The Bank of Italy has published a study concluding that stablecoin remittances outperform the global average cost across most payment corridors examined. The finding is not surprising to anyone who has tracked on-chain payment economics, but it carries different weight when a G7 central bank produces the numbers rather than a stablecoin issuer or a crypto advocacy group. The study provides a rare instance of a major monetary authority systematically comparing stablecoin transfer costs against incumbent remittance infrastructure and finding the incumbent wanting.
What the Study Actually Measured
The Bank of Italy evaluated stablecoin transfer costs across multiple payment corridors, comparing them against the global average remittance figures compiled by the World Bank’s Remittance Prices Worldwide database. The methodology focused on the effective cost of sending value internationally using major stablecoins — predominantly USDT and USDC — on chains commonly used for remittance flows, including Tron, Ethereum, and Solana. The study found that for most corridors, stablecoin transfers came in below the global average cost, which the World Bank most recently tracked at roughly 6.2 percent for a $200 remittance. The advantage was most pronounced for lower-value transfers, where traditional remittance fees consume a disproportionate share of the principal. For larger transfers, the gap narrows because stablecoin on-chain fees become a smaller percentage of the total amount sent.
Why the Cost Advantage Exists
The structural reason stablecoins undercut traditional remittances is straightforward. A wire transfer or money operator transaction touches multiple intermediaries — originating bank, correspondent bank, receiving bank, and often a foreign exchange processor — each extracting a fee. A stablecoin transfer moves value in a single on-chain transaction that settles in seconds to minutes, with the fee determined by network congestion rather than the transfer amount. On Tron, a USDT transfer typically costs under $1 regardless of whether the sender is moving $50 or $50,000. On Solana, the cost is fractions of a cent. Traditional rails cannot match this because their cost structure is built on percentage-based fees and intermediary spreads. The stablecoin cost advantage is not a temporary arbitrage. It is a function of removing intermediary layers.
What This Means for the Remittance Industry
The remittance market processes over $600 billion annually, and the World Bank has spent two decades trying to push the average cost below three percent with limited success. Stablecoins are achieving that target today on several chains without policy intervention. The Bank of Italy study implicitly acknowledges that the cost floor of traditional remittance infrastructure may be structural rather than reducible through competition alone. For receiving markets — particularly in regions where banking penetration is low and mobile money dominance is high — stablecoins are already functioning as a parallel remittance rail. The volume flowing through informal stablecoin channels is not captured in official remittance statistics, meaning the true volume of crypto-denominated cross-border payments is likely understated.
The Regulatory Paradox
Central banks face a genuine tension here. The same stablecoin transfers that reduce remittance costs also bypass capital controls, anti-money-laundering checkpoints, and foreign exchange regulations. A central bank study validating stablecoin remittance efficiency could be read as an endorsement of the very infrastructure that complicates monetary oversight. The Bank of Italy’s framing — that stablecoins outperform on cost — is a factual claim, not a policy recommendation. But it feeds directly into ongoing EU deliberations under the Markets in Crypto-Assets regulation and the more recent discussions around MiCA’s successor framework for payment stablecoins. European policymakers must decide whether the consumer-welfare benefits of cheaper cross-border payments outweigh the regulatory costs of unlicensed dollar-denominated payment flows clearing through offshore exchanges and self-custodial wallets.