Five major payment and digital asset regulatory regimes are shifting at the same time. Canada introduced a second layer of federal oversight for all payment service providers. Hong Kong is expanding its virtual asset licensing from trading platforms to four additional categories covering dealing, custody, advisory, and management. The United States passed its first federal stablecoin law and is working through a comprehensive digital asset market structure bill. The EU's MiCA transitional periods are ending, forcing every crypto-asset service provider to obtain authorization or stop operating. And Singapore tightened its rules for offshore digital token service providers while preparing draft stablecoin legislation.
For payment companies operating across multiple jurisdictions, these are not isolated changes. They are happening in parallel, with overlapping deadlines, and they collectively reshape what it takes to move money, hold value, and settle payments across borders.
This guide maps each regime: what changed, what the deadlines are, and what payment companies need to do about each one.
For years, Canada's regulatory framework for payment companies was straightforward. If you moved money, you registered with FINTRAC as a Money Services Business (MSB). One federal registration covered all ten provinces and three territories. No bank charter needed. Entry costs were a fraction of a US multi-state money transmitter license rollout.
That changed with the Retail Payment Activities Act (RPAA).
The RPAA created a second layer of federal oversight. Payment service providers (PSPs) performing retail payment activities in Canada must now register with the Bank of Canada, in addition to maintaining their FINTRAC MSB registration [1].
The division of responsibilities is specific. FINTRAC handles AML/CTF: who is moving money, whether they are screened against sanctions lists, and whether suspicious transactions are reported. The Bank of Canada handles operational risk: how the PSP manages end-user funds, how it handles cybersecurity incidents, and whether it has adequate business continuity and risk management frameworks [2].
The Bank of Canada opened a 15-day registration window from November 1 to November 15, 2024. PSPs that submitted applications during that window were allowed to continue operating during a 10-month transition period while the Bank reviewed their applications. On September 8, 2025, the Bank published its PSP registry and began active supervision [3].
PSPs that missed the window or plan to start operating after September 8, 2025 must apply at least 60 days before commencing retail payment activities. Operating without registration is a violation that can result in administrative monetary penalties [4].
The practical impact is that Canada now requires dual registration for most payment fintechs. The FINTRAC MSB registration handles your AML/CTF obligations. The Bank of Canada RPAA registration handles your operational risk obligations, including a written risk management framework, incident reporting procedures, and end-user fund safeguarding plans.
For stablecoin or virtual asset businesses, the requirements layer further. You need FINTRAC MSB registration with the virtual currency permission, plus RPAA registration if you perform retail payment activities involving electronic funds transfers [5]. The dual-registered MSB+RPAA entity is now the standard for fintechs operating in Canadian payments.
The first PSP annual report under the RPAA was due March 31, 2026 [6].
Hong Kong introduced its Virtual Asset Trading Platform (VATP) licensing regime in June 2023, administered by the Securities and Futures Commission (SFC). As of early 2025, nine VATPs had been licensed [7].
That was the first phase. The regime is now expanding to cover four additional categories of virtual asset services, and the speed of expansion has caught many market participants off guard.
In June 2025, the Financial Services and the Treasury Bureau (FSTB) and the SFC jointly published consultation papers proposing licensing regimes for two new categories: VA dealing (which goes beyond trading platforms to cover OTC spot trading, brokerage, and block trading) and VA custodian services (covering any entity that safeguards private keys or has the ability to transfer client VAs) [8].
Following a consultation period that closed in August 2025 and conclusions published in December 2025, the regulators moved quickly. In the same month, they published a further consultation proposing two additional categories: VA advisory services and VA management (portfolio managers investing in virtual assets) [9].
All four new regimes are being legislated under the Anti-Money Laundering and Counter-Terrorist Financing Ordinance (AMLO). The FSTB has indicated that draft legislation will be introduced to Hong Kong's Legislative Council in 2026 [10].
Separately from the SFC's VA regime, the Hong Kong Monetary Authority (HKMA) introduced a licensing framework for stablecoin issuers, effective from August 2025. This covers entities issuing fiat-referenced stablecoins in Hong Kong. The HKMA sets requirements for reserve backing, redemption rights, and governance. Licensed VATPs can now also distribute stablecoins issued by HKMA-licensed entities [11].
Unlike MiCA in the EU, Hong Kong's new regimes will have a hard commencement date with no grandfathering or deeming arrangements for existing operators. Providers of in-scope services are being asked to contact the SFC proactively to begin the pre-application process. An expedited approval process will be available for entities already licensed under the existing VATP regime or regulated as intermediaries under the Securities and Futures Ordinance [12].
If your business touches virtual assets in Hong Kong in any capacity, including stablecoin payouts, on-ramp and off-ramp services, or custody of client virtual assets, you need to assess which of the five licensing categories (VATP, dealing, custody, advisory, management) applies to your activities.
Penalties for operating without the appropriate license are severe: up to seven years imprisonment and a HK$5 million fine [9]. The regime applies extraterritorially to overseas entities that actively solicit Hong Kong clients [8].
The United States is moving on two parallel tracks: a stablecoin-specific law that is already enacted, and a broader digital asset market structure bill that is working through the Senate.
The Guiding and Establishing National Innovation for U.S. Stablecoins Act is the first federal legislation specifically governing stablecoins. It passed the Senate on June 17, 2025 (68-30) and the House on July 17, 2025 (308-122) [13].
The GENIUS Act establishes a regulatory framework for "payment stablecoins" with several core requirements. Issuers must maintain 1:1 reserve backing with high-quality liquid assets. Issuers are subject to BSA/AML compliance, federal oversight, and regular audits. Stablecoin issuers are prohibited from paying interest or yield to holders simply for holding stablecoin balances. Non-bank issuers must register with the OCC or operate under state-level supervision that meets federal standards [14].
The Treasury Department issued proposed rulemaking in September 2025 to implement several provisions, including rules on reserve requirements, state-level oversight equivalency, and BSA obligations for issuers [13].
For payment companies, the GENIUS Act's primary implication is that any stablecoin used in settlement or payment flows must be issued by a GENIUS-compliant entity. Circle's USDC is compliant. Tether's USDT compliance status under the GENIUS Act remains under review.
The Digital Asset Market Clarity Act of 2025 (H.R. 3633) is broader. It establishes a comprehensive regulatory framework for all digital assets, not just stablecoins [15].
The bill passed the House of Representatives in July 2025 by a vote of 294 to 134 [16]. It addresses several foundational questions that the industry has been operating without answers to: which digital assets are securities (SEC jurisdiction) and which are commodities (CFTC jurisdiction); registration requirements for digital commodity exchanges, brokers, and dealers under the CFTC; self-custody protections written into federal law for the first time; DeFi exemptions that shield decentralized finance from traditional financial regulations; and the treatment of payment stablecoins, which are defined in alignment with the GENIUS Act [15].
The CLARITY Act has been in the Senate since July 2025. A Senate Banking Committee markup was repeatedly delayed due to disagreement over one provision: whether digital asset firms can offer yield or rewards on stablecoin holdings [17].
On May 1, 2026, Senators Thom Tillis and Angela Alsobrooks released a compromise text. The agreement prohibits stablecoin issuers from paying interest or yield solely for holding stablecoins, but allows incentive programs tied to actual transactions and usage, similar to credit card reward structures [18].
The Senate Banking Committee markup is expected in May 2026, with a presidential signature targeted for summer 2026 [16]. Galaxy Research estimates the probability of the CLARITY Act becoming law in 2026 at roughly 50%, with prediction markets pricing passage odds at around 44-60% as of late April [17].
The banking lobby remains opposed to the stablecoin rewards provision, with the American Bankers Association, the Bank Policy Institute, and other trade groups arguing that the compromise text still contains loopholes that could undermine traditional deposit products [19].
The GENIUS Act is already law. Payment companies using stablecoins must ensure they work with compliant issuers. If the CLARITY Act passes, it would provide the first clear jurisdictional framework for digital asset markets, ending the "regulation by enforcement" era and giving payment companies a defined path for registering digital commodity-related activities.
The Markets in Crypto-Assets Regulation (MiCA) is the world's first comprehensive, unified regulatory framework for digital assets, and it is now fully operational.
MiCA entered into force on June 29, 2023 and rolled out in phases. Stablecoin rules covering Asset-Referenced Tokens (ARTs) and E-Money Tokens (EMTs) became applicable on June 30, 2024. The full CASP (Crypto-Asset Service Provider) authorization requirement took effect on December 30, 2024, meaning that any new entrant to the EU market must hold MiCA authorization before offering services [20].
As of September 2025, more than 40 CASPs had been authorized across the EU. Over 35 non-compliant providers had been flagged by national regulators [21].
MiCA includes transitional (grandfathering) provisions that allowed existing VASPs operating under national regimes to continue operating for a limited period while they applied for MiCA authorization. But these periods vary dramatically by member state.
The Netherlands and Poland set short windows ending in mid-2025. Germany, Austria, and Ireland used 12-month periods ending by late 2025. France, Malta, Luxembourg, and Estonia extended to the maximum allowed: July 1, 2026 [22].
This means that the final EU-wide MiCA transitional deadline is July 1, 2026. After that date, any entity providing crypto-asset services in the EU without MiCA authorization is operating illegally.
A significant compliance issue emerged in early 2026. From March 2026, custody and transfer services involving E-Money Tokens may require both MiCA authorization and a separate payment services license under PSD2, because EMTs are functionally electronic money [23].
This dual licensing requirement could increase compliance costs substantially for providers handling euro-denominated stablecoins. The overlap has drawn criticism from industry participants who argue it undermines Euro stablecoin competitiveness and drives issuance to non-EU jurisdictions.
Tether's USDT does not meet MiCA's EMT requirements because Tether is not authorized as an EMT issuer in the EU. This has led to USDT being delisted from major EU exchanges including Binance, Coinbase, and Crypto.com by early 2025 [23]. For payment companies processing stablecoin settlements in the EU, this means USDC (issued by MiCA-compliant Circle) is the primary option, while USDT-based flows are effectively blocked within the EU.
If you process stablecoin payments involving EU counterparties, you need to verify that your stablecoin issuer holds EMT authorization under MiCA, and that any intermediary handling the settlement is authorized as a CASP. The July 1, 2026 deadline is real: after that, all transitional provisions expire. The reward for compliance is passporting: one MiCA CASP license covers all 27 EU member states [20].
Singapore regulates digital asset activities on an activity basis under the Payment Services Act (PSA). Any business providing Digital Payment Token (DPT) services to customers in Singapore needs a license from MAS, either as a Standard Payment Institution or a Major Payment Institution [24].
The most significant change came via the Financial Services and Markets Act (FSMA) Part 9, which introduced the Digital Token Service Provider (DTSP) regime, effective June 30, 2025 [25].
The DTSP regime closes a gap that had existed for years: Singapore-incorporated entities providing digital token services solely to customers outside Singapore were previously not regulated. From June 30, 2025, these offshore-only providers must be licensed, and MAS has indicated it will generally not issue licenses for such models because it cannot effectively supervise entities whose substantive activity is outside Singapore [25].
Existing DTSPs serving only overseas customers were required to wind down this activity by the commencement date. MAS reached out directly to affected providers to discuss orderly wind-down plans [25].
MAS finalized its standalone stablecoin regulatory framework in August 2023, covering Single-Currency Stablecoins (SCS) pegged to the Singapore Dollar or G10 currencies (USD, EUR, JPY, GBP, etc.) issued in Singapore [26].
Key requirements: reserve assets must equal 100% of outstanding stablecoins at all times, with monthly independent verification and annual audits. Redemption must be available within five business days at par value. Issuers need a Major Payment Institution license if the total value of stablecoins in circulation exceeds SGD 5 million. Only issuers meeting all framework requirements can use the "MAS-regulated stablecoin" label [26].
Stablecoins that do not meet these criteria (including those pegged to non-G10 currencies or those issued outside Singapore) continue to be treated as DPTs under the PSA's general rules.
MAS confirmed at the Singapore FinTech Festival in November 2025 that draft stablecoin legislation formalizing these requirements will be published in 2026 [24].
Singapore's approach is conservative and activity-based. If you provide any DPT service to customers in Singapore, you need a PSA license. If you are a Singapore entity providing digital token services to overseas customers, you now need a FSMA Part 9 license (and MAS will likely not grant it for offshore-only models). If you issue stablecoins pegged to SGD or G10 currencies from Singapore, you need an MPI license and must meet the SCS framework requirements.
The table above shows the minimum viable licensing picture for a fintech operating across these five jurisdictions. Several patterns emerge.
First, dual registration is becoming the norm, not the exception. Canada now requires MSB + RPAA. The EU may require CASP + PSD2 for EMT services. Singapore layers PSA + FSMA for different customer bases. The days of one license covering everything are over.
Second, stablecoin-specific rules now exist in every major jurisdiction. The GENIUS Act in the US, MiCA's EMT provisions in the EU, HKMA's stablecoin issuer licensing in Hong Kong, and MAS's SCS framework in Singapore all impose reserve, redemption, and governance requirements on stablecoin issuers. Payment companies do not need to be issuers, but they need to verify that the stablecoins they use in settlement are issued by compliant entities.
Third, transitional periods are expiring. The EU's final MiCA grandfathering ends July 1, 2026. Hong Kong is introducing new categories with no transition period at all. Companies that have been operating under legacy national regimes or interim arrangements must act now.
For payment companies assessing their licensing position across multiple jurisdictions, five steps are worth prioritizing.
Map your activities to each regime. Do not start with which license you need. Start with what you do in each market: do you hold funds, convert currencies, execute payouts, custody digital assets, or provide advisory services? Each activity maps to a specific licensing requirement under the relevant jurisdiction's framework.
Audit your stablecoin partners. If you use stablecoins for settlement, verify that the issuer holds the relevant authorization in every jurisdiction you operate in. USDC (Circle) is broadly compliant. USDT (Tether) is non-compliant in the EU under MiCA and its status under the GENIUS Act is still evolving. Using a non-compliant stablecoin can make your own operations non-compliant by association.
Build for dual registration. If you operate in Canada, budget for both MSB and RPAA. If you handle EMTs in the EU, prepare for both CASP and potentially PSD2. Structuring your compliance function to handle multiple registrations per jurisdiction is now a baseline requirement.
Watch Hong Kong closely. The lack of transitional arrangements means early engagement with the SFC is critical. If your business falls within the scope of VA dealing, custody, advisory, or management, contact the regulator before the legislation is introduced, not after.
Track the CLARITY Act. If it passes with the current stablecoin yield compromise, it will create the first clear digital commodity market structure in the US. If it stalls, the US reverts to the current state of regulatory ambiguity, and payment companies continue operating without clear SEC vs CFTC jurisdictional boundaries.
[1] Bank of Canada. "About Retail Payments Supervision Mandate." https://www.bankofcanada.ca/core-functions/retail-payments-supervision/about-retail-payments-supervision-mandate/
[2] Bennett Jones. "Upcoming Retail Payment Activities Act Regulation: Updates from the Bank of Canada." April 1, 2024. https://www.bennettjones.com/Insights/Blogs/Upcoming-Retail-Payment-Activities-Act-Regulation-Updates-from-the-Bank-of-Canada
[3] Bank of Canada. "Supervisory Framework: Registration." https://www.bankofcanada.ca/core-functions/retail-payments-supervision/supervisory-framework-registration/
[4] Osler, Hoskin & Harcourt LLP. "Retail Payment Activities Act." October 1, 2025. https://www.osler.com/en/expertise/services/financial-services/financial-services-regulatory/retail-payment-activities-act/
[5] SBSB Fintech Lawyers / Leaders in Law. "MSB License in Canada 2026: The Ultimate Guide." February 12, 2026. https://www.leaders-in-law.com/msb-license-in-canada-2026-the-ultimate-guide-by-sbsb-fintech-lawyers/
[6] 7Baas. "Canada 2025 MSB & PSP Rules: FINTRAC & RPAA Updates." November 11, 2025. https://7baas.com/canada-2025-msb-psp-fintrac-rpaa-regulations/
[7] Fireblocks. "Understanding Hong Kong's Virtual Asset Trading Platform Licensing: A Strategic Overview." February 27, 2025. https://www.fireblocks.com/blog/hong-kong-virtual-asset-trading-platform-licensing-strategic-overview
[8] Sidley Austin LLP. "Hong Kong Poised to Expand Licensing Regime to Cover Virtual Asset Dealers and Custodians." November 24, 2025. https://www.sidley.com/en/insights/newsupdates/2025/07/hong-kong-poised-to-expand-licensing-regime-to-cover-virtual-asset-dealers-and-custodians
[9] Sidley Austin LLP. "Hong Kong to Further Enhance Licensing Regime for Virtual Assets to Cover Advisors and Managers." January 8, 2026. https://www.sidley.com/en/insights/newsupdates/2026/01/hong-kong-to-further-enhance-licensing-regime-for-virtual-assets-to-cover-advisors-and-managers
[10] CoinDesk. "Hong Kong's SFC, FSTB Target 2026 Legislation for Virtual Asset Dealer and Custodian Rules." December 25, 2025. https://www.coindesk.com/policy/2025/12/25/hong-kong-regulators-target-2026-legislation-for-virtual-asset-dealer-and-custodian-rules
[11] Davis Polk. "Hong Kong Permits Virtual Asset Exchanges to Access Global Liquidity and Expand Product Offering." December 2, 2025. https://www.davispolk.com/insights/client-update/hong-kong-permits-virtual-asset-exchanges-access-global-liquidity-and-expand
[12] Slaughter and May. "Hong Kong Progresses New Licensing Regimes for Virtual Asset Dealing and Custody." https://www.slaughterandmay.com/insights/new-insights/hong-kong-progresses-new-licensing-regimes-for-virtual-asset-dealing-and-custody-consults-on-regimes-for-virtual-asset-advisory-and-management/
[13] Latham & Watkins. "US Crypto Policy Tracker: Legislative Developments." Updated April 2026. https://www.lw.com/en/us-crypto-policy-tracker/legislative-developments
[14] K&L Gates. "Crypto in 2026: The Democratization of Digital Assets." January 29, 2026. https://www.klgates.com/Crypto-in-2026-The-Democratization-of-Digital-Assets-1-29-2026
[15] Congress.gov. "H.R.3633 - Digital Asset Market Clarity Act of 2025." https://www.congress.gov/bill/119th-congress/house-bill/3633/text
[16] CoinGetter. "CLARITY Act 2026: Congress's Last Real Shot at Crypto Regulation." April 2026. https://www.coingetter.com/articles/clarity-act-crypto-legislation-may-2026
[17] CoinGetter. Ibid. Galaxy Research estimates on passage odds.
[18] CoinDesk. "Clarity Act Text Lets Crypto Firms Offer Stablecoin Rewards While Shielding Bank Yield." May 1, 2026. https://www.coindesk.com/policy/2026/05/01/clarity-act-text-lets-crypto-firms-offer-stablecoin-rewards-while-shielding-bank-yield
[19] CryptoSlate. "Banking Lobby Attempts to Kill Clarity Act's Stablecoin Progress as Markup Is Scheduled for Next Week." May 6, 2026. https://cryptoslate.com/banking-lobby-attempts-to-kill-clarity-act-stablecoin-progress-as-markup-is-scheduled-for-next-week/
[20] Hacken. "MiCA Regulation: What Crypto Projects Must Know For 2026 Compliance." April 2026. https://hacken.io/discover/mica-regulation/
[21] CCN. "MiCA Compliance Watchlist: Full List of Approved CASPs and Stablecoin Issuers." February 20, 2026. https://www.ccn.com/education/crypto/mica-compliance-watchlist-stablecoin-issuers-casps-list/
[22] Sumsub. "MiCA Regulation and EU Crypto Rules: What Changes in 2026." https://sumsub.com/blog/crypto-regulations-in-the-european-union-markets-in-crypto-assets-mica/
[23] Cyfrin. "MiCA Regulation Explained: A Guide To EU Crypto Compliance." November 21, 2025. https://www.cyfrin.io/blog/mica-regulation-explained-a-guide-to-eu-crypto-compliance
[24] WCR Legal. "Singapore Crypto Regulation 2026: MAS Framework Explained." April 12, 2026. https://wcr.legal/singapore-crypto-regulation-mas-framework/
[25] MAS. "MAS Clarifies Regulatory Regime for Digital Token Service Providers." June 6, 2025. https://www.mas.gov.sg/news/media-releases/2025/mas-clarifies-regulatory-regime-for-digital-token-service-providers
[26] BVNK. "Global Stablecoin Regulations 2026: What Enterprises Need to Know." January 16, 2026. https://bvnk.com/blog/global-stablecoin-regulations-2026
White-label payment infrastructure is a model where a fintech or platform uses a licensed provider's payment rails to move money on behalf of its own customers, under its own brand.
The fintech does not build the banking relationships, does not manage the correspondent network, and does not hold nostro account balances. Instead, it integrates with the provider's APIs, manages its own customer experience, and the provider handles the regulated money movement underneath.
This is different from being a payment facilitator (where the platform becomes a sub-merchant of a payment processor) or building your own rails (which requires licenses in every jurisdiction, banking partnerships, and years of compliance infrastructure). White-label sits in the middle: the fintech retains control over its product and customer relationships while the provider handles the regulated plumbing [1].
The 2025 McKinsey Global Payments Report framed this as a defining trend for the next five years, noting that the ability to bridge asset types, jurisdictions, and compliance regimes will no longer be a differentiator but a baseline infrastructure requirement [2]. For fintechs that do not have the licensing footprint or banking relationships to build this themselves, white-label infrastructure is the practical path.
POBO (Payment on Behalf Of) is the payout side. The fintech instructs the infrastructure provider to send money to a third party, but the payment carries the fintech's underlying merchant as the actual remitter. The fintech is not the remitter. This distinction matters for compliance: regulators and recipient banks need to know who is actually sending the money, not just which platform facilitated it.
COBO (Collection on Behalf Of) is the collection side. The fintech collects payments from third parties into a named virtual account, where the underlying merchant is the true beneficiary. The funds land in the merchant's name, enabling clean reconciliation and audit trails.
When combined, POBO and COBO create a full white-label treasury loop: collect locally via named VAs, hold funds in a multi-currency balance or convert to stablecoins, and disburse globally via POBO. All through a single integration, under the fintech's brand.
For a detailed look at the compliance obligations that come with on-behalf-of structures, including ultimate remitter identification and ISO 20022 requirements, see our on-behalf-of payments guide.
The core question for any fintech or platform considering POBO infrastructure is: why not just build it yourself?
The short answer is that cross-border payout infrastructure requires three things that take years and significant capital to build independently: multi-jurisdictional payment licenses, banking relationships with correspondent and local clearing networks, and a compliance stack that handles entity verification, sanctions screening, and remitter transparency across every corridor you serve.
White-label POBO infrastructure solves this by giving fintechs access to a licensed provider's rails, banking network, and compliance framework through a single API integration. The practical benefits break down into five areas.
Speed to market. Building your own payout rails means applying for licenses (6 to 18 months per jurisdiction), negotiating banking partnerships (3 to 12 months), and building compliance workflows. White-label integration takes weeks, not years. A fintech can go from zero global payout capability to live payouts in 170+ countries with one integration and one onboarding process.
Coverage without complexity. A single POBO integration gives the fintech access to SWIFT payouts in 70+ currencies and local clearing in 20+ markets. Adding a new corridor does not require a new banking relationship or a new license application. The infrastructure provider has already done that work.
Compliance as infrastructure. Entity management, KYB verification, sanctions screening, beneficiary validation, and Travel Rule compliance are built into the payout flow. The fintech does not need to build these systems or maintain them as regulations change. For fintechs operating across multiple jurisdictions, this alone can justify the model [2].
Capital efficiency. Traditional payout models require the fintech to pre-fund balances in every currency they want to pay into. POBO infrastructure with fiat VA funding requires a single balance that the provider draws down per payout. With stablecoin funding, even that balance is eliminated.
Remitter transparency that reduces failures. When the infrastructure provider carries the actual remitter name (the fintech's underlying merchant) in the SWIFT message, recipient banks can verify the commercial relationship. This directly reduces rejection rates and compliance holds at destination banks, which is a measurable operational improvement for fintechs handling high volumes of cross-border payouts [3].
The 2025 McKinsey Global Payments Report noted that interoperability across payment systems, asset types, and compliance regimes is becoming baseline infrastructure, not a differentiator [2]. For most fintechs, building this from scratch is neither practical nor necessary when white-label POBO rails exist.
The critical distinction from a standard payout is step 3: the entity ID. In a normal payout, the platform sending the money appears as the remitter. In a POBO payout, the platform passes the entity ID of the underlying merchant, and the provider translates that into the verified remitter name in the payment message.
This is not optional for compliance. Under ISO 20022 and SWIFT's CBPR+ migration, payment messages must identify the ultimate remitter, not just the ordering institution [3]. Fintechs that send payments under their own name, masking the actual originator, face increasing regulatory scrutiny and recipient bank rejections.
The regulatory boundary between a licensed fintech and an unlicensed technology service provider (TSP) determines what each can do within a POBO structure.
Licensed fintechs (holding MPI, MTL, MSB, EMI, or equivalent) can participate fully in the fund flow. They can collect from their customers, hold balances, initiate payouts on behalf of their underlying merchants, and be part of the payment chain. They have direct regulatory accountability for AML/CTF compliance.
Unlicensed TSPs can use the infrastructure provider's rails but cannot be in the fund flow themselves. The licensed provider (in this case, the entity providing the POBO infrastructure) acts as the regulated counterparty. The TSP provides the technology layer and customer experience. The provider handles KYB, sanctions screening, and payment execution.
In practice, the onboarding process for a fintech client typically involves a compliance-to-compliance call where both parties determine the "level of reliance." This means: how much due diligence has the fintech already performed on its underlying merchants, and how much does the infrastructure provider need to duplicate? Licensed fintechs with strong compliance programs get faster onboarding because the provider can place partial reliance on the fintech's own KYB.
This distinction matters because it determines which APIs the fintech uses, how entity management works, and who bears the regulatory risk at each step.
Every underlying merchant that the fintech sends payouts for needs its own verified entity. This is a regulatory requirement, not a product design choice.
The entity lifecycle works as follows. The fintech creates an entity for each underlying merchant via the Entity API, submitting corporate registration details, director information, and business description. The infrastructure provider runs KYB verification, sanctions screening, and industry classification. Once approved, the entity receives an ID that maps to a verified business name. This ID is passed with every payout call, ensuring the payment message carries the correct remitter identity.
At scale, this process needs to be automated. A neobank with 500 merchants, or a remittance provider with 2,000 agents, cannot onboard entities one by one through a manual process. Batch onboarding via API is essential, with the provider handling verification queues and status callbacks.
KYB requirements vary by jurisdiction. Most markets require at minimum: certificate of incorporation, proof of registered address, identification of beneficial owners holding 25%+ equity, and a description of the business activity. Some jurisdictions add source-of-funds requirements or enhanced due diligence for higher-risk industry categories [6].
The actual remitter name in a cross-border payment matters more than most fintechs realize until they start receiving rejection notifications.
When a SWIFT payment arrives at the recipient bank, the bank's compliance team checks whether the remitter name makes business sense relative to the beneficiary. A payment from "FinTech Platform Ltd" to "Machinery Supplier Co" may be flagged because the relationship is unclear. A payment from "Industrial Buyer Co" (the actual ordering party) to "Machinery Supplier Co" passes review because the commercial relationship is self-evident.
Under ISO 20022 and SWIFT's CBPR+ migration, which is now the mandatory messaging standard for cross-border payments, the payment message structure explicitly separates the "ordering institution" (the fintech or provider sending the payment) from the "ultimate debtor" (the actual remitter). Both fields must be populated accurately [3].
Fintechs that mask the ultimate remitter by sending all payouts under their own name face three problems: higher rejection rates at recipient banks, regulatory scrutiny from correspondent banks asking "who is actually sending this money?", and Travel Rule violations when stablecoins are involved in the funding leg [7].
For a deep dive on remitter identification requirements, see our ultimate remitter compliance guide.
The common thread across all these verticals is the same: the fintech wants to move money to multiple countries under its own brand, with the actual remitter name in the payment, without building banking relationships in each destination market.
What varies is the licensing status (which determines the level of compliance reliance), the funding model (stablecoin vs fiat), and the volume profile (a neobank may send 10,000 small payouts per month, a trade finance platform may send 50 large ones).
Fintechs using POBO infrastructure need to fund each payout. There are two funding methods, and most providers support both.
Fiat funding is the simpler path. The fintech tops up a named virtual account in SGD, USD, or another supported currency. The infrastructure provider holds the balance and draws down per payout. This works well for fintechs with steady volumes and predictable cash flows. The fintech funds the VA via local bank transfer or SWIFT.
Stablecoin funding eliminates the need for a pre-funded balance entirely. The fintech sends USDC or USDT per transaction at the point of payout initiation. The provider receives the stablecoin, off-ramps it to local fiat, and delivers the payout. This is useful for fintechs that already hold stablecoins in their treasury, or for those who want to avoid maintaining multi-currency balances. For a deeper look at how stablecoin-funded payouts work end to end, see our stablecoin sandwich guide.
Most fintechs start with fiat funding and add stablecoin funding later as their treasury operations mature. Some use both depending on the corridor: fiat for high-volume predictable corridors, stablecoin for ad-hoc or emerging market payouts where speed matters.
White-label POBO infrastructure is not a universal solution. Several constraints are worth understanding before you integrate.
EU POBO is not available yet. Most providers, including Tazapay, do not currently offer POBO payouts from EU entities. This is expected soon, but as of Q2 2026, EU origination for on-behalf-of flows is a gap.
SWIFT is not 24x7 for all currencies. SWIFT clearing depends on the operating hours of correspondent banks in the beneficiary's jurisdiction. A payout initiated at midnight Singapore time to a European beneficiary will queue until European banking hours. Local rails in some markets (India, Brazil, Philippines) support near-round-the-clock settlement, but SWIFT payouts are subject to these timing constraints.
No Named VAs for fintechs with VASP or crypto-adjacent licenses. Banking partners have strict policies about serving entities that hold virtual asset service provider licenses or operate in the crypto space. If your fintech has any type of crypto mark or VASP license, named VA provisioning will likely be declined.
Cannot payout to another fintech directly. POBO rails are designed for payouts to operating businesses, suppliers, and individuals. Fintechs cannot use POBO to fund another fintech's balance. However, payments can be sent to a nostro bank account in the bank's name.
No credit lines, no FX hedging beyond a few hours. The infrastructure provider is not a bank. It does not extend credit, and FX rates are locked only for the duration of the payout execution, not days or weeks in advance.
The most important criterion is remitter transparency. Many white-label providers offer POBO in name but send all payments under their own entity, defeating the purpose. Ask for a sample MT103 or SWIFT gpi trace showing how the ultimate debtor field is populated. If the provider cannot show this, it is not true POBO [3].
Tazapay provides POBO payment infrastructure for licensed fintechs, TSPs, and global payment platforms.
Licensing footprint: Singapore (MAS MPI), Canada (FINTRAC MSB via Tazapay Canada Corp.), Australia (AUSTRAC), EU/Lithuania (VASP via Trezza UAB), and United States (FinCEN MSB and Michigan MTL).
Key capabilities for fintech infrastructure clients: POBO payouts with actual remitter name in SWIFT and local rails across 170+ countries; stablecoin-funded per-transaction payouts via USDC/USDT with no pre-funding required; sub-entity management via Entity API with batch KYB; SWIFT payouts in 70+ currencies plus local payouts in India, Brazil, Hong Kong, Thailand, Philippines, Indonesia, Singapore, Malaysia, UAE, US, UK, EU, Australia, Korea, and Vietnam; named virtual accounts in USD, SGD, and other currencies for COBO collection; and participation in Circle Payments Network (CPN) as a Beneficiary Financial Institution.
99% of payouts are completed in under 15 minutes. Multiple rails per market enable automatic retry and high success rates.
[1] Sumsub. "Banking as a Service (BaaS) and Embedded Finance: Infrastructure, Partnerships & Compliance in 2026." March 3, 2026. https://sumsub.com/blog/banking-as-a-service/
[2] McKinsey & Company. "The 2025 McKinsey Global Payments Report: Competing Systems, Contested Outcomes." September 26, 2025. https://www.mckinsey.com/industries/financial-services/our-insights/global-payments-report
[3] SWIFT. "ISO 20022 for Financial Institutions: Focus on Payments Instructions." SWIFT documentation. https://www.swift.com/standards/iso-20022
[4] Wise Platform. "Sprinting Ahead: 5 Cross-Border Payment Trends Set to Mature in 2026." January 2, 2026. https://wise.com/gb/blog/cross-border-payments-trends-2026
[5] EY-Parthenon. "Cost Savings and Speed Drive Stablecoin Adoption." 2025. https://www.ey.com/en_us/insights/financial-services/cost-savings-and-speed-drive-stablecoin-adoption
[6] FATF. Targeted Update on Implementation of Standards on Virtual Assets and VASPs, June 2025.
[7] Federal Reserve Board. "Payment Stablecoins and Cross Border Payments." FEDS Notes, March 30, 2026. https://www.federalreserve.gov/econres/notes/feds-notes/payment-stablecoins-and-cross-border-payments-benefits-and-implications-for-monetary-policy-20260330.html
[8] BCG. Global Payments Report, September 2025. https://web-assets.bcg.com/25/91/2269153c468ca43615442f055cb0/2025-global-payments-report-sep-2025.pdf
The stablecoin sandwich is a cross-border payment model where money starts and ends as local fiat currency, but travels as a stablecoin in between.
The pattern has three steps: fiat in, stablecoin across, fiat out. The sender pays in their local currency. A licensed provider converts that fiat into a dollar-denominated stablecoin like USDC or USDT. The stablecoin moves to the recipient side, where another licensed provider converts it back into the recipient's local currency and delivers it to their bank account.
Neither the sender nor the recipient ever touches a stablecoin. From their perspective, they sent and received fiat. The stablecoin layer is settlement infrastructure, invisible to both parties.
This model has become the standard architecture for enterprise stablecoin payments. Convera and Ripple announced a partnership in March 2026 built explicitly on this model, with Convera orchestrating the end-to-end payment experience and Ripple providing settlement and on/off-ramp infrastructure underneath [1]. Stripe, Visa, Mastercard, and most B2B payment platforms building on stablecoin rails use this same architecture [2].
A March 2026 paper from the Federal Reserve analyzed the model and noted that while the on-chain cost of moving stablecoins between entities is very small, the on-ramp and off-ramp costs associated with converting between stablecoins and fiat currency are where the real cost structure lives [3].
This guide breaks down each step, the true cost stack, where the model outperforms SWIFT, and what to look for when evaluating providers.
The sender's payment provider converts their local currency into a stablecoin. This conversion is handled by a licensed money services business or payment institution in the sender's jurisdiction.
What happens at this step: KYC/KYB verification of the sender (or reliance on existing verification if already onboarded), AML and sanctions screening against global watchlists, currency conversion from the sender's local currency to a USD-denominated stablecoin, and Travel Rule data capture including originator and beneficiary information as required under FATF Recommendation 16 [10].
The conversion itself takes seconds to minutes. The compliance layer is what determines actual speed. For pre-verified business customers with established accounts, on-ramping is near-immediate.
The stablecoin moves from the sender's provider to the recipient's provider. This is the settlement leg, and it replaces the entire correspondent banking chain.
In a traditional SWIFT payment, this step involves 3 to 6 intermediary banks, each running its own compliance checks, holding the payment in queue during banking hours, and potentially deducting fees. The stablecoin equivalent is a single blockchain transaction.
Settlement typically completes in seconds, regardless of time zone, banking hours, or geography. A Harvard Business School paper analyzing stablecoin payment costs found that blockchain gas fees across major networks averaged well below $1 per transaction, and on some networks below $0.01 [4].
The recipient's provider converts the stablecoin back into local currency and delivers it to the recipient's bank account, mobile wallet, or e-wallet.
What happens here: beneficiary verification and screening against sanctions lists, currency conversion from the stablecoin to the recipient's local currency at the prevailing market rate, and local delivery via the fastest available rail in the recipient's market.
This is the step where most remaining friction lives. Off-ramp speed depends on stablecoin infrastructure maturity in the recipient's country, local banking rail availability, and FX liquidity depth. In well-served corridors like US to India, or Singapore to Philippines, off-ramping can complete within hours. In thinner corridors, it can take a business day.
The model described above is the full sandwich: fiat in, stablecoin across, fiat out. The entire flow is automated and the recipient receives local currency.
The open sandwich is a variant where the first two steps are the same but the stablecoin is not automatically converted back to fiat. The recipient holds the stablecoin in a wallet and decides when to convert [5].
The open sandwich is gaining traction in two scenarios. First, emerging market sellers hedging against local currency volatility: a supplier in Nigeria or Argentina receiving USDC may prefer to hold the stablecoin rather than immediately convert to naira or pesos, especially during depreciation. They convert on their own schedule at a rate they choose. Second, fintechs and platforms managing treasury in stablecoins: a neobank or PSP may accept the stablecoin directly into their treasury, using it as working capital for outbound payouts rather than converting to fiat and back.
For most B2B cross-border transactions, the full sandwich remains standard. The recipient is a business expecting local currency in their bank account.
Most sandwich flows use a single USD-denominated stablecoin as the bridge asset. But a variant is emerging for corridors where both endpoints have their own fiat-pegged stablecoins.
The Harvard Business School paper calls this the double-decker sandwich [4]. The flow is: local fiat to USD stablecoin, USD stablecoin to foreign-currency stablecoin (e.g. EURC for euros), and then foreign-currency stablecoin to local fiat. The middle swap happens on-chain through a decentralized exchange, removing the need for a centralized off-ramp to handle FX conversion.
Today, this variant is limited because most stablecoins in circulation are USD-denominated. Circle's EURC is the most developed non-dollar stablecoin, and it is gaining traction for European corridors [6]. As more fiat-pegged stablecoins reach meaningful liquidity, the double-decker model may reduce FX costs further by enabling on-chain currency conversion with tighter spreads.
For most businesses today, the single-layer sandwich (fiat to USDC to fiat) is the practical choice.
The stablecoin sandwich is a response to specific structural problems in the correspondent banking system that decades of incremental upgrades have not fixed.
Multi-hop intermediary chains. A SWIFT payment from Singapore to Nigeria might pass through 4 to 5 banks. Each intermediary adds time, each can deduct fees, and each runs compliance checks that can hold the payment for hours or days. The sandwich replaces this chain with a single settlement leg.
Banking hour restrictions. Correspondent banking operates within business hours in each jurisdiction, and time zones compound delays. A payment initiated Friday afternoon in Singapore might not settle in Lagos until Tuesday. Stablecoin settlement operates 24/7/365.
Opaque FX markups. In the correspondent model, FX conversion often happens at an intermediary bank with limited visibility into the rate applied. The World Bank's Remittance Prices Worldwide database shows the global average cost of sending $200 remains above 6%, with banks averaging 14.55% per transaction [7]. The sandwich model makes FX transparent because it happens at the on-ramp and off-ramp, not buried inside the chain.
Prefunding requirements. Traditional payout providers require businesses to maintain pre-funded balances in nostro accounts across multiple currencies. The sandwich model enables per-transaction funding: the stablecoin is acquired at the point of payment and delivered immediately, eliminating the need to park capital across jurisdictions.
McKinsey and Artemis Analytics estimated in February 2026 that actual stablecoin payment volume reached approximately $390 billion annually, with B2B payments making up roughly 60% of that total [8].
The stablecoin sandwich is not free. The on-chain transfer in the middle is near-zero cost, but the full end-to-end cost has four components.
On-ramp conversion fee: 0.1% to 0.5% for institutional and B2B volumes, depending on provider, currency pair, and volume tier.
Blockchain transaction fee (gas): Under $0.01 on networks commonly used for enterprise settlement. $0.20 to $2.00 on Ethereum mainnet depending on congestion. Economically negligible for most deployments [4].
Off-ramp conversion fee: The largest single cost component. Ranges from 0.1% to 1.5% depending on corridor. Mature markets (US, EU, Singapore, Hong Kong) are cheaper. Emerging markets (Nigeria, Argentina, Pakistan) are pricier due to thinner liquidity.
FX spread: The difference between the market mid-rate and the rate applied at conversion. Major pairs (USD/EUR, USD/GBP, USD/SGD) typically 0.1% to 0.3%. Emerging market currencies 0.5% to 2.0%.
Total all-in for a typical B2B corridor: 0.5% to 2.5%. This compares to 3% to 7% for traditional correspondent banking on equivalent corridors [7]. The Federal Reserve paper noted that the on-ramp and off-ramp conversion steps are where the remaining economic friction concentrates, driven by regulation, liquidity depth, and provider competition in each local market [3].
The pattern is consistent: the sandwich model delivers the largest savings on emerging market corridors where correspondent banking is most expensive and slow. On developed market corridors like US to EU, the savings are meaningful but smaller.
The highest-impact corridors share three characteristics: expensive SWIFT fees (above 3%), slow settlement (2+ days), and local currency volatility that makes fast delivery valuable. India, Nigeria, Brazil, Argentina, Philippines, Turkey, and Pakistan all fit this profile.
The stablecoin sandwich is not a silver bullet. A few limitations are worth understanding.
Off-ramp bottlenecks. The on-chain settlement is fast, but final delivery depends on local banking infrastructure. If the recipient's country has slow domestic payment rails, the sandwich cannot fix that.
FX volatility during conversion. There is a brief window between the on-ramp and off-ramp conversions where the stablecoin holds USD value. If the recipient's local currency moves against USD during that window, the final delivered amount changes. For most transactions this window is minutes, so exposure is small. For very large transfers, it matters.
Regulatory fragmentation. Stablecoin regulation varies by jurisdiction. A provider licensed in Canada may not be licensed in the UAE. The sandwich model works only where both on-ramp and off-ramp providers are licensed and operational.
Counterparty risk at the ramps. The sender trusts the on-ramp provider to convert fiat to stablecoin faithfully. The recipient trusts the off-ramp provider to deliver fiat. These are licensed, regulated entities, but the trust model is different from bank-to-bank correspondent transfers where both parties are prudentially supervised.
None of these limitations are unique to the sandwich model. They exist in varying forms across all cross-border payment architectures. The relevant question is whether the sandwich's advantages in speed, cost, and transparency outweigh these tradeoffs for your specific corridors and use cases.
Every step in the sandwich flow is a regulated activity.
On-ramp providers must hold money transmission licenses (or equivalent) in the jurisdictions where they convert fiat to stablecoins. They perform KYC/KYB, screen against sanctions lists, and capture originator data under the Travel Rule [10].
Off-ramp providers must be licensed in the recipient's jurisdiction. They screen beneficiaries, verify wallet ownership, and deliver funds through compliant local rails.
The settlement layer carries Travel Rule data. Under the FATF Recommendation 16 update from June 2025, stablecoin transfers involving virtual asset service providers must include originator and beneficiary information, just like traditional wire transfers.
Key regulatory frameworks now live and specific: the US GENIUS Act (July 2025) mandates 1:1 reserve backing, BSA compliance, and federal oversight for payment stablecoin issuers [11]. The EU's MiCA regulation requires EMT authorization for euro-denominated stablecoins. Singapore, Canada, Hong Kong, and Australia each have their own frameworks for virtual asset service providers.
Five criteria separate production-grade stablecoin sandwich infrastructure from fragile setups.
Licensing and regulatory coverage. The provider should hold specific stablecoin or virtual asset licensing in the jurisdictions where they operate on-ramp and off-ramp services.
Off-ramp depth. The on-ramp side is relatively standardized. Off-ramp quality varies dramatically. Ask: how many local payout markets does the provider cover? What rails do they use for last-mile delivery? What are actual settlement times in your target corridors?
Per-transaction vs pre-funded model. Some providers require pre-funded stablecoin balances. Others allow per-transaction funding where you fund each payment at initiation. Per-transaction funding eliminates trapped liquidity.
Remitter transparency. For B2B and POBO use cases, the provider should carry the actual remitter name in the payment message, not their own name. This reduces failures at the recipient bank and satisfies regulatory transparency requirements.
Compliance integration. Travel Rule compliance, sanctions screening, and beneficiary verification should be built into the flow, not bolted on separately.
Tazapay operates as a payment infrastructure provider that supports stablecoin settlement across B2B payouts, fintech POBO flows, and marketplace disbursements.
Key capabilities relevant to the sandwich model: stablecoin-funded payouts to 170+ countries via SWIFT and local rails with no prefunding required (fund per transaction with USDC or USDT); actual remitter name in payouts via SWIFT messages and many local payout rails; on-ramp via named virtual accounts in USD and SGD with conversion to USDC/USDT; off-ramp to local currency via same-day delivery through local bank networks and e-wallets in key markets and early participation in Circle Payments Network (CPN) partner.
[1] Convera/Ripple. "Convera Joins Forces with Ripple to Empower Stablecoin-Enabled Cross-Border Payments." BusinessWire, March 31, 2026. https://www.businesswire.com/news/home/20260331576971/en/Convera-Joins-Forces-with-Ripple-to-Empower-Stablecoin-Enabled-Cross-Border-Payments
[2] Polygon. "What Is a Stablecoin Sandwich? Cross-Border Payments on Stablecoin Rails." Polygon Blog, April 2026. https://polygon.technology/blog/what-is-a-stablecoin-sandwich
[3] Kim, Ruprecht, Styczynski. "Payment Stablecoins and Cross Border Payments: Benefits and Implications for Monetary Policy Implementation." Federal Reserve FEDS Notes, March 30, 2026. https://www.federalreserve.gov/econres/notes/feds-notes/payment-stablecoins-and-cross-border-payments-benefits-and-implications-for-monetary-policy-20260330.html
[4] Du, Huang, Scharfstein. "Competing Rails for Cross-Border Payments: Banks, Fintechs, and Stablecoins." Harvard Business School Working Paper, February 2026. https://www.hbs.edu/ris/download.aspx?name=Du_Huang_Scharfstein_14Feb2016.pdf
[5] Dynamic. "The Stablecoin Sandwich: Solving for Cross-Border Payments." Dynamic Blog. https://www.dynamic.xyz/blog/the-stablecoin-sandwich
[6] Circle. "Stablecoin Payments: The Next Phase of Digital Commerce." Circle Blog, January 22, 2026. https://www.circle.com/blog/stablecoin-payments-the-next-phase-of-digital-commerce
[7] World Bank. Remittance Prices Worldwide, Q1 2025. https://remittanceprices.worldbank.org/
[8] McKinsey/Artemis Analytics. Stablecoin payment volume estimates ($390B annually, 60% B2B), February 2026. Via AlphaPoint: https://alphapoint.com/blog/crypto-for-cross-border-payments-how-stablecoin-payment-integration-is-reshaping-global-money-movement-in-2026
[9] BCG. Global Payments Report, September 2025. https://web-assets.bcg.com/25/91/2269153c468ca43615442f055cb0/2025-global-payments-report-sep-2025.pdf
[10] FATF. Targeted Update on Implementation of Standards on Virtual Assets and VASPs, June 2025.
[11] EY-Parthenon. "Cost Savings and Speed Drive Stablecoin Adoption." 2025. https://www.ey.com/en_us/insights/financial-services/cost-savings-and-speed-drive-stablecoin-adoption
This is a practical guide to stablecoin payments for finance teams, treasury managers, and payment operations leaders at mid-market and enterprise companies. It covers how settlement works, what it actually costs, the regulatory requirements across major jurisdictions, and how to evaluate providers.
If you are evaluating stablecoins for emerging market corridors specifically, read our companion guide: Stablecoins in Emerging Markets: The Cross-Border Payments Playbook for 2026.
Stablecoins are no longer an experimental payment method. They are production infrastructure. The proof is in the M&A: Stripe acquired Bridge for $1.1 billion. Mastercard acquired BVNK for $1.8 billion. Visa hit a $4.5 billion annualized stablecoin settlement run rate by January 2026. These are not pilot announcements. These are infrastructure bets by the three largest payment networks in the world.
The business case is measurable. BCG and Allium Labs found that real-economy stablecoin payments reached $350-550 billion in 2025, growing 60% year-over-year. B2B settlement is the dominant segment at roughly 60% of that volume. Among corporates already using stablecoins, 41% report cost savings of at least 10% on cross-border B2B payments (EY-Parthenon, June 2025). On a $50 million annual payment volume, that is $5 million or more recovered annually.
The compliance question is settled. Three jurisdictions that matter for cross-border stablecoin flows now have comprehensive frameworks in place: the US (GENIUS Act, signed July 2025), the EU (MiCA), and Singapore (MAS Payment Services Act). This guide covers what finance teams need to execute: how settlement works technically, what it costs end-to-end, which use cases deliver ROI fastest, and how to evaluate providers.
At its core, stablecoin payment is a three-step flow -- sometimes called the stablecoin sandwich: fiat converts to a dollar-pegged token, the token moves on-chain to the recipient, and the recipient converts back to local fiat.
What matters for implementation is the infrastructure layer underneath. The choice of settlement network, the quality of the fiat on/off-ramp, and the compliance capabilities of your provider determine whether stablecoins deliver their theoretical advantages in practice.
Businesses don't send stablecoins on a blockchain directly, any more than they send SWIFT messages manually. They use payment networks that handle routing, compliance, and settlement under the hood.
The most significant infrastructure development in 2025 was the launch of Circle Payments Network (CPN) -- a coordination layer connecting licensed financial institutions (banks, payment providers, fintechs) to exchange payment instructions and settle in USDC or EURC on public blockchains. CPN handles counterparty discovery, compliance data exchange (including Travel Rule), FX coordination, and settlement between vetted institutions. Early participants include Deutsche Bank, Standard Chartered, Flutterwave, and Tazapay (as a Beneficiary Financial Institution supporting compliant fiat disbursements into Hong Kong).
Other enterprise settlement networks include Fireblocks (used by 295+ institutions surveyed in its State of Stablecoins report), Visa's stablecoin settlement layer ($4.5 billion annualized by January 2026), and the infrastructure Mastercard acquired through BVNK.
The blockchain networks underneath -- Ethereum, Solana, TRON, Polygon -- determine raw settlement speed and cost. But your payment provider typically selects the optimal network automatically based on transaction size, urgency, and destination. You don't need to manage this directly, just as you don't choose which correspondent bank routes your SWIFT wire.
Stablecoin rails have a structural advantage over traditional wires that hasn't fully materialized yet: programmability. Because stablecoins run on blockchain infrastructure, the technology can support business logic embedded directly into payment flows -- conditional releases tied to shipment confirmations, automated multi-party splits, and treasury rules that execute without human intervention.
Most enterprise stablecoin payments today follow a simpler model: fiat in, stablecoin transfer, fiat out. The programmable layer is where the next wave of value will come from. Tazapay is actively building toward this -- programmable settlement capabilities are on the product roadmap -- but today the core value proposition is the settlement layer itself: speed, cost, and 24/7 availability.
The headline comparison -- under 1% for stablecoins vs. 2-7% for traditional rails -- is directionally correct but incomplete. A proper TCO analysis needs to account for the full cost stack on both sides.
Most businesses know their wire fee. Few know their true all-in cost. For a company paying $50 million annually across 10+ countries, the hidden layers stack up fast:
All-in: $2-3.5 million annually on a $50M cross-border volume. Most CFOs have never seen this number because it is spread across six line items that no single report captures.
Stablecoin payments introduce different cost layers:
The economics favor stablecoins most clearly in these scenarios:
Stablecoins are less advantageous for:
According to EY-Parthenon, 41% of current stablecoin users report cost savings of at least 10% on cross-border B2B payments. On a $50 million annual payment volume, that represents $5 million or more recovered annually.
This is the dominant use case. B2B settlement accounts for roughly 60% of all real stablecoin payment volume according to McKinsey/Artemis Analytics, with adoption being driven by traditional industries -- manufacturing, commodity trading, logistics -- not just crypto-native firms.
Stablecoins solve three specific pain points in B2B supply chains:
For companies with multi-country supplier networks, Tazapay Global Payouts provides same-day settlement to 100+ countries with stablecoin rails built in, eliminating the need to manage separate on-ramp/off-ramp providers.
Stablecoin payroll is growing fastest among companies with distributed teams across emerging markets. Platforms like Deel and Remote.com report significant growth in stablecoin payroll requests, with employees in Latin America and Southeast Asia favoring USDC payments for:
Tazapay On-Behalf-Of Payments infrastructure addresses compliance complexity in multi-market payroll by maintaining licensed operations across jurisdictions, enabling compliant stablecoin payroll with full audit trails and tax reporting.
Stablecoin rails are becoming a competitive requirement for fintechs that move money across borders. The use case varies by type of institution, but the underlying need is the same: faster, cheaper settlement with fewer intermediary dependencies.
Tazapay for Fintechs provides white-label stablecoin payment infrastructure for platforms that want to offer stablecoin settlement to their customers without building the compliance and custody stack themselves.
E-commerce platforms and marketplaces benefit from stablecoin settlement through:
CFOs and treasury teams are the fastest-growing stablecoin adoption segment. The value proposition for enterprise treasury:
Tazapay Global Accounts enable businesses to hold and manage multi-currency balances with stablecoin settlement capabilities without any prefunding, providing the treasury infrastructure needed for enterprise-scale operations.
For the first time, a business can operate stablecoin payment rails across the US, EU, and Asia under clear, codified rules. The GENIUS Act (US, July 2025), MiCA (EU), and frameworks across Asia each require full reserve backing, regular attestations, and AML/KYC compliance -- but the specifics differ in ways that matter operationally.
For finance teams implementing stablecoin payments, what matters is the operational checklist:
Provider licensing (non-negotiable) : Verify your provider holds licenses in your operating jurisdictions. Tazapay holds licenses from FINTRAC (Canada), AUSTRAC (Australia), and FinCEN (US), and operates as a licensed Beneficiary Financial Institution in the Circle Payments Network. If a provider cannot show you their license numbers for your target markets, walk away.
Transaction monitoring (table stakes) : Your provider should handle real-time AML/KYC screening, sanctions list checking, and suspicious activity monitoring. This should be built into the platform, not an add-on. 90% of institutions surveyed by Fireblocks are live, piloting, or planning stablecoin initiatives -- the compliance tooling has matured to institutional standards.
Audit trail mapping : Blockchain transactions are inherently auditable, but your provider needs to map on-chain records to your accounting system in a format your auditors can work with. Ask about ISO 20022 compatibility and standard export formats.
Tax treatment : Stablecoin transactions may trigger taxable events depending on jurisdiction. 50% of US respondents in the EY-Parthenon survey cited accounting and tax clarity as a concern. Engage your tax advisor before pilot, not after.
Multi-jurisdiction complexity : If you operate across the US, EU, and Asia simultaneously, you are subject to multiple frameworks. The GENIUS Act allows 72-hour redemption windows while MiCA requires 24-hour. 79% of financial institutions (EY-Parthenon) plan to use a third-party technology partner to manage this complexity rather than building in-house.
79% of financial institutions plan to use a third-party technology partner for stablecoin infrastructure rather than building in-house (EY-Parthenon, 2025). The provider you choose determines your compliance posture, off-ramp reach, and operational ceiling. Evaluate on five dimensions:
1. Licensing coverage (non-negotiable) Does the provider hold MSB or equivalent registrations in the jurisdictions where you send and receive? If they cannot show license numbers for your target markets, walk away.
2. Off-ramp depth in your target markets This is the #1 operational failure point. Can the provider convert USDC to local fiat in your target corridors with same-day settlement? Ask specifically about IDR, BRL, NGN, PHP, INR, and PKR -- the emerging market currencies where off-ramp liquidity is thinnest and where your savings are largest.
3. API quality REST/GraphQL endpoints, real-time webhooks for transaction status, sandbox environment with production parity, and comprehensive documentation. If the sandbox doesn't mirror production behavior, your integration timeline doubles.
4. Integration flexibility 56% of corporates prefer stablecoin access embedded within existing treasury workflows (EY-Parthenon). Evaluate whether the provider offers APIs that can plug into your existing systems and whether they support the formats and protocols your finance stack requires.
5. Compliance infrastructure Built-in AML/KYC screening, sanctions monitoring, and regulatory reporting should come standard with the platform -- not as a separate add-on or third-party integration.
For implementation planning, three signals matter more than TAM projections:
Signal 1: Payment network integration is accelerating. Visa, Mastercard, and Stripe are not experimenting. They are integrating stablecoin rails into core product lines. Circle launched CPN with Deutsche Bank, Standard Chartered, and Flutterwave as early participants. When the three largest payment networks and the largest stablecoin issuer build the same capability simultaneously, it becomes table stakes for everyone else within 18-24 months.
Signal 2: ERP vendors are catching up. 70% of corporates told EY-Parthenon they would adopt faster with better integration into existing workflows. As enterprise software vendors add native stablecoin support -- which is now a matter of when, not if -- the integration friction that currently extends deployment timelines will compress significantly.
Signal 3: The compliance moat is narrowing. Early adopters gained advantage partly because competitors were scared of regulatory ambiguity. With comprehensive frameworks now live across the US, EU, and Asia, that ambiguity is gone. The companies building stablecoin capabilities today are locking in lower payment costs and faster settlement cycles. The companies that wait will compete against them.
For finance and treasury teams, the calculus is simple: stablecoin settlement is cheaper, faster, and now fully regulated. The only question is whether you move before or after your competitors do.
Emerging markets are where cross-border payments are most broken and where stablecoins deliver the most value. Settlement through correspondent banking takes 3-5 business days. All-in costs reach 2-7% when you account for wire fees, FX markups, and intermediary deductions. Remittance corridors into Sub-Saharan Africa still average over 6% in fees according to the World Bank. And for mid-market companies running supplier networks across LATAM, Southeast Asia, or Africa, the friction compounds -- trapped working capital, failed payments, and reconciliation overhead that scales with every new market.
Stablecoins are emerging as the infrastructure layer that fixes this, and emerging markets are leading adoption. 71% of Latin American firms already use stablecoins for cross-border payments (Fireblocks, 2025). B2B stablecoin payments surged from under $100 million per month in early 2023 to over $6 billion per month by mid-2025 -- a 60x increase in 30 months. According to McKinsey and Artemis Analytics, Asia-originated stablecoin payments represent $245 billion (60% of global volume), concentrated in Singapore, Hong Kong, and Japan.
The EY-Parthenon Stablecoin Survey (June 2025, 350 corporate and financial institution executives) found:
The total addressable market for stablecoin cross-border payments stands at $16.5 trillion, with the highest-potential corridors running into and between emerging markets (FXC Intelligence). The passage of the GENIUS Act (July 2025), MiCA, and Singapore's MAS framework have removed the regulatory ambiguity that kept institutional treasury teams on the sidelines.
This guide breaks down where the opportunity sits across emerging market corridors, what the regulatory landscape looks like in each region, and what mid-market and enterprise finance teams need to know to act on it.
Global remittances reached an estimated $905 billion in 2024 (World Bank/Visa), with 8 of the top 10 destination countries in emerging markets. B2B cross-border flows are multiples larger. But the infrastructure serving these corridors was designed decades ago for bilateral relationships between large banks in developed economies. Emerging markets were an afterthought.
Enterprise treasury teams at large multinationals can absorb this friction because they have dedicated bank relationships, hedging desks, and enough volume to negotiate preferential rates. Mid-market companies -- typically $50 million to $1 billion in revenue, operating across 5-20 emerging market countries -- sit in the worst position. They have the complexity of a multinational but not the banking leverage. This section breaks down why emerging market corridors create disproportionate pain for this segment.
The headline cost of a cross-border wire is just the beginning. For a mid-market company paying $50 million annually to suppliers across emerging markets, the true cost stack typically looks like this:
On a $50 million annual cross-border payment volume, these costs compound to $2-3.5 million annually. That is margin directly lost to infrastructure friction.
According to BCG's Global Payments Report (2025), global payments revenue reached $1.93 trillion in 2024, a significant portion of which comes from exactly these kinds of fees and spreads charged to businesses that lack negotiating power.
Traditional cross-border B2B payments take 3-5 business days on average via correspondent banking, according to BCG. For mid-market companies, this creates a compounding problem:
The correspondent banking model was designed for bilateral relationships between large banks. When a mid-market company needs to pay suppliers in Indonesia, Nigeria, Brazil, and the Philippines in a single week, each corridor requires a different intermediary chain, different cut-off times, and different compliance documentation.
This creates operational complexity that scales linearly with every new market. Each new corridor means a new bank relationship (or a new intermediary layer), new compliance requirements, and a new set of failure modes to troubleshoot. For a company expanding into emerging markets, this is a structural barrier to growth.
Emerging market currencies amplify every other friction. The Turkish lira lost 44% against the dollar in 2021-2022. The Sri Lankan rupee depreciated over 80% during its crisis. The Pakistani rupee dropped 23% in 2024.
For mid-market companies with thin margins on international trade, the 3-5 day settlement window creates unhedged currency exposure. A Brazilian exporter might agree to payment terms in reais, only to see a 15% depreciation erode profitability before settlement clears. Traditional hedging instruments are expensive or unavailable for mid-market transaction sizes, creating a structural disadvantage relative to larger competitors.
EY's Beyond Borders Report (2025) found that 73% of intra-Asian B2B payments still use USD as an intermediary currency despite the availability of local currency settlement -- reflecting a systematic preference for dollar stability over the friction of local currency conversion.
This is where stablecoins find their sharpest product-market fit. Dollar-pegged stablecoins provide emerging market businesses with a stable-value transfer rail without requiring traditional USD banking relationships. The FXC Intelligence report found that an estimated 66% of global stablecoin supply is held in emerging markets, primarily as a hedge against local currency instability. Argentina alone processed $34 billion in stablecoin transactions in 2024, with 67% representing cross-border flows to avoid capital controls. Nigerian USDC transaction volume jumped 412% year-over-year in 2025 according to BCG data, now exceeding $3 billion per month.
Stablecoins are not a marginal improvement on existing rails. They represent a fundamentally different architecture for moving money into and between emerging markets. For mid-market and enterprise finance teams with emerging market exposure, the value proposition centers on three capabilities that traditional rails cannot match.
The "stablecoin sandwich" model simplifies cross-border payments to three steps:
This eliminates the entire correspondent banking chain. No intermediary banks. No nostro account pre-funding. No multi-day settlement. No opaque fee deductions along the way.
According to FXC Intelligence's State of Stablecoins Report (2025), traditional cross-border payments in emerging markets average $28-52 in fees per transaction. Stablecoin-based transfers typically cost under $1.
For a company paying $50 million annually to suppliers across LATAM, Southeast Asia, and Africa, the shift to stablecoin settlement delivers measurable improvements:
The adoption is not hypothetical. Fireblocks' State of Stablecoins 2025 survey (295 C-suite executives, March 2025) found that adoption is being driven by traditional B2B players -- ship brokers, steel traders, and import/export businesses -- not just crypto-native firms. Banks are 2x more likely to prioritize cross-border payments over any other stablecoin use case.
According to EY-Parthenon, active stablecoin usage is highest among organizations with revenues of $10 billion to $50 billion (19% actively using), followed by organizations in the $1-10 billion range. Among current users, 62% use stablecoins to pay suppliers.
Major infrastructure players have moved to production:
Tazapay's stablecoin settlement infrastructure enables automated conversion between fiat and stablecoins based on business rules, while maintaining full audit trails for compliance. Businesses can set up recurring payments, conditional releases based on delivery confirmations, and automated currency hedging strategies.
Stablecoin adoption in cross-border payments is not uniform. It concentrates in corridors where traditional banking infrastructure is weakest relative to trade volume. According to McKinsey/Artemis Analytics, Asia-originated stablecoin payments represent $245 billion -- roughly 60% of total global stablecoin payment volume -- concentrated in Singapore, Hong Kong, and Japan. North America accounts for $95 billion, Europe $50 billion.
Singapore-Indonesia is Southeast Asia's most advanced stablecoin payment corridor, processing $45 billion in annual cross-border flows with 89% B2B transaction volume. Singapore's MAS framework has created the clearest regulatory pathway for institutional stablecoin use, and MAS-licensed payment service providers like Tazapay operate under strict capital adequacy and AML/CFT requirements.
Key developments for enterprise teams:
India-US processes the world's largest remittance flow at $129 billion annually (India is the top recipient globally, per World Bank data). For B2B, Indian IT companies receiving payments from US clients report 67% faster cash flow when using stablecoin settlements. India's UPI processed 131 billion transactions worth $1.8 trillion in 2024, creating the infrastructure base for stablecoin integration.
Latin America leads global stablecoin adoption for cross-border payments, with 71% of firms already using stablecoins according to Fireblocks. The drivers are structural:
UAE-Pakistan represents the Middle East's largest remittance corridor at $24 billion annually. The UAE's progressive regulatory stance (DFSA, ADGM) has attracted major stablecoin infrastructure providers, while Pakistan launched a regulatory sandbox in Q4 2025 with three stablecoin remittance providers approved for pilots.
Nigeria processed an estimated $26 billion in stablecoin transaction volume in 2024 according to Chainalysis, primarily USDT for import/export financing -- despite restrictive official policies. USDC transaction volume in Nigeria jumped 412% year-over-year in 2025 according to BCG data.
Tazapay Global Payouts enables businesses to leverage these emerging corridors through integrated stablecoin settlement, supporting same-day payouts to 100+ countries with automated currency conversions and full regulatory compliance.
The regulatory environment shifted decisively in 2025. The three frameworks that matter most for emerging market corridors -- the US GENIUS Act, EU MiCA, and Singapore's MAS framework -- are all now in place. These are the jurisdictions through which most emerging market stablecoin flows are routed, either as origin, destination, or intermediary. The regulatory picture within emerging markets themselves remains more fragmented, creating both friction and arbitrage opportunities.
United States: GENIUS Act (signed July 18, 2025)
The GENIUS Act establishes the first federal framework for USD-denominated payment stablecoins. Key provisions:
European Union: MiCA (fully applicable since mid-2024)
MiCA provides passportable access to 450 million consumers and businesses. It requires stablecoin issuers to hold full reserve backing, undergo regular audits, and maintain transparent redemption rights. Circle's USDC is MiCA-compliant. Banking Circle issued EURI, the first European bank-issued stablecoin under MiCA.
Singapore: Payment Services Act + MAS Notice PSN02
MAS requires 100% reserve backing in high-quality liquid assets, monthly attestations, segregated reserve accounts, and Tier 1 capital ratios of at least 8%. Singapore's framework has attracted major stablecoin issuers and driven institutional adoption -- DBS Bank processed over $15 billion in institutional stablecoin transactions in 2024.
While the routing jurisdictions have clarity, the regulatory picture within emerging markets ranges from progressive to restrictive:
For companies leveraging stablecoin-friendly jurisdictions like Singapore and the UAE to serve markets with restrictive frameworks, multi-jurisdictional licensing and regulatory sandbox participation are essential compliance strategies.
The regulatory convergence across the US, EU, and Singapore means that mid-market companies can now:
The remaining barrier is not regulatory -- it is integration. 70% of corporates would be more willing to adopt stablecoins if ERP integrations were available. This is an infrastructure problem, not a legal one.
BCG's January 2026 white paper, co-authored with Allium Labs, provides the clearest picture of where stablecoin infrastructure actually stands today. The findings are both encouraging and sobering.
On-chain transfer layer: Blockchain settlement finality is sub-minute. Ethereum settles in 15 seconds, Solana in 400 milliseconds, TRON under 2 seconds. This layer is production-ready and handles institutional volume.
Institutional custody and security: Providers like Fireblocks process 15% of global stablecoin volume (35 million+ transactions monthly). Enterprise-grade custody, multi-signature wallets, and compliance tools are mature.
Regulatory compliance tooling: AML/KYC automation for stablecoin transactions has advanced significantly. Chain analytics providers (Chainalysis, Elliptic, TRM Labs) offer real-time transaction screening that meets institutional standards.
Off-ramp infrastructure is the primary bottleneck. Converting stablecoins back to local fiat currency in emerging markets requires banking partnerships that are still developing. Many banks in emerging markets remain reluctant to service crypto-related flows. Fireblocks' survey found that 42% of European firms cite legacy system risks as a barrier -- in emerging markets, the challenge is even steeper due to fragmented banking systems and regulatory caution.
Liquidity depth drops sharply outside major corridors. Over 60% of global stablecoin liquidity is concentrated in five major trading pairs (USDC/USD, USDT/USD, USDC/EUR, USDT/EUR, USDC/GBP). Converting to IDR, NGN, PKR, or BDT involves thinner markets and wider spreads, partially eroding the cost advantage. However, this is improving: mobile money integration in Africa (M-Pesa, Airtel Money) and local payment rail integration in LATAM (PIX in Brazil, SPEI in Mexico) are deepening liquidity at the off-ramp layer.
ERP and treasury integration remains early-stage. The EY-Parthenon survey found that 56% of corporates prefer embedded APIs within existing treasury platforms, and 70% would adopt faster with ERP connectors. Most stablecoin infrastructure providers still require custom integration.
Accounting and tax treatment varies by jurisdiction. 50% of US respondents cited accounting treatment as a concern. In emerging markets, guidance is even less developed -- companies operating across Brazil, India, and Nigeria may face three different accounting frameworks for the same stablecoin transaction.
The window for early-mover advantage is narrowing. 54% of non-users expect to adopt stablecoins within 6-12 months. The US Treasury projects stablecoin supply will reach $3 trillion by 2030. Companies that build stablecoin payment capabilities into their emerging market operations now will have structural cost and speed advantages over competitors who wait.
Phase 1: Identify your highest-friction emerging market corridors (Week 1-2) Map your current cross-border payment flows into and between emerging markets. Rank corridors by settlement time, failure rate, and all-in cost. The corridors where stablecoins deliver the most value are typically: LATAM (Brazil, Mexico, Argentina, Colombia), Southeast Asia (Indonesia, Philippines, Vietnam), South Asia (India, Pakistan, Bangladesh), and Africa (Nigeria, Kenya, South Africa). If you're paying suppliers in three or more of these regions, stablecoin settlement will likely outperform your current rails on day one.
Phase 2: Pilot with a regulated infrastructure partner on one EM corridor (Month 1-3) Start with a single emerging market corridor and a regulated stablecoin payment provider with local off-ramp capability. Tazapay offers same-day payouts to 100+ countries with stablecoin settlement built in, licensed in Singapore (MAS MPI), Canada (FINTRAC), Australia (AUSTRAC), and the United States (FinCEN MSB). The goal of the pilot is to prove settlement speed, cost savings, and reconciliation improvement on real transactions before scaling.
Phase 3: Integrate with treasury workflows for EM-specific rules (Month 3-6) Once the pilot validates savings, integrate stablecoin payment rails into your existing treasury management and ERP systems. Prioritize API-based integration that doesn't require replacing existing systems. 79% of financial institutions plan to leverage a third-party technology partner for stablecoin infrastructure rather than building in-house. For emerging market corridors specifically, configure automated rules: convert local currency earnings to USDC when BRL/TRY/NGN exchange rates hit predetermined thresholds, or set conditional payments that release upon customs clearance in Indonesia or delivery confirmation from a Vietnamese manufacturer.
Phase 4: Scale across emerging market corridors (Month 6-12) Expand to additional corridors based on pilot learnings. The typical expansion path follows liquidity depth: start with Singapore-Indonesia or US-India (deepest stablecoin liquidity), then move to Brazil-US and Mexico-US (strong PIX/SPEI integration), then UAE-Pakistan and Nigeria (highest cost savings but thinner off-ramp infrastructure). As you scale, the compounding advantage grows -- each new corridor added to stablecoin rails reduces your blended cross-border payment cost and frees incremental working capital.
