Tokenized deposits and stablecoins for corporate treasury

Global treasury teams lose working capital to settlement delays, trapped liquidity, and fragmented visibility across banks and time zones. Tokenized deposits and stablecoins solve this with 24/7 instant liquidity movement, simplified reconciliation, and real-time cash positioning. Contact us to discuss how these tools fit your treasury operations.

The challenge with traditional treasury

Corporate treasury operations at multinational companies share a common set of constraints. Cash moves slowly across borders. A payment to a subsidiary might take days to clear. Cash collected in one region sits idle over the weekend while banks are closed. Exchange rates shift, fees accumulate, and finance teams operate on stale data.

These constraints create three material problems:

• Higher borrowing costs from trapped cash that cannot be deployed efficiently. McKinsey estimates trapped capital in pre-funded nostro accounts represents 34% of international payment costs.
• Suboptimal hedging based on incomplete or delayed data. End-of-day reports from disconnected systems replace the real-time visibility treasury teams need.
• Excess bank fees for maintaining accounts holding idle liquidity across dozens of banking relationships, currencies, and time zones.

Despite access to real-time data elsewhere in the organization, treasury teams often rely on end-of-day reports from disconnected systems.

How tokenized deposits and stablecoins solve this

Both tokenized deposits and stablecoins bring treasury assets onto blockchain rails, enabling capabilities that traditional banking infrastructure cannot deliver.

24/7 liquidity movement

Blockchain networks never close. Treasury teams can move liquidity between subsidiaries on weekends, holidays, and outside banking hours. A Friday evening transfer from New York to a subsidiary in Singapore arrives in seconds, not the following Monday or Tuesday.

Simplified reconciliation

Onchain transactions combine payment and settlement into a single event. This creates a transparent audit trail and enables automated reconciliation, replacing the manual processes required to match payments across correspondent banking chains.

Efficient idle balance deployment

Real-time visibility into global cash positions means treasury teams can deploy idle balances immediately rather than waiting for end-of-day reports. Working capital that was trapped in transit or pre-funded accounts can be redeployed productively.

Automated treasury workflows

Smart contracts enable treasury logic that runs automatically: threshold-based sweeps between accounts, scheduled intercompany settlements, and rules-based liquidity rebalancing. This replaces manual processes and custom integrations with multiple banking partners.

Tokenized deposits vs stablecoins

These two instruments serve complementary roles in enterprise treasury. Understanding the distinction matters for choosing the right approach.

Tokenized deposits are traditional bank deposits represented as tokens on a blockchain. They remain a bank liability: the depositor has a claim on the bank, and the deposit is protected by the same regulatory framework as any other bank deposit. JPMorgan’s JPM Coin and similar initiatives are examples. Tokenized deposits work best for intrabank or consortium settlement where both parties bank with the same institution.

Stablecoins are issued by non-bank entities (Circle, Tether, Paxos) and backed by reserves, typically US Treasuries and cash equivalents. They are not bank liabilities. Stablecoins work across banks and function more like digital cash, making them suited for cross-bank, cross-border settlement.

Both instruments coexist in enterprise treasury:

For treasury teams, the practical takeaway: stablecoins are available today with broad interoperability, while tokenized deposits are emerging within specific banking networks. Many enterprises will use both.

Key treasury use cases

Intercompany settlements

Stablecoins enable real-time settlement between parent companies and subsidiaries, or between subsidiaries. Instead of initiating SWIFT transfers and waiting days for clearance, treasury teams move stablecoins between entities and settle against bank accounts on their own schedule.

A multinational with subsidiaries in 15 countries can consolidate and redistribute cash globally in minutes rather than days. The working capital freed by eliminating multi-day settlement delays drops directly to the bottom line.

Cash positioning and forecasting

Stablecoins provide real-time visibility into global cash positions. Treasury teams can see liquidity across all entities regardless of time zone or banking hours, replacing end-of-day reports with current data for forecasting and liquidity management.

For a company with $500M in global cash balances, even a one-day improvement in cash positioning accuracy can translate to meaningful interest income or reduced borrowing costs.

International payouts

Stablecoins reduce the complexity of international payouts by bypassing correspondent banks and FX conversions. This is particularly valuable for high-volume, low-value payments or payouts to regions with limited banking infrastructure. Recipients can receive stablecoins directly, or providers can convert to local currency so the stablecoin leg is invisible to the recipient. See our global payouts guide for details.

The opportunity for financial institutions

Banks that issue tokenized deposits on public blockchain networks gain an interoperability advantage. Instead of being limited to proprietary settlement networks, tokenized deposits on public chains can interact with stablecoins, DeFi protocols, and other onchain assets.

This matters for two reasons. First, corporate clients increasingly expect 24/7 settlement capability. Banks that offer it retain treasury relationships; those that do not risk disintermediation by stablecoin infrastructure providers. Second, tokenized deposits on public chains create new product opportunities: programmable escrow, automated sweep accounts, and real-time collateral management.

Large banks (JPMorgan, Standard Chartered, Societe Generale) are already exploring this direction. Smaller banks can participate through partnerships with infrastructure providers rather than building from scratch. Coastal Bank is one example of this partnership model.

Current limitations

Tokenized deposits and stablecoins complement bank accounts rather than replace them. Several limitations are worth acknowledging:

• Limited non-USD liquidity. Stablecoins are predominantly dollar-denominated. EUR, GBP, and other major currency liquidity remains limited, though euro-denominated stablecoins are emerging.
• Off-ramping constraints. Converting stablecoins to local currency via bank accounts is not available in all markets. Coverage is expanding but not yet universal.
• Custody complexity. Treasury teams must choose between self-custody and institutional custody, with implications for multi-signature controls, insurance, and internal governance.
• Systems integration. Some blockchains require custom integration with treasury management systems. Provider and network selection can simplify this significantly.
• Operational risk varies. Risk profiles differ by asset and network. Stablecoins backed 1:1 by US Treasuries and repo have lower risk profiles than algorithmic alternatives.

Getting started

The most successful treasury implementations follow a methodical approach:

1. Assess pain points. Identify where cash is trapped, which corridors have the highest fees, and where settlement delays create the most friction. Start with a single high-value use case.
2. Build the business case. Map current costs (wire fees, FX spreads, intermediary charges, trapped working capital) against projected savings using your actual transaction data.
3. Choose buy vs build. In a buy model, a provider manages licensing, custody, wallets, and blockchain connectivity. In a build model, you integrate directly with custodians, wallet providers, and blockchain networks. Most enterprises start with buy and bring specific corridors in-house as they scale.
4. Pilot a contained flow. Start with a contained use case that delivers clear value, such as moving working capital between two subsidiaries or settling intercompany invoices. Measure results, then expand.

Why Tempo for treasury

Tempo is designed for payment and settlement use cases that matter most in corporate treasury:

• Sub-second finality. Transactions settle in under one second with deterministic confirmation. No batch windows, no confirmation delays.
• Stablecoin fees. Pay network fees in stablecoins. No volatile gas tokens on your balance sheet. Learn more.
• TIP-20 for reconciliation. Attach invoice numbers, GL codes, and reconciliation data directly to transactions via the TIP-20 standard. Funds settle and reconcile in the ERP automatically, eliminating unallocated cash.
• ISO 20022 compatibility. Tempo supports ISO 20022-compatible messaging, simplifying integration for treasury teams already working with SWIFT MT messages.
• Compliance controls. Built-in freeze, seize, and allowlist operations for regulated entities.

For treasury teams, this means a single network that handles global settlement, compliance, and reconciliation without correspondent banks, volatile tokens, or multi-day delays.

Next steps:

• Read the full corporate treasury guide
• Explore cross-border payments with stablecoins
• Learn about stablecoin payments end-to-end
• Review stablecoins for business for the enterprise evaluation framework
• Contact our team to discuss a treasury pilot

Frequently asked questions