Regulators in every major digital-asset hub now treat algorithmic and yield-bearing stablecoins as distinct risk categories, not merely exotic variants of the conventional pegged token. Under the Markets in Crypto-Assets Regulation (MiCA), the VARA regime in Dubai, and the Payment Services Act regime overseen by the Monetary Authority of Singapore (MAS), the legal classification of a stablecoin turns on its stabilisation mechanism and how it generates or distributes yield – not on the name its issuer chose for it. For operators building products that touch either category, the compliance, AML, and licensing stakes are measurable and immediate.
This analysis maps the contrasting regulatory positions across the leading jurisdictions, identifies the cross-border tensions that create the sharpest compliance exposure, and sets out a decision framework for issuers, exchanges, and custodians deciding how to treat these instruments in their KYC framework, transaction monitoring programmes, and licence stacks.
What Makes a Stablecoin Algorithmic or Yield-Bearing in the Eyes of a Regulator?
Regulatory classification begins with mechanism, not marketing. An algorithmic stablecoin maintains its peg through protocol-native supply adjustments – minting, burning, or arbitrage incentives – rather than a segregated reserve of fiat or high-quality liquid assets. A yield-bearing stablecoin passes interest, staking rewards, or protocol-generated income to the holder, either by rebasing the token supply or by accruing value inside the token itself.
The distinction matters because most reserve-backed stablecoin regimes assume a 1:1 redeemable claim against a segregated pool. Remove that pool – or attach a return to it – and the instrument may fall outside the regime's safe harbour entirely. Under MiCA, an e-money token (EMT) must be backed by funds held with a credit institution or in instruments of equivalent safety; a token that derives its peg from algorithm rather than reserve cannot qualify as an EMT under those provisions. Whether it then becomes an asset-referenced token (ART) or an unclassified crypto-asset depends on the rights conferred on holders – a fact-intensive analysis that regulators in multiple jurisdictions have now made explicit.
In our practice, the threshold question is rarely answered by the whitepaper alone. Protocol governance documents, smart-contract mechanics, and the economic reality of who bears reserve risk all inform the classification. Operators who rely on a label without that deeper review regularly find themselves misclassified when a regulator first reviews the product.
How Does MiCA Treat Algorithmic and Yield-Bearing Stablecoins?
MiCA does not authorise the issuance of algorithmic stablecoins that rely solely on protocol mechanisms to maintain their value – the regulation expressly prohibits granting interest or yield to holders of EMTs and ARTs directly from the issuer. This is one of the regulation's most consequential provisions for product design.
The prohibition on yield does not reach all forms of return. Secondary-market activity and DeFi protocol integrations fall outside the direct prohibition; the restriction targets issuer-level distributions. But that boundary is genuinely contested. ESMA and national competent authorities have signalled that economic substance governs – if the protocol routes yield to token holders in a manner economically equivalent to interest, the form of distribution does not save the instrument.
For algorithmic stablecoins, the position is starker. A token that holds no reserve, relies on a sister token or an arbitrage mechanic for price stability, and cannot satisfy the own-funds and reserve requirements applicable to ARTs will not achieve authorisation under MiCA. The post-2022 environment – which saw a major algorithmic stablecoin mechanism collapse with significant market impact – hardened the political consensus behind this approach. MiCA encodes that consensus into binding law across all EU and EEA member states, with ESMA as the supervisory backstop alongside national competent authorities.
Passporting under MiCA applies to authorised CASPs and to issuers of ARTs and EMTs that have obtained the relevant authorisation. A token that does not fit those categories cannot be passported. That structural gap forces issuers of algorithmic designs to confront, at the outset, whether the EU market is accessible at all without a product redesign.
For a scoped assessment of how MiCA classifies your token design, contact OBOLUS at info@oboluslaw.com. The process above describes the standard classification path. Your stabilisation mechanism, reserve architecture, and yield distribution logic change the analysis – sometimes fundamentally.
What Are the VARA and ADGM Positions on Novel Stablecoin Designs?
The UAE operates two parallel digital-asset regimes, and each takes a distinct posture toward stablecoin innovation. Under the VARA regime in mainland Dubai, virtual assets are licensed by activity – issuance, exchange, custody, transfer/settlement – and a stablecoin falls within scope if it functions as a means of exchange or store of value regardless of its stabilisation mechanism. VARA's activity-based approach means an algorithmic stablecoin issuer operating from Dubai still requires VARA authorisation for the relevant activities; the mechanism does not create a regulatory carve-out.
Within the ADGM free zone, the Financial Services Regulatory Authority (FSRA) maintains a list of recognised virtual assets. An instrument must achieve recognition before FSRA-regulated entities may deal in it. A novel algorithmic design will not automatically appear on that list; the issuer must engage the FSRA's assessment process. In our cross-border practice, we have seen operators assume that an ADGM-licensed counterparty can freely custody or transact algorithmic stablecoins. That assumption routinely fails the FSRA recognition test.
Yield-bearing designs raise a further question under the UAE regime: whether the yield stream constitutes a profit-sharing arrangement that brings the token within a financial-product category requiring separate licensing. Both VARA and FSRA examine economic substance rather than form – a point operators building structured yield products should note before structuring decisions are made.
Singapore, Hong Kong, and the Asia-Pacific Divide on Stablecoin Regulation
Singapore and Hong Kong have moved at different speeds and with different emphases, creating a genuine divergence that matters for issuers choosing a domicile in the region.
MAS published its stablecoin regulatory framework under the Payment Services Act and has signalled that only single-currency stablecoins pegged to the Singapore dollar or specified G10 currencies can qualify for the regulated stablecoin designation. Algorithmic stablecoins – those without a reserve backing meeting the MAS reserve composition and redemption requirements – do not qualify. They are treated as Digital Payment Tokens (DPTs) and attract the DPT licensing requirements, without the enhanced "MAS-regulated stablecoin" label. Yield-bearing designs face additional scrutiny: where the yield mechanism resembles a collective investment scheme or a capital markets product, MAS may require separate authorisation under the Securities and Futures Act rather than – or in addition to – the Payment Services Act licence.
Hong Kong's SFC has adopted a VASP licensing regime for virtual-asset trading platforms. The SFC's approach distinguishes between securities-type and non-securities virtual assets; a yield-bearing token whose return derives from an enterprise's profits may be characterised as a security, pulling it within the securities-law perimeter. For stablecoins, Hong Kong has indicated that a dedicated stablecoin issuer regime is in development, but the framework has not yet reached the same operational clarity as the trading-platform regime. In the interim, issuers of novel stablecoin designs engaging with Hong Kong-licensed entities must map the instrument against the existing securities law framework before assuming it is outside the regulatory perimeter.
The cross-border tension is significant. An instrument characterised as a DPT in Singapore may be characterised as a security in Hong Kong. An operator distributing the token in both markets under a single AML and KYC framework must manage two divergent classification outcomes simultaneously – a compliance architecture challenge we regularly help clients address before distribution begins.
What AML and Travel Rule Obligations Apply to Algorithmic Stablecoin Operators?
A virtual asset service provider (VASP) that transacts in algorithmic or yield-bearing stablecoins carries the same Travel Rule obligations as any other VASP – the FATF Recommendation 15 baseline applies to the transfer of virtual assets regardless of the stabilisation mechanism. The Travel Rule requires a VASP to pass originator and beneficiary data with any qualifying transfer, subject to de-minimis thresholds that vary by jurisdiction.
In practice, algorithmic stablecoins create specific transaction monitoring challenges. Where the peg mechanism involves frequent mint-and-burn cycles, internal protocol transfers, or automated arbitrage flows, distinguishing customer-instructed transfers from protocol-native activity requires a calibrated monitoring configuration. A generic rule set designed for conventional payment stablecoins will produce either large volumes of false positives or meaningful blind spots.
Yield-bearing stablecoins raise an analogous problem. The rebase mechanism – where token supply adjusts automatically across all wallets – can resemble a series of inbound transfers in a naive transaction-monitoring system. Regulators conducting AML audits increasingly expect VASPs to demonstrate that their monitoring logic accounts for protocol mechanics and does not simply flag protocol events as suspicious activity.
Under the AML/CFT supervisory expectations of MAS, VARA, and the FCA, a VASP whose transaction monitoring system cannot distinguish protocol-level activity from customer-instructed transfers faces a documented deficiency risk. We have advised clients on re-scoping their monitoring frameworks when onboarding novel stablecoin assets – the work involves engaging the compliance technology, the legal classification, and the supervisory expectation in parallel.
KYC obligations attach at the VASP level regardless of the stablecoin type. Where a yield-bearing token is characterised as a security or a collective investment scheme, the issuer itself may carry KYC obligations in addition to the VASP distributing the token. The layering of issuer-level and distribution-level obligations across multiple jurisdictions is one of the sharpest practical challenges in this area.
The Cross-Border Compliance Gap: Entity, Users, and Banking
The entity-user-banking triangle is the structural source of most stablecoin compliance failures. An issuer domiciled in one jurisdiction, with a token used by retail and institutional counterparties in several others, and banking relationships in a third set of countries, faces a compliance architecture that no single national framework fully governs.
In our cross-border practice, we regularly map three distinct layers for stablecoin operators. First, the issuer layer: where the token is issued, what authorisation is required, and what reserve and redemption obligations attach. Second, the distribution layer: which VASPs or exchanges list the token, in which jurisdictions, and under which licence categories those entities operate. Third, the banking layer: which financial institutions hold reserves (for reserve-backed designs) or process fiat on-ramps and off-ramps, and what due diligence those institutions apply to novel stablecoin structures.
For algorithmic stablecoins, the banking layer is often the binding constraint. Reserve-holding banks are, by definition, absent. But fiat on-ramp and off-ramp banking for algorithmic stablecoin products remains necessary for most user flows, and correspondent banking relationships for VASPs listing these tokens are increasingly subject to enhanced due diligence from the banks themselves. A VASP listing an algorithmic stablecoin without a documented legal analysis of the instrument's classification in the VASP's home jurisdiction risks its banking relationship if that analysis cannot be produced on demand.
A common assumption in the market is that a single offshore licence is sufficient to serve clients globally. It is not. The entity's licence governs what the entity may do from its domicile. Where the user is, where the banking is, and where the token is used often bring additional regimes into play – regimes that do not extend the single licence any automatic recognition.
If a prior application stalled or a banking relationship was closed following a stablecoin listing review, a second structural read can surface the reason and the route forward. Contact OBOLUS at info@oboluslaw.com.
Decision Matrix: Which Profile Faces Which Regime?
Regulatory exposure for algorithmic and yield-bearing stablecoins maps differently depending on the operator's role in the token's lifecycle. The following framework – drawn from the contrasting positions set out above – is designed as a first-pass orientation, not a definitive compliance ruling.
Profile A – The algorithmic stablecoin issuer seeking EU market access. The instrument will not qualify as an EMT under MiCA. The issuer must assess whether it qualifies as an ART; if it does not satisfy the reserve requirements, it falls into the unclassified category and must comply with the MiCA whitepaper regime for "other crypto-assets" but cannot passport. Timeline for reaching that classification conclusion: a matter of weeks with proper legal analysis. Key risk: distributing the token through EU-licensed CASPs before the classification is documented exposes the CASP to supervisory scrutiny for listing an unanalysed instrument.
Profile B – The yield-bearing stablecoin issuer targeting Singapore and Hong Kong simultaneously. In Singapore, the instrument may sit within the DPT category under the Payment Services Act or, if the yield mechanism resembles a collective investment scheme, may require a separate capital markets licence. In Hong Kong, the securities-law analysis runs in parallel. Timeline: parallel regulatory assessments in each jurisdiction; the combined process is typically measured in months rather than weeks. Key risk: mischaracterising the instrument as a payment stablecoin in both markets and building distribution infrastructure on that basis, only to face a regulatory reclassification after the product is live.
Profile C – The VASP listing an algorithmic stablecoin under VARA or ADGM. The VASP must confirm that the instrument is either on the FSRA's recognised virtual asset list (ADGM) or has been reviewed against VARA's activity-based licensing requirements. The transaction monitoring system must be calibrated for the instrument's protocol mechanics. Key risk: listing without a documented instrument review, resulting in a documented deficiency in the next supervisory review cycle.
Profile D – The custodian holding yield-bearing stablecoins on behalf of institutional clients. The custodian must assess whether the yield mechanism converts the holding into a regulated financial-product custody activity under the applicable regime. Segregation and safeguarding expectations apply in most flagship regimes regardless of the yield feature. Key risk: applying standard custody infrastructure to an instrument that requires enhanced or different treatment under the relevant rules.
A Recent Matter: Misclassification Corrected Before Listing
Earlier this year, a token-issuer client approached us after receiving informal feedback from a VASP in a leading EU jurisdiction that the VASP's compliance team had concerns about listing the issuer's stablecoin design. The token used a protocol-native stability mechanism and distributed a portion of protocol revenue to holders through a rebase function. The issuer had internally characterised the instrument as an EMT for purposes of the distribution conversation.
We reviewed the token mechanics, the distribution economics, and the issuer's reserve documentation. The instrument did not satisfy the EMT reserve requirements, and the yield distribution mechanism placed it outside the EMT safe harbour entirely. We re-characterised the instrument as a non-EMT crypto-asset for MiCA purposes, mapped the whitepaper obligations that applied, and produced a transaction monitoring guidance note for the VASP covering the rebase mechanism. The listing proceeded on a documented legal basis. The issuer restructured its reserve disclosures to reflect the correct classification before approaching any additional CASPs.
The episode illustrates a pattern we see repeatedly: issuers reach classification conclusions early in the product lifecycle, build distribution conversations on those conclusions, and then face a compliance escalation at the point of listing rather than at the point of design. The earlier the classification analysis, the lower the remediation cost.
Is an Offshore Licence Sufficient for Global Distribution?
A common assumption among stablecoin operators is that authorisation in one jurisdiction – particularly an offshore or light-touch hub – provides adequate cover for global token distribution. The assumption conflates the entity's home-jurisdiction compliance with the distribution-jurisdiction compliance.
A VARA licence, for example, authorises the relevant activities within VARA's scope. It does not authorise the licensee to onboard EU retail users without complying with MiCA's requirements in the user's member state. An ADGM licence does not extend recognition in Singapore or Hong Kong. An SFC-licensed VATP in Hong Kong cannot distribute tokens to Singapore residents purely on the strength of that licence.
The correct analysis maps the entity's activities, the jurisdictions in which those activities are performed or the effects are felt, and the regulatory obligations that attach in each of those jurisdictions. For most stablecoin operators with any meaningful distribution footprint, that analysis identifies obligations in multiple regimes simultaneously. We map the licence stack across operating, custody, and payment layers before clients commit to a structure – finding after the fact that a distribution approach created multi-jurisdictional exposure is materially more expensive to remediate.
Related at OBOLUS
- Compliance, AML and Travel Rule for Digital-Asset Businesses – the full practice overview covering FATF baseline, Travel Rule and supervisory audit defence
- Regulator AML Audit Defence for Regulated Entities – how we respond to supervisory reviews and documented deficiency findings
- Tokenised Fund Structuring in Georgia – structuring tokenised instruments in an emerging digital-asset jurisdiction
FAQ
What does the Travel Rule require from a VASP?
The Travel Rule – rooted in FATF Recommendation 15 – requires a VASP to collect and transmit originator and beneficiary data when executing a virtual-asset transfer above the applicable de-minimis threshold. The data must travel with the transaction, not merely be retained internally. The threshold and precise data fields vary by jurisdiction; most major regimes have now implemented the obligation in national law or supervisory guidance. VASPs must also screen for counterparty VASP compliance before the transfer executes.
Who must act as MLRO for a crypto firm?
Most major licensing regimes require a licensed entity to appoint a named Money Laundering Reporting Officer (MLRO) responsible for overseeing the firm's AML/CFT programme, filing suspicious activity reports, and acting as the primary interface with the relevant financial intelligence unit. The MLRO must have sufficient seniority and independence to carry out the role effectively. Many regulators require the appointment to be approved or at least notified before the licence becomes operational. In cross-border structures, each licensed entity in each jurisdiction typically requires its own MLRO.
How do regulators audit crypto AML programs?
Supervisory AML audits for VASPs and licensed crypto entities generally cover four areas: the adequacy of the firm's written AML/CFT policies and procedures; the effectiveness of customer due diligence and KYC onboarding; the calibration and output of the transaction monitoring system; and the quality of suspicious activity reporting. Regulators including the FCA, MAS, VARA, and AFSA increasingly conduct risk-based on-site or remote reviews. Common deficiency findings include under-calibrated transaction monitoring thresholds and inadequate enhanced due diligence for high-risk customers or instruments.
OBOLUS is an independent digital-asset law boutique acting only for businesses. We advise exchanges, custodians, token issuers and funds on licensing across 70+ jurisdictions, on disputes and on-chain asset recovery across 25+ forums, and on the tax, banking and compliance that sit around them. Digital assets are the whole of our practice. We map the licence, banking and compliance stack as one integrated mandate – not three disconnected workstreams. To discuss how your stablecoin design or distribution approach is treated across the regimes that matter to your business, contact info@oboluslaw.com or reach us via t.me/oboluslaw.
By Victor Olsen, Regulatory & Compliance Analyst – specialises in stablecoin classification, VASP licensing across EU and Gulf regimes, and AML programme design for digital-asset businesses.
This publication is general information about the law and does not constitute legal advice. It is not a substitute for advice tailored to your circumstances. OBOLUS accepts no liability for action taken or not taken on the basis of this material. For advice on your situation, contact info@oboluslaw.com.