ROI of Stablecoin Payments: Cost Savings & Settlement Speed

Jane LuoOctober 1, 2026

Cross-border payments can cost more than the fee shown on a bank statement. FX spreads and intermediary charges add direct costs, while slow settlement can tie up cash or increase prefunding needs. Payment investigations, tracking, and reconciliation also consume staff time, adding operational cost to the transaction.

In its June 2025 survey, EY-Parthenon reported that 41% of the 22 corporate respondents using stablecoins had achieved cost savings of 10% or more compared with traditional payment or treasury methods. EY associated the savings primarily with cross-border payment efficiencies. These were self-reported results from a small user sample, rather than a forecast for every business or corridor.

This article explains how to evaluate the ROI of stablecoin payments by comparing direct payment savings, settlement benefits, working-capital benefits, and operational savings with the cost of setting up and running a stablecoin-enabled payment route.

Key Takeaways

Stablecoin ROI depends on the full payment route: Provider fees, intermediary charges, FX and conversion costs, on-ramp and off-ramp costs, network fees, local payouts, and internal operating costs all affect the final economics.
Faster settlement can improve working-capital efficiency: Shorter end-to-end delivery can reduce cash in transit and prefunding requirements, but a fast blockchain transaction alone does not create that benefit.
ROI should focus on benefits that can be measured: Direct payment savings, working-capital benefits, and operational savings belong in the calculation when their financial value can be supported.
Stablecoin payments don’t fit every business or corridor: Regulatory requirements, route coverage, operational complexity, and infrastructure risks can limit the commercial value of a stablecoin-enabled payment route.
VelaFi connects stablecoin settlement with the rest of the payment flow: VelaFi combines local payment access, compliance infrastructure, API connectivity, and fiat payouts across supported Latin America and Asia routes so that businesses can evaluate the complete cross-border payment route rather than the blockchain leg alone.

Where Stablecoin Payments Can Reduce Direct Costs

Stablecoin payments can lower direct costs when they replace expensive parts of an existing cross-border route. Savings depend on the complete payment path, not the blockchain fee alone.

The BIS notes that stablecoin cross-border payments can have uneven economics once fees, spreads, and on-ramp/off-ramp costs are included.

The direct cost picture becomes clearer when each stage of the route is examined separately.

Payment and Intermediary Fees

Traditional cross-border payments may pass through several financial institutions before the recipient receives the funds.

Charges can include:

Sending or provider fees
Correspondent-bank charges
Receiving-institution fees

Stablecoin settlement can bypass some correspondent-banking steps by transferring value over a blockchain between the required entry and exit points. Fewer institutions in the middle can reduce or remove some correspondent-bank and intermediary charges, although the sender may still pay a provider fee.

Service providers may still be needed to convert fiat into stablecoins, perform compliance checks, convert the stablecoins back into fiat, and deliver the funds through the recipient’s local payment rail.

FX and Currency Conversion Costs

Using a US dollar-linked stablecoin can introduce an additional USD conversion into a payment between two non-USD currencies.

For example, a payment may move from the sender's local currency into a USD-linked stablecoin, then from that stablecoin into the recipient's local currency.

Each conversion can carry its own exchange-rate spread and liquidity cost, so the total FX cost depends on the currency pair, transaction size, market liquidity, and number of conversions required. A stablecoin route can therefore have different economics depending on how efficiently the entry and exit currencies can be converted.

On-Ramp and Off-Ramp Costs

A stablecoin-enabled payment often needs to move between fiat and stablecoins at the beginning and end of the route. An on-ramp converts the sender's fiat into a stablecoin, while an off-ramp converts the stablecoin into the currency needed at the destination.

Providers may charge separately for these conversions or include the cost within their quoted rate. Both costs need to be included when comparing a stablecoin-enabled route with an existing payment method.

Other Route-Specific Costs

A stablecoin route can also include costs outside the currency conversions themselves, such as:

Network fees: A blockchain fee may apply when the stablecoin is transferred on-chain.
Local payout fees: A charge may apply when funds are delivered to the recipient through a local bank or payment rail.

Some providers bundle these charges into their pricing, while others show them separately.

How Settlement Speed Changes Payment Economics

Settlement speed is one of the main potential advantages of stablecoin payments, but the result depends on which stage of the payment you measure.

According to the Financial Stability Board, none of the sampled B2B payment services in Latin America and the Caribbean advertised delivery within one hour, while 44.5% advertised delivery within one business day in 2024. These figures reflect stated service estimates rather than observed transaction-level delivery times.

The speed advantage becomes clearer when different parts of the payment process and the infrastructure around them are considered separately.

On-Chain Settlement Covers Only Part of the Payment

A stablecoin can settle on a blockchain before the wider payment is complete. In a fiat-to-fiat route, value may still need to move through several stages:

Funding: The sender provides the original fiat currency.
Conversion: Fiat is converted into a stablecoin for settlement.
On-chain settlement: The stablecoin moves across the blockchain.
Local delivery: Value is converted into the destination currency and paid to the recipient.

End-to-End Delivery is the More Useful Measure

Settlement speed matters when it reduces the time between payment initiation and the recipient having usable funds. Faster end-to-end delivery can reduce cash tied up in transit and lower prefunding requirements, improving working-capital efficiency.

The FSB therefore measures cross-border payment speed by when funds become available to the recipient. A fast blockchain transaction only creates these economic benefits if the complete payment route also delivers funds sooner.

24/7 Availability Can Reduce Timing Gaps

Unlike payment systems limited by banking hours, stablecoin networks can continue settling at night, on weekends, and during holidays. That can help businesses moving funds between countries with significantly different time zones.

The rest of the payment route may not operate continuously, however. Local banks, conversion providers, or payout rails can still introduce processing windows, which can extend cash-in-transit time and reduce the working-capital benefit of 24/7 settlement.

Meaningful speed improvements come from shortening the full payment cycle. A fast blockchain transaction helps, but only if the surrounding payment infrastructure can move at a similar pace.

How to Calculate the ROI of Stablecoin Payments

The ROI of a stablecoin payment route compares the measurable value it creates with the additional cost of adopting and operating it, relative to the business’s existing cross-border payment route. Both routes should be measured over the same period and payment volume.

A useful ROI analysis has four core parts:

1. Establish the Current Payment Baseline

Start with the existing payment route, including all costs from payment initiation through final delivery, as well as any liquidity and internal operational costs associated with the process.

The baseline should reflect what the business currently spends before introducing any new infrastructure. Company-specific data is more useful than industry averages because payment economics vary by corridor, currency, volume, and provider.

2. Measure the Stablecoin-Enabled Route on the Same Basis

Keep two cost categories separate when evaluating the alternative route:

All-in transaction costs: Include the fees and spreads associated with each payment, conversion, and payout. Compare these directly with the all-in transaction costs of the existing route.
Implementation and incremental operating costs: Include one-time integration, setup, and training costs, plus additional recurring expenses such as software, custody, or control processes that are not already included in transaction pricing.

3. Focus on Measurable Benefits

Include only benefits that can be supported with a clear financial value rather than assumed from a general improvement in speed or efficiency. For example:

Direct payment savings: The difference between the all-in cost of the existing route and the stablecoin-enabled route
Working-capital benefits: Value created when faster settlement actually reduces cash in transit or prefunded balances
Operational savings: Lower costs from measurable reductions in payment investigations, reconciliation work, manual processing, or provider management

Other benefits, such as faster supplier payments or access to additional corridors, can strengthen the case for the stablecoin route. Still, if a benefit’s financial impact can’t be reliably evaluated, it should remain outside the numerical ROI calculation.

4. Calculate Net Benefit and ROI

A simple framework is:

Net benefit: Direct payment savings + working-capital benefits + operational savings − implementation and incremental operating costs
ROI: Net benefit ÷ total implementation and incremental operating costs × 100

Deduct only incremental operating costs here. Don’t count costs already included in the stablecoin route's all-in transaction cost again.

Example:

Consider a Mexican importer paying Asian suppliers. The figures below are illustrative assumptions only and do not reflect VelaFi pricing.

The business sends $12 million annually and currently pays an all-in payment cost of 1.1%, or $132,000. If a stablecoin-enabled route lowers that cost to 0.75%, annual direct payment savings would be $42,000.

Assume faster settlement reduces required prefunding by $150,000. Using an illustrative 8% annual cost of capital, that represents $12,000 in annual working-capital value. If fewer payment investigations and reconciliation tasks save another $6,000, total measurable benefits would reach $60,000.

If implementation costs $25,000 and additional annual operating costs are $10,000:

First-year Net benefit: $60,000 − $35,000 = $25,000

First-year ROI: $25,000 ÷ $35,000 × 100 = 71.4%

Because implementation is a one-time cost, the return improves in later years, when only the $10,000 in annual operating costs applies.

Payback period provides another useful measure, because an ROI percentage doesn't show how quickly the initial investment is recovered. It measures the time required for accumulated net benefits to cover the upfront cost. In this example, annual net benefits after operating costs are 50,000 (60,000–$10,000), so the $25,000 implementation cost would be recovered in about six months.

What Can Weaken the Business Case for Stablecoin Payments?

A stablecoin payment route doesn’t fit every business or corridor.

The main constraints include:

Regulatory fit: Stablecoin rules still differ across jurisdictions. The FSB found significant gaps and inconsistencies in global implementation, so requirements can vary across payment, conversion, and custody activities.
Route availability and reliability: A route may be unsuitable if it can’t consistently support the required currency, transaction size, destination market, or payout method. Fast settlement doesn’t solve gaps in funding or payout coverage.
Operational fit: Stablecoin payments still need to work with treasury, accounting, approvals, and reconciliation. Additional custody, authorization, fraud, or error-handling controls can add complexity.
Stablecoin and infrastructure risks: Businesses can face issuer, reserve, custody, counterparty, and blockchain risks. The IMF notes that stablecoin values can come under pressure when confidence or redemption capacity weakens.

Commercial viability depends on more than ROI. A lower-cost or faster settlement method offers limited value if the complete route can’t meet the business's regulatory, operational, and risk requirements.

How VelaFi Supports More Efficient Cross-Border Payment Routes

VelaFi brings several parts of a B2B cross-border payment route into one infrastructure layer, including local payment access, settlement, compliance, and API connectivity.

Its focus on LATAM and Asia is relevant where businesses need to connect different currencies, banking systems, and local payment methods.

Stablecoins can operate in the settlement layer while businesses continue funding payments and recipients receive local fiat. Recipients don’t need to hold stablecoins or use a digital-asset wallet on supported routes.

Through a unified API and management dashboard, VelaFi combines:

Regulatory infrastructure: VelaFi operates through a combination of directly held regulatory authorizations and registrations and partnerships with locally licensed and regulated entities across its supported markets.
Local payment rails: Its infrastructure connects with SPEI, Pix, PSE, Bre-B, ACH, COELSA, and other local payment methods, subject to corridor availability.
Local market connectivity: Cross-border settlement connects with the funding and payout infrastructure available in supported markets, allowing businesses to use local payment methods on either side of the transaction where available.
Developer-ready infrastructure: VelaFi provides multi-currency and treasury capabilities alongside compliance and reconciliation workflows, with API documentation for integrating payment functions into existing finance systems.
Enterprise security controls: VelaFi is SOC 2 Type II compliant and ISO 27001 certified, adding formal security controls to the infrastructure used for institutional payment operations.

For ROI analysis, VelaFi should be compared with the business's existing end-to-end payment route, rather than with the cost or speed of a blockchain transfer alone.

Talk to the VelaFi team to discuss your target markets, currencies, transaction volumes, and payment requirements.

Contact VelaFi

FAQ

1. Do businesses need to hold stablecoins to make B2B payments?

No. A payment provider can manage the stablecoin conversion and settlement layer while the business funds the payment in fiat and the recipient receives local fiat.

2. How do you reconcile stablecoin payments in an accounting system?

Match each payment to its invoice, transaction ID or hash, exchange rate, fees, and final fiat settlement record. Provider reports or API data can connect the blockchain transaction with the corresponding entry in the ERP or accounting system.

3. How should businesses hold stablecoins for payments?

Businesses that hold stablecoins should use institutional custody or controlled corporate wallets rather than employee or personal wallets. Typical controls include transaction limits, approved wallet lists, access logs, and separate initiation and approval permissions.

4. What AML checks apply to stablecoin business payments?

Stablecoin business payments may involve KYB/KYC, sanctions screening, counterparty checks, and blockchain-address screening. The exact controls depend on the jurisdictions, transaction structure, counterparties, and regulated providers involved.

5. What approval controls should businesses use for stablecoin payments?

Payment controls should include role-based permissions, dual approval, transaction limits, and approved beneficiary or wallet lists. Changes to payout details or wallet addresses should require separate verification and an audit trail showing who requested, approved, and executed the change.

Editorial disclosure: This guide is published by VelaFi. The educational sections describe common industry models, while VelaFi-specific capabilities are based on the company’s current product and regulatory information. Availability, regulated entities, payment rails, pricing, and processing times vary by product and corridor.

Sources: