault. Institutional clients can now trade digital tokens that represent direct ownership of specific gold bars, combining the legal certainty of physical custody with the transfer speed of a digital asset. HSBC is aggressively positioning Orion not just as an internal tool, but as infrastructure for other banks and institutions to utilize for their own digital asset issuance. This aligns with broader industry trends where early movers attempt to establish their proprietary platforms as the default operating system for digital capital markets.
Beyond the big three, other major financial institutions are actively deploying production systems to capture specific niches in the tokenized economy. Goldman Sachs developed the Goldman Sachs Digital Asset Platform, built on Daml technology, which notably facilitated the European Investment Bank’s EUR 100 million digital bond issuance in 2022. BNY Mellon has concentrated on the safeguarding of digital assets, rolling out a specialized digital asset custody platform designed to hold both traditional securities and cryptographic tokens side by side. Standard Chartered has taken a more partnership-driven approach, collaborating with firms like Animoca Brands and participating heavily in Hong Kong’s digital asset ventures to bridge traditional finance with Web3 infrastructure. Deutsche Bank advanced its digital asset custody capabilities through Project DAMA 2, focusing on providing secure infrastructure for institutional investors holding tokenized funds. Meanwhile, Societe Generale’s digital asset arm, FORGE, took a radically different path by issuing the first regulated security token on a public blockchain in France, demonstrating that some tier-one institutions are willing to engage directly with public network infrastructure when regulatory frameworks permit.
Results: Measurable efficiency and market expansion
The deployment of bank tokenization platforms has resulted in measurable reductions in settlement times and capital costs. Transactions that previously required days to clear now settle in minutes, drastically reducing counterparty risk and allowing institutions to free up billions in trapped liquidity across global markets.
The empirical data emerging from these production systems validates the massive capital expenditures banks have made over the past five years. When BlackRock and Barclays executed their collateral transfer on JPMorgan’s Tokenized Collateral Network, the most critical metric was not the technology used, but the time saved. Traditional collateral movements require manual verification, SWIFT messaging, and coordination between multiple custodians, often trapping capital for 24 to 48 hours. The transaction settled almost instantaneously, proving that programmable collateral can move exactly when needed to meet margin calls. This atomic bank blockchain settlement dramatically reduces counterparty credit risk, as the window for a trading partner to default between trade execution and settlement is essentially eliminated. The efficiency gains extend beyond collateral. Citi’s reduction of trade finance settlement from days to minutes for Maersk demonstrates how programmable money can eliminate the friction in global supply chains. When payments execute automatically upon the digitized verification of shipping documents, corporations can optimize their working capital and reduce their reliance on expensive short-term credit facilities.
CHART: Bar chart comparing traditional settlement times (T+2 days) versus tokenized asset settlement times (T+0 minutes) across repo, trade finance, and corporate bond markets.
As the volume of tokenized transactions grows, the broader financial ecosystem is beginning to restructure itself around these new capabilities. The $1 billion daily volume on JPMorgan’s Kinexys platform represents a massive shift in how corporate treasurers manage global liquidity. Instead of pre-funding accounts in different time zones to ensure local currency availability, multinational corporations can hold funds in a centralized tokenized account and deploy them instantly across borders. This capability fundamentally alters the demand for traditional correspondent banking services and forces competing banks to develop similar offerings or risk losing their most lucrative corporate clients. The projected growth is staggering, with the tokenization market size expected to scale rapidly as these platforms interconnect. Citigroup’s prediction of up to $5 trillion in tokenized assets by 2030 relies on the assumption that the current isolated platforms will eventually form a cohesive network. To that end, the Regulated Liability Network proof of concept, which included participation from Citi, BNY Mellon, and other major institutions, successfully demonstrated that commercial bank money, central bank money, and regulated digital assets could operate on a shared ledger. This proof of concept established the technical and legal groundwork for a unified digital financial system.
Lessons: Regulatory headwinds and the interoperability challenge
Despite significant technological progress, bank tokenization faces severe challenges regarding regulatory uncertainty and platform interoperability. Legacy system integration costs remain high, and institutions struggle to connect their proprietary permissioned blockchains, threatening to create fragmented liquidity pools across the digital financial system.
The technical feasibility of bank tokenization is no longer in question, but the regulatory and structural barriers to mass adoption remain formidable. In the United States, regulatory uncertainty continues to slow the pace of innovation, particularly regarding the custody of digital assets. Guidance from the Securities and Exchange Commission and the Office of the Comptroller of the Currency has created a complex compliance environment that forces US banks to proceed with extreme caution. The SEC’s Staff Accounting Bulletin 121, which requires entities safeguarding crypto assets to recognize those assets as liabilities on their balance sheets, has severely restricted the ability of American banks to offer digital asset custody at scale. This regulatory friction stands in stark contrast to jurisdictions like Hong Kong, Singapore, and Switzerland, where clear legislative frameworks have encouraged banks like HSBC and UBS to launch aggressive digital asset products. Furthermore, the integration of blockchain technology with decades-old legacy banking systems requires massive capital investment. Banks must run parallel systems during the transition phase, maintaining traditional databases while operating new distributed ledgers, which temporarily increases operational costs before the promised efficiency gains can be fully realized.
The most critical hurdle facing the institutional tokenization sector is the lack of interoperability between competing bank platforms. JPMorgan’s Kinexys, Citi Token Services, and HSBC’s Orion are highly efficient within their own ecosystems, but they cannot currently communicate natively with one another. If a client holding a tokenized bond on HSBC’s Orion wishes to use it as collateral for a loan funded by Citi Token Services, the transaction requires complex, customized bridging mechanisms that reintroduce the exact friction tokenization was supposed to eliminate. Recognizing this limitation, banks are increasingly exploring convergence with public blockchains and decentralized finance protocols. Through the Monetary Authority of Singapore’s Project Guardian, JPMorgan and other institutions successfully tested the execution of tokenized foreign exchange and government bond trades using permissioned liquidity pools on public networks like Polygon. This signals a potential shift in strategy: rather than relying entirely on isolated private networks, banks may eventually use public blockchains as the underlying settlement layer while enforcing compliance rules at the smart contract level. As institutional investors look toward tokenized bonds investing and evaluate infrastructure through a Securitize platform review, the ability of these traditional banking giants to interoperate with broader Web3 infrastructure will determine whether they dominate the next era of finance. Those unfamiliar with the technical distinctions between these networks should consult a comprehensive tokenization glossary to understand the shifting architecture of global capital markets.
The transition of tokenization from experimental sandbox to production infrastructure represents a massive upgrade to the global financial system. JPMorgan, Citi, and HSBC have proven that distributed ledger technology can solve real, expensive problems in collateral management, trade finance, and capital markets issuance. The daily transaction volumes on platforms like Kinexys and the successful deployment of digital bonds on Orion demonstrate that institutional appetite for programmable assets is robust and growing. However, the ultimate success of bank tokenization will not be determined by the technical capabilities of individual platforms, but by their ability to interoperate. As the industry moves toward 2030, the focus must shift from building proprietary walled gardens to establishing shared standards that allow digital assets to move seamlessly across the global banking sector. For corporate treasurers, institutional investors, and startup founders building in this space, the mandate is clear: the infrastructure for the tokenized economy is actively being laid by the world’s largest banks, and preparing for a T+0 settlement environment is no longer optional.
Frequently Asked Questions
What is JPMorgan Kinexys and how much volume does it process?
JPMorgan Kinexys, formerly known as Onyx, is the bank’s proprietary blockchain platform for institutional transactions. Its primary payment rail, Kinexys Digital Payments, processes over $1 billion per day in intrabank transfers, allowing multinational corporate clients to move programmable money instantly across global subsidiaries.
How does Citi Token Services differ from stablecoins?
Citi Token Services uses tokenized deposits rather than stablecoins to execute instant cross-border payments and trade finance. Tokenized deposits remain commercial bank liabilities, meaning they are fully regulated under existing banking laws and benefit from established deposit insurance frameworks, unlike privately issued stablecoins.
What has HSBC issued on its Orion platform?
HSBC has used its Orion platform to issue both digital debt and tokenized commodities. In November 2023, the bank issued a HKD 600 million tokenized green bond, and it subsequently launched tokenized representations of physical gold stored in its London vault for institutional clients.
Why are banks choosing permissioned blockchains over public networks?
Banks predominantly choose private, permissioned blockchains to maintain strict compliance with Know Your Customer (KYC) and Anti-Money Laundering (AML) regulations. Permissioned networks allow financial institutions to control exactly who can access the ledger and validate transactions, mitigating the regulatory risks associated with public, permissionless networks.
What is the biggest challenge facing bank tokenization adoption?
The lack of interoperability between proprietary bank platforms is the most significant structural challenge to adoption. Because systems like JPMorgan Kinexys and HSBC Orion cannot natively communicate with each other, the industry risks creating isolated liquidity pools that require complex bridging mechanisms to interact.
