Stablecoins have shifted from niche crypto tools to mainstream payment infrastructure, yet many financial institutions still treat them as peripheral. This gap between rapid adoption and slow-moving compliance frameworks has created new blind spots that criminals increasingly exploit. Stablecoins now operate more like core payment rails than speculative assets, with daily volumes rivaling traditional networks. estimates stablecoin flows reached $2.9tn in 2025, with forecasts projecting up to $56.6tn in global stablecoin payments by 2030.
Despite this growth, compliance systems have not kept pace—leaving a primary payments channel governed by outdated or incomplete controls. Institutions often misjudge stablecoin risk by treating these payments as fundamentally different from traditional transactions and relying on standalone blockchain-monitoring tools. In reality, stablecoin transfers frequently contain structured data and increasingly align with ISO 20022 standards, making them functionally similar to wires, ACH, or card payments. Maintaining separate compliance workflows creates operational silos, fragments visibility, and increases the chance of missed risk signals.
Regulators expect consistent methodologies across all payment types, but siloed alerting systems make that difficult, forcing teams to reconcile conflicting signals across multiple platforms. Ultimately, a payment is a payment—treating stablecoins differently introduces gaps precisely where unified screening is most critical. Stablecoins introduce near-instant, continuous settlement, eliminating the buffer traditional rails have through batch processing or defined settlement windows. This compresses the risk assessment window to effectively zero.
Traditional pre- and post-transaction monitoring models fail in this environment because once a transaction is confirmed on-chain, it is usually irreversible. This mirrors the challenge seen with instant payment systems but on a global, always-on scale: screening must occur inline, at the moment of initiation. Missing real-time requirements—such as the EU’s 10 second settlement mandate under the Instant Payment Regulation—can be costly, with penalties expected to align with PSD2-level fines (eg, Germany’s €200k–€500k per SLA breach or France’s fines up to €100m). These pressures highlight the rising performance and compliance expectations on payment systems and expose institutions with legacy infrastructure to material operational and relevance risks.
Meeting this shift requires not only faster systems, but architectures designed for real-time data validation, sanctions screening, and decisioning—without adding friction to the payment flow. Wallet addresses—like bank accounts—are financial endpoints that must be screened for sanctions and assessed for illicit activity. In the United States, the GENIUS Act creates the first federal framework for payment stablecoins, placing issuers under federal banking oversight and requiring full compliance with BSA, AML, and sanctions rules, including customer due diligence. Globally, expectations are similar. The EU’s MiCA framework, along with AML directives and the Transfer of Funds Regulation, enforces transaction-level screening; the UK follows FATF standards while finalising stablecoin-specific rules; and regulators in the GCC generally classify stablecoins within AML regimes, though some jurisdictions remain non-recognitive.
The principle is consistent worldwide: sanctions risk does not disappear on blockchain. Screening wallet addresses is essential to avoid facilitating prohibited transactions. While some institutions are adapting to this new reality, others are falling behind. Large global banks and leading fintechs are investing heavily in next-generation compliance infrastructure using platforms that unify screening across fiat and digital rails, support real-time processing, and integrate wallet-level risk analysis. These institutions recognise that stablecoins are not a separate domain but an extension of the global payments ecosystem.
In contrast, many regional and mid-tier institutions remain reliant on legacy systems designed for batch processing and traditional payment formats. These systems often lack the flexibility to incorporate blockchain-based transactions or the speed required for real-time decisioning. The result is a widening compliance and functional divide. Criminal networks are adept at identifying and exploiting weak points in the financial system. As stablecoin adoption grows, institutions with fragmented or outdated compliance frameworks risk becoming preferred channels for illicit activity.
This is not a theoretical concern. Illicit flows in digital assets have already surged in recent years, underscoring the urgency of closing these gaps. According to industry reports, stablecoins accounted for 86% of illicit crypto flows in 2025—about $141bn—due to their price stability and gaps in legacy monitoring systems. The industry’s response must begin with a shift in mindset. Stablecoins do not require an entirely new compliance paradigm. They require the extension of existing, proven payment controls into new channels.
This includes screening transactions at origination, regardless of rail. Integrating wallet and counterparty screening into core AML systems. Unifying case management and alert workflows across all payment types. Enabling real-time decisioning to match real-time settlement. Early attempts to address crypto-asset risk often relied on standalone tools and specialised vendors. While these solutions provided initial visibility, they also introduced complexity and fragmentation.
Increasingly, institutions are recognising the need to consolidate these capabilities into their core compliance infrastructure. Stablecoins are not a temporary innovation. They represent a structural evolution in how money moves by combining the speed of wire transfers with the efficiency of digital networks. Their growth is being driven not just by crypto-native firms, but by banks, payment providers, and increasingly, automated systems. An example of this is agentic commerce.
Agentic payments (those completed by AI agents on behalf of an individual) settle using stablecoin payments and blockchain rails. Deloitte-based estimates suggest that agentic AI could influence up to about 30% of global e-commerce transaction value (an estimated $17.5tn) by 2030. These transactions will be facilitated in seconds, and the financial institutions that can support that speed, in a compliant way, will see exponential growth as that market grows. The compliance challenge is not whether to adapt, but how to, quickly.
Institutions that continue to treat stablecoins as a niche experiment risk underestimating both their scale and their risk. More importantly, they risk creating fragmented systems that are difficult to manage and easy to exploit. Stablecoins must be treated as first-class payment rails, subject to the same rigorous screening, monitoring, and control frameworks as any other transaction type. Because in the end, the technology may be new—but the risks are not.
Leave a Reply