Why Banks Need to Tokenize Deposits? Who Benefits?

Dr. Ravi Chamria

May 22, 2026

Banks power the digital economy, but much of the money movement behind them still runs on legacy rails. Slower payments, higher consumer costs, and trapped liquidity have created room for fintechs and stablecoin issuers to offer faster alternatives.

But banks cannot simply rip out their core systems and rebuild from zero. Tokenized deposits give them a more balanced option. They allow banks to bring commercial bank money on-chain while keeping the regulatory, compliance, and balance-sheet structure of traditional deposits.

That’s a reason they are becoming a high priority for banks. According to Cornerstone’s 2026 banking research, 9% of banks plan to invest in or implement tokenized deposits in 2026, while 57% have already discussed them at the board or executive level.

So, in this blog, we shall discuss everything that banks need to know about tokenized deposits that would change the face of finance in the next few years.

What is a Tokenized Deposit and Why Banks Need to Tokenize Deposits?

When people hear the word “tokenized,” they often assume it means cryptocurrency. Tokenized deposits are different.

A tokenized deposit is a traditional bank deposit represented on a blockchain. The holder still has a claim on the issuing bank, but the deposit can move through programmable, 24/7-on rails.

So, it is commercial bank money with a blockchain interface.

Depending on the jurisdiction and product structure, tokenized deposits may also benefit from the same deposit protection framework and yield as regular deposits. That is why they are more suitable for regulated financial institutions than most non-bank stablecoin models.

Now the question is, why do banks need to tokenize deposits?

Banks need tokenized deposits because money movement is changing. There are several reasons.

1. Credit intermediation issue.

USDT and USDC, like non-bank stablecoins, have become the default currency for the digital asset economy, with their market cap crossing $300 billion. They pull massive liquidity out of traditional commercial banks and act as a narrow bank that holds 100% of its reserves in safe government T-bills. This locks up capital instead of funding real loans. This creates a credit intermediation issue because this money can’t be used in fractional reserve banking.

Tokenized deposits allow banks to offer their own regulated, on-chain alternative. Unlike stablecoins, tokenized deposits are backed by existing banking regulations and deposit insurance like the FDIC and give institutional clients much greater peace of mind.

2. 24/7 Global Liquidity

Legacy systems like SWIFT, Fedwire, and CHIPS only operate during traditional business hours and rely on slow batch-processing. Blockchain networks operate 24/7/365.

Multinational corporate clients can manage their treasury operations, move capital across international branches, and meet margin calls instantly at 2:00 AM on a Sunday without waiting for clearing houses to open.

3. Eliminating Settlement Lag & Trapped Capital

Traditional cross-border B2B payments require banks to pre-fund Nostro/Vostro accounts in foreign jurisdictions with correspondent banking networks, which traps massive amounts of capital.

For example, it is imperative to verify the fund source getting routed when there are multiple banks involved across the value transfer chain. This process can further get complicated when different currencies are involved. Because settlements can be delayed when cashing out into low-demand currencies. Due to this, banks have to rely on correspondent banking networks.

Tokenized deposits remove the need for third-party intermediaries. It enables atomic settlement, meaning that cash and assets are exchanged simultaneously. This eliminates counterparty risk, frees up trapped liquidity, and lowers the capital costs for the bank and its corporate clients as compliance checks are embedded directly into the tokenized asset and FX conversions are routed automatically through digital liquidity pools.

4. To Introduce Programmable Money

Traditional deposits usually move only after a payment instruction. Tokenized deposits can move automatically when pre-agreed conditions are met.

The advantage of this is that banks can offer highly automated services, such as:

Automated Escrow that instantly releases funds to a supplier the exact second a shipping container is digitally scanned at a port.
Dynamic yields that automatically route corporate cash to the highest-yielding asset based on real-time market data.

5. Lower Operational Costs

The current interbank payment system is plagued by data mismatches and requires manual, expensive back-office reconciliation. Blockchain can solve it.

Because every transaction is automatically verified and recorded identically on both ends, banks can virtually eliminate payment errors, disputes, and the heavy operational expenses tied to manual compliance audits.

How Tokenized Deposits Work?

Tokenized deposits usually work in three stages as described in the HSBC example below:

Issuance: In this process, the banks use a private/ hybrid blockchain network to convert their existing deposits into tokens for use. Each token is pegged on a 1:1 ratio with the existing deposits. So, unlike stablecoins, which maintain a 1:1 ratio by keeping the backing with some external custodians, a tokenized deposit is very much verifiable and accountable and within the perimeter of the banking system, and can be used for fractional reserve banking.

Settlements: The second phase is the settlement phase, where they are transferred from one account to another for payment. And the moment the recipient receives the tokens, their wallets are updated instantly.

Redemption: The final phase is the redemption phase, where the recipient, upon receiving the token, can instantly cash out in native fiat currency on a 1:1 basis without the fear of volatility or bank runs.

Who benefits most from Deposit Tokenization?

Tokenized deposits benefit different stakeholders, but the greatest benefit will likely be for institutions. Banks, corporates, payment providers, and capital markets participants are the most immediate beneficiaries.

1. End Consumers & Retail Users

24/7 Availability: Users can transfer and access funds at any time, eliminating the wait times associated with traditional banking hours.
Enhanced Security: Tokenized deposits remain on a bank’s balance sheet and benefit from the same consumer protections (e.g., FDIC insurance in the US) as traditional deposits.
Lower Fees: Reduced intermediary and reconciliation costs for banks are passed down to consumers through cheaper transaction and remittance services.

2. Corporate Clients & Enterprises

Instant Cross-Border Settlement: International B2B payments can occur in near real-time, drastically reducing foreign exchange and settlement risks.
Programmability (Smart Contracts): Businesses can automate complex conditional transactions, such as automating supply-chain payments or executing escrow services without relying on manual legal reviews.
Better Liquidity Management: Enterprises can move funds globally and manage their treasury operations on a continuous basis.

3. Financial Institutions & Commercial Banks

Tokenization eliminates cumbersome, manual back-office reconciliation by using a private or hybrid blockchain that provides a single source of truth.

New Revenue Streams: Banks can have new revenue streams with innovative services like automated collateralization and API-driven banking that traditional technology stacks do not support.
Reduced Settlement Risk: Features like atomic settlement ensure that the transfer of assets and cash happens simultaneously, eliminating counterparty risk.

4. Regulators & Central Banks

Systemic Stability: Unlike algorithmic stablecoins, tokenized deposits are issued by regulated banks, meaning they adhere to established capital, liquidity, and AML/KYC frameworks.
Enhanced Transparency: Regulators can access transparent, real-time audit trails of fund movements, improving their ability to monitor systemic risk and compliance.

While the benefits are becoming increasingly clear, banks must also distinguish tokenized deposits from adjacent concepts like deposit tokens and stablecoins, since the regulatory treatment and interoperability models differ significantly.

Are Tokenized Deposits and Deposit Tokens the Same?

Tokenized deposit is the broader term. It means a bank deposit represented or recorded on a blockchain or distributed ledger.

Deposit token is a more specific form. It usually means a transferable token issued by a licensed bank that represents a deposit claim against that bank.

So, all deposit tokens are tokenized deposits. But not every tokenized deposit structure needs to be a deposit token.

In addition to this, there are other broad areas through which they differ, which are listed below;

Features	Tokenized Deposits	Deposit Tokens
Issuer	Licensed Bank	Licensed Bank
Underlying Asset	Bank deposit	Bank Deposit
On-chain Transferability	Limited / permissioned	Dependent on the issuers how they intend to program it. Often they are designed to become interoperable.
Deposit Insurance	Typically Yes	Entirely dependent on the issuers how they intend to use it
Regularity Clarity	Higher	In the evolving stage
Use Case	Programmable Bank Money	Transferable bank money for payments, settlement
Standardization	Non Standardized	Standardized
Operations	Walled Operation/ Within the banking consortium (Either single or group)	Highly operational across different banking networks irrespective of their affiliation with the consortium

How Tokenized Deposits Differ from Stablecoins and CBDCs?

Tokenized deposits, stablecoins, and CBDCs may all exist in the same future. They do not need to replace each other.

The real difference is the liability.

Tokenized deposits are liabilities of commercial banks. Stablecoins are liabilities of the issuer. CBDCs are liabilities of the central bank.

Features	Tokenised Deposits	Stablecoins	CBDCs
Issuer	Commercial Bank	Non-bank private entities	Central banks
Backing	Fractional reserves and bank assets	Segregated reserves (fiat currency, T-bills)	Direct sovereign backing
Regulation	Subject to traditional banking rules and deposit insurance (FDIC Guarantee)	Varies based on jurisdiction (e.g., e-money or payments rules)	Governed by central bank frameworks
Yield	Capable of accruing interest	Rarely pays interest; even if capable, it is based on jurisdiction	Does not pay interest natively
Risks	Credit risk of the issuing commercial bank	Credit/reserve risk of the non-bank issuer	Virtually zero credit risk

Tokenized Deposit Use Cases That Matter the Most

Real Time Cross Border Settlements

Cross-border payments are one of the clearest use cases. In the next 10 years, there’s going to be a massive explosion in cross-border payments. JP Morgan estimates, from 194.6T in 2024, the market will rise to 320T by 2032.

The value will nearly double, but the pace at which disruptive technologies like stablecoins are growing, banks would require additional rails to fill up the void and defend their market share. This makes room for tokenized deposits because they create the same impact of stablecoins like: (i) programmability (ii) Instant settlements ( iii) low-cost transfer (iv) 24/7 operations.

At the same time, tokenized deposits lay the foundation of real-time payments (RTP) systems because for RTP to function, three core requirements are:

Infrastructure that provides instant access to funds and a way to move money
Motivated consumers who want to change the way they transact
Buy-in from businesses that have to accept a new form of payment

Tokenized deposits are providing that platform for RTPs to be integrated for cross-border transactions by fixing its broken network, replacing intermediaries with real-time transaction bridging, reconciliation, and quicker settlements for DvP and PvP operations. It reduces the number of sequential steps in a payment.

To prove how effective tokenized deposits could be, an interview was conducted with traditional banks and infrastructure providers, as well as fintech and challenger companies across multiple jurisdictions. And this is what they said after integrating tokenized deposits in their banking operations for cross-border settlements.

So far, some of the key banking players like JP Morgan have introduced their pilots for cross-border transactions through tokenized deposits, where JP Morgan is using the JPM-Coin for settlements. The platform has processed $3T in volume with daily $7B in transaction volume. Along with JP Morgan, Citibank, DBS, Barclays, Santander, and UBS have also launched their respective pilots or live programs using tokenized deposits for cross-border transactions.

B2B payments

B2B payments remain slow and expensive in many markets.

Deloitte estimates that real time payments could replace 18.9 trillion dollars in U.S. ACH and check based B2B payments by 2028 in a conservative scenario. In an aggressive scenario, the figure could reach 37 trillion dollars.

This shows the size of the opportunity. Tokenized deposits can help banks build payment products that work faster, settle more cleanly, and reduce manual reconciliation.

Treasury and Liquidity Management

The BIS report says that institutions have roughly $27T sitting idle in their Nostro/Vostro accounts, which they are keeping ready just to meet any ad hoc requirements.

But such a huge amount can significantly improve their working capital cycle and improve business operations. Despite this fact, businesses are forced to keep this capital trapped because of regulatory and jurisdictional requirements. Stablecoins provide a smart alternative to businesses that can use this capital trapped for meeting any ad-hoc requirements, but they snatch the earning potential of those funds.

Tokenized deposits balance this since they give the same impact of stablecoins through instant settlements while letting them earn yields in the process.

With tokenized deposits, institutional clients enjoy;

Automated cash management
On-ChainFX and dynamic hedging
Liquidity optimisation
Compliance automation
Supply chain integration
Working capital optimization
Multi-party Coordination
Real-Time Risk Management

Trade Finance Digitization

Full digitization in global shipping and trade finance has historically failed due to a fundamental disconnect between digital documentation and legacy payment infrastructure.

The UK’s Electronic Trade Documents Act (ETDA) and the ongoing adoption of the UNCITRAL Model Law on Electronic Transferable Records (MLETR) are a massive global shift toward paperless trade.

So, now if the payment infrastructure can be merged with the MLETR, the digitization can be turned into a reality. That’s what tokenized deposits are providing, an on-chain operation to bring documentation and settlement on the same infrastructure to bolster trade finance digitization. Due to this, it is now even possible to attain DvP operations as well. So far, JP Morgan, DBS, HSBC, Citi, and Singapore’s Project Guardian have used tokenized deposits for digitizing trade finance.

Capital Market Tokenization

Capital markets are the building blocks of any financial system, but out of $230 T that they hold, roughly only 11% are eligible to be used as collateral. This is happening not because they lack value, but rather they are devoid of the infrastructure that can work smoothly for them. For example, in the highly volatile repo market, if the collateral systems are built on T+1 or T+2 settlement cycles, manual reconciliation, and fragmented custodial workflows, it would be hard to keep pace.

For example, as per the ISDA Report, the derivative market is paying more leverage to collateral that is of a variation margin nature. As a result, despite the $230 T, only 11% is qualifying as effective collateral for repo lending. Tokenized deposits solve this because they act as a cash leg, streamlining atomic settlements and ensuring there’s no counterparty risk involved in delivery versus payment operations.

The scale of this opportunity is huge. For example, Canton Network currently processes between $280 billion and $350 billion in average daily repo transactions. This shows that institutional hybrid chains are outcompeting legacy rails in terms of speed, privacy, and capital mobility.

Wanted to understand how Canton Like Networks operate? Or How You Could Build One? Schedule a call with Zeeve blockchain experts today.

Regulatory Readiness Across the World for Tokenized Deposits

From mid-tier banks to large financial institutions, from the likes of JP Morgan, DBS, CiTi, and others, every banking CXO would have just one thing popping in their head when they think of integrating tokenized deposits with their existing rail:

How regulatory-ready is the jurisdiction where they wish to operate?

Let’s have a quick look at regularity readiness of different regions in the world to use tokenized deposits as per the GFMA Report.

The US

The United States of America has passed the Clarity Act in both houses of the Senate to make way for digital assets to be easily integrated with the banking systems. Due to this, it is now natively possible to integrate tokenized deposits with the banking rails after FDIC has approved of the same.

Singapore

The Monetary Authority of Singapore has also green signalled the use of tokenized deposits but they will be broadly governed by the Banking Act 1970 itself. However, for quick implementation of tokenized deposits, under the MAS initiative, they have proposed the SGD Testnet to facilitate financial institutions access to common settlement assets for market testing purposes.

In the EU region, tokenized deposits will be monitored under the normal banking act since they do not want to overcomplicate the operations by creating new guidelines. For that matter, if banks are issuing tokenized deposits for operations, they will not have to follow any other guidelines rather stick to the existing ones which this report has specifically mentioned.

Hong Kong

The Hong Kong Monetary Authority has launched project Ensemble which shall work as a sandbox environment for banks to use tokenized deposits. They are using the HKD Real Time Gross Settlement (RTGS) system to help undertake settlements in tokenized Central Bank Money on a real-time 24/7 basis.

The UK

The UK is building the RLN or Regulated Liability Network that would ensure quick adoption of tokenized deposits for banking institutions. Through this, they are allowing banks and other financial institutions to use tokenized deposits. And they have taken giant strides so far through the launch of tokenised sterling deposits (GBTD) on theRLN infrastructure.

Some Common Doubts Popping In Your Head At the Moment After Reading This Far;

How do tokenized deposits fit into frameworks like the US GENIUS Act or EU rules?

→ Since the Genius Act mandates 1:1 ratio backing of stablecoins, tokenized deposits are relieved from the same since they are bank deposits just using blockchain as an underlying technology. So, they function as a traditional bank deposit only. But that doesn’t make them risk free because there are some risks that they still carry despite providing an FDIC guarantee, which banking and financial institutions must be ready for;

Selecting the Right Infrastructure for Tokenized Deposits

Corporate chains are mostly permissioned or hybrid because banks and enterprises care about privacy, compliance, governance, predictable performance, and value capture. Below is a decision table that details how tokenized deposit infrastructure should be decided.

Parameter	Private ledger	Hybrid institutional ledger	Privacy first public or proof chain	Public blockchain
Description	Closed, permissioned network run by one bank or a bank consortium	Public and private properties combined for regulated finance	Public or proof based infrastructure with privacy built into the protocol	Open, permissionless blockchain environment
Examples	Kinexys by J.P. Morgan, R3 Corda, Hyperledger Fabric	Canton Network, Rayls, Provenance, Partior	Midnight, Hyli	Ethereum, Solana, Base L2
Best fit	Internal treasury, interbank corridors, closed settlement networks	Bank led settlement, collateral, RWAs, tokenized deposits, regulated B2B payments	Privacy heavy institutional apps, compliance proofs, confidential settlement	Open liquidity, broad composability, public asset markets
Programmability	Controlled by the bank or consortium	High, with permissioning and compliance rules	High, with privacy preserving proofs or selective disclosure	Very high, with open smart contract composability
Interoperability	Low to medium	Medium to high	Medium, improving as standards mature	High across open ecosystems
Regulatory and privacy alignment	Strong privacy and strong control	Strong balance of privacy, auditability, and connectivity	Strong privacy potential, but regulatory acceptance depends on design	Difficult for regulated banks due to exposed metadata and open access
Governance	Bank or consortium controlled	Shared between institutions, operators, and network governance	Protocol governance with privacy and proof design choices	Distributed token holder or validator governance
Main limitation	Limited network effects	More complex governance and integration	Still early for bank grade production	Privacy and compliance are hard for banks

For most banks, private or hybrid infrastructure will be the practical starting point. Public-chain connectivity may come later through permissioned applications, identity layers, and controlled interoperability.

If you are still stuck, how to proceed, you can always contact a technology partner like Zeeve to help you in the most appropriate manner possible.

What Should You Do In the Next 90 Days?

Here’s how institutions should approach the next phase strategically

Days 1 to 30

Start with the use case.

The bank should identify the workflow where tokenized deposits can create measurable value.

Good starting points can be cross-border B2B payments, internal treasury transfers, interbank settlement, collateral mobility, tokenized asset settlement, and trade finance.

The key question is simple.

Which workflow suffers the most from settlement delay, manual reconciliation, trapped liquidity, or counterparty risk?

The output of this phase should be one priority use case, one business owner, one legal owner, one technology owner, and one success metric.

Days 30 to 60

Now evaluate the chain architecture and regulatory perimeter.

The bank should decide whether the pilot needs a private ledger, hybrid institutional ledger like Canton or Rayls, privacy first network like Midnight or Hyli, or public chains.

It should also define custody model, wallet permissions, KYC and AML checks, data privacy rules, and interoperability needs.

This is also the right time to involve compliance, treasury, operations, risk, and external infrastructure partners like Zeeve.

Last 30 Days

Launch a pilot.

The pilot should not try to replace core banking infrastructure. It should test one narrow workflow with approved users and clear limits.

The pilot should measure settlement time, failed transactions, manual hours saved, compliance review time, onboarding time, and operating cost reduction.

It should also test smart contract audits, monitoring, rollback, incident response, reporting, and upgrade governance.

The output of this phase should be a ready pilot use case.

Why Acting Early Matters

The institutions that begin experimenting with tokenized deposits today will be in a significantly stronger position once regulatory frameworks mature globally.

Much like real-time payments and digital banking transformed customer expectations over the last decade, tokenized deposits are expected to redefine how value moves across banking systems, capital markets, and global trade infrastructure.

The opportunity is no longer limited to innovation alone. It is rapidly becoming a competitive necessity.

Choose Zeeve for Unbiased Consultation and Compliant Infrastructure for Tokenized Deposits

Building tokenized deposit infrastructure is not merely a blockchain deployment challenge. It requires balancing compliance, privacy, interoperability, operational resilience, and scalability simultaneously. This is where Zeeve with a SOC2 and ISO-aligned operating posture, Zeeve is well positioned to help bring enterprise rigor to your blockchain infrastructure.

With expertise across public, private, hybrid, and ZK-enabled systems, we can help you build your tokenized deposit solution that can fully resolve the banking problem that you intend to solve.

Moreover, we also value regulatory pressure that banks have to face, and for that matter, we provide the Zeeve’s Privacy Layer that enables you to innovate while staying completely confidential across execution, data, and verification using zero-knowledge systems. For banks, this is a win-win situation because regulatory obstacles stifle innovation in banking.

Our advisory and engineering team supports the full journey from protocol and architecture advisory, use case and economic design, and hands-on support for privacy and compliance integration. In production, banks get always-on monitoring, incident management, upgrade orchestration, and production-grade SLAs.

Zeeve has already powered 20+ production chains processing 2B+ transactions monthly, and we have the capability to generate the same results for you, too!

Schedule a call today if you are looking for a reliable technology partner that can help you innovate while staying compliant!

FAQs:

1. What is the actual business ROI of tokenized deposits for our institution?

→ With tokenized deposits, as a banking institution, you will get the following benefits;

Lower Settlement and Operational Costs
Better Liquidity Utilization
New Institutional Revenue Opportunities
Improved Client Retention and Competitive Positioning
Reduced Settlement and Counterparty Risk

2. How mature is the regulatory environment in the jurisdictions where we operate?

If you are operating in regions like the US, EU, Singapore, Hong Kong, and the UK, you will get a better advantage due to sandboxes that are already created to help quickly deploy tokenized deposit use-cases.

3. Which use case should we prioritize first?

Cross-Border Payments and Interbank Settlements
Treasury and Liquidity Management
Trade Finance Digitization
Capital Markets and Collateral Settlement

4.What infrastructure model is safest and most scalable for us?

From a pure regulatory and operational perspective, private-permissioned (Hybrid) infrastructure is currently the safest model for most banks because it provides: