In 2026, digital money has gone beyond experimentation and become a live financial infrastructure. Banks are issuing tokenized versions of deposits, while stable coins continue to operate via public blockchain networks. What emerges is not one dominant model, but two parallel systems with different strengths.
This article explains how tokenized deposits work, why banks are widely adopting them, and how they compare to stablecoins like USDC and Tether. It also examines recent global developments and the key issue before us: whether these systems will be connected or remain separate.
The shift: from pilots to production
The defining change in 2026 is that tokenized money is now used for real financial activities.
Institutions such as JPMorgan Chase and BNY Mellon are operating systems that support continuous payments, liquidity movements and settlements. According to bank statements and public statements, these platforms already process billions in daily transaction volumes.
At the policy level, Asia has taken a leading role. The People’s Bank of China has the e-CNY in a structure that increasingly runs through commercial banks. Officials have described this as a shift to “digital deposit money,” which would retain the existing two-tiered banking system while incorporating programmable features.
At the same time, the Hong Kong Monetary Authority pushed Project Ensemble to test live with fair value transactions. HKMA has described this transition as a step from sandbox experiments to market use.
Across all regions, progress is steady, but still concentrated in specific use cases such as treasury, collateral and interbank settlement.
What are tokenized deposits?
A tokenized deposit is a digital representation of the money held at a bank.
Unlike stablecoins, which are issued by non-bank entities and backed by reserves, tokenized deposits remain on a bank’s balance sheet and retain their legal status as deposits. They move across digital networks, but from an accounting and regulatory perspective they function like traditional bank money.
Most deployments today run on permissioned infrastructure, where access is limited to approved participants. This allows banks to coordinate settlement with mechanisms such as delivery versus payment, reducing counterparty and settlement risk.
In practice, this ensures that funds can continue to move whilst remaining within existing regulatory frameworks.
Why tokenized deposits are gaining ground
Banks have structural advantages in regulated environments, while stablecoins retain advantages in open networks.
Safety
Deposits are regulated by regulated institutions and benefit from supervisory frameworks and, in many jurisdictions, deposit protection schemes. They are also directly linked to the central banks’ liquidity facilities.
Seamlessness
For business users, tokenized deposits can be integrated with existing treasury systems. In practice, treasury teams tend to prioritize whether funds can be moved immediately without disrupting internal controls, reporting or risk management processes.
Control
Tokenized deposits remain on bank balance sheets. Stablecoins, on the other hand, move money to external reserve structures, reducing the deposits available for lending.
As noted in JPMorgan Chase’s research, regulatory alignment and access to central bank liquidity are key to why banks are advancing this model.
Real systems, real activity
Several developments in 2026 illustrate how this is progressing:
Kinexys (JP Morgan)
JPMorgan’s platform has processed trillions in cumulative value and now handles billions in daily volumes, supporting payments, liquidity flows and foreign exchange.
BNY Mellon digital cash
BNY has introduced tokenized representations of customer balances that can be transferred continuously for settlement and collateral purposes, while funds remain in regulated accounts.
Project Ensemble (Hong Kong)
Banks, including HSBC and Standard Chartered, carry lfive transactions involving tokenized deposits and tokenized funds, which provide early examples of inter-institutional settlement.
Additional initiatives are emerging in all regions:
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US banking consortia explore shared tokenized deposit networks
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UK pilots with major banks testing tokenized sterling deposits
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Ongoing work from global institutions such as Citi and Goldman Sachs
These deployments are expanding from pilot environments to targeted production use, although the scope is still limited.
The interoperability issue
Early tokenized deposit systems were largely limited to individual banks. That is starting to change.
Projects such as Project ensemble testing how deposits can move between institutions. Other industry efforts include exploring shared infrastructure and common standards.
There is also increasing interest in linking bank-issued tokens to broader digital networks. Some platforms are experimenting with hybrid approaches that combine permissioned systems with shared settlement layers.
Each cross-network model will also need to reconcile AML and KYC requirements across jurisdictions, which remains a significant limitation.
The direction is clear, but the outcome remains uncertain. Without interoperability, liquidity could fragment across multiple systems.
Where tokenized deposits face restrictions
Despite recent progress, tokenized deposits still face several limitations.
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Limited accessibility
Access is typically limited to institutional clients, unlike stablecoins which are available globally with fewer barriers. -
Fragmentation risk
Many systems remain bank-specific or consortium-based, which can limit liquidity between networks. -
Regulatory complexity
Cross-border use poses challenges in terms of jurisdiction, compliance standards and supervision. -
Slower innovation cycles
Compared to crypto markets, bank-led systems tend to develop more gradually due to governance and risk management.
In practice, most implementations today remain focused on treasury, collateral and interbank settlement rather than broad retail use.
Why stablecoins still matter
Despite the momentum behind bank-issued tokens, stablecoins remain central to digital markets.
Assets like USDC and Tether continue to offer:
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Open access without dependence on banks
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Integration with trading, lending and other on-chain applications
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Interoperability between multiple blockchain networks
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Global usability in all jurisdictions
The stablecoin market has grown to hundreds of billions in circulation, with significant daily transaction volumes. In areas such as decentralized finance and cross-border payments outside traditional banking channels, stablecoins often serve as the standard settlement vehicle.
Each model also carries its own risks. Stablecoins depend on the quality of reserves and transparency of the issuer, while tokenized deposits remain exposed to the underlying banking system, including credit risk and potential contagion during periods of stress.
A structural change, not a replacement
The broader shift is not about replacing one system with another, but about how each system evolves.
Tokenization allows banks to maintain existing structures – deposits, regulations and balance sheets – while improving the way money moves. Settlements become faster, liquidity becomes more flexible and systems operate continuously instead of in fixed windows.
Stablecoins continue to expand in open networks where accessibility and interoperability are prioritized over regulatory alignment.
In practice, the choice between these models depends on context: institutions tend to prioritize regulatory certainty, while crypto-native users prioritize flexibility and access.
Conclusion
Digital money in 2026 will be defined by two parallel systems.
Tokenized deposits are gaining popularity within the banking sector, offering speed and programmability within regulated frameworks. Stablecoins continue to dominate open networks crypto-native applications.
The next phase will depend on whether these systems will connect or continue to develop separately.
What is clear is that the money itself is not replaced.
It is being rebuilt to move more efficiently within – and alongside – the existing financial system.