- Financial crime tactics once limited to trade are now increasingly seen across cross-border payments and other financial flows.
- Progress which has been made in trade-based financial crime can be applied in the payment space.
- False positives can be cut by over 60% with digital documents and advanced risk analytics.
Every day, global corporates move nearly $23.5 trillion through financial systems in cross-border transactions, fueling economic growth. But hidden within these legitimate flows are sophisticated financial crime schemes that exploit fragmentation, manual review processes, and inconsistent documentation.
While traditionally associated with trade, recent practice shows that financial institutions are increasingly facing similar vulnerabilities in cross-border payments. From document manipulation to jurisdictional layering, criminals exploit weaknesses across the broader transaction lifecycle.
Despite heavy investment in compliance, many banks still struggle with false positives, limited auditability, and siloed systems. With growing regulatory scrutiny and increased demand for data transparency, institutions need advanced tools that can address complex risk patterns across both trade and non-trade financial activity.
These developments have led organisations like Traydstream, with roots in trade digitisation, to observe that clients are increasingly leveraging the platform for broader use cases across cross-border transactions, including payment documentation, sanctions adherence, and compliance reporting.
Financial crime tactics beyond trade
Illicit actors manipulate cross-border flows through a range of tactics designed to avoid detection:
- Structured transactions involve breaking large transfers into smaller amounts below reporting thresholds.
- Jurisdictional layering is used to route funds through multiple regions to obscure their origin.
- Criminals may also submit falsified or manipulated remittance instructions, invoices, or declarations, or use slight variations of counterparty names to evade match alerts.
Such methods, while historically common in trade finance, are increasingly appearing in cross-border payments, syndicated deals, and even non-documentary flows.
The detection of financial crime across these flows is complicated by several longstanding limitations. Manual document review processes are labour-intensive, error-prone, and inconsistent. Data silos across compliance, operations, and payments prevent holistic analysis. The prevalence of unstructured formats—like PDFs and scans—limits the effectiveness of legacy systems. Most critically, traditional infrastructure lacks the ability to assess contextual risk across documents, counterparties, and jurisdictions.
Financial crime risk today isn’t confined to one product line. Banks need infrastructure that adapts to how criminals operate—across corridors, flows, and use cases.
Paper trails to pattern recognition
In this landscape, AI and automation can help ensure efficiency, effective risk management, and compliance across a wide variety of cross-border transactions. Institutions are now dealing with a wide eange of inputs, including remittance advice, payment instructions, SWIFT MT and ISO 20022 messages, and even scanned or unstructured documents into structured data. Automating the conversion of these across formats that would otherwise require manual handling is becoming essential for both consistency and efficiency.
Increasingly, intelligent risk-assesment tools are being used which can evaluate transitions dynamically, applying rules based on payment geography, declared purpose, and counterparty risk profile. This allows the system to flag mismatches between payment purpose and value, the repeated use of high-risk corridors, or suspicious similarities across beneficiaries.
Traydstream’s approach uses Entity Graph Linking, which creates a connected view of activity across documents and transactions. This reveals patterns such as recurring anomalies by geography or party, documentation mirroring, or indirect relationships that evade simple rules. It builds a visual map of counterparties, routes, and transaction context—connecting data points to flag hidden anomalies across unrelated transactions—via a secure, microservice-based, API-first platform that integrates seamlessly into existing compliance ecosystems.
Aligning with regulatory demands
A key enabler in this space is the ability to convert a wide array of incoming documentation – structured or unstructured – into machine-readable data. Compliance and transparency goals can be met by enabling structured data outputs that feed into regulatory reporting, detecting risk patterns across diverse formats, centralising digital review workflows, and creating audit trails to support suspicious activity reports (SARs).
Digitalisation, however, is no longer sufficient; financial institutions are applying layered analytics to detect patterns across formats and across transaction types. For instance, anomaly detection logic across geographies and purposes rather than in isolation.
In practice, these tools have allowed compliance teams to reduce false positives significantly. Traydstream, for one, has reduced false positives by over 60% through intelligent risk scoring, and report that institutions have reallocated up to 70% of compliance team time from manual handling to investigative work, while gaining clearer visibility across complex transaction sets.
Traydstream’s platform supports a staged implementation model. Initially, it digitises and structures incoming documentation, regardless of format. From there, institutions can apply anomaly detection logic across transaction types and geographies. Finally, the platform supports dynamic risk scoring and regulatory reporting insights to complete the compliance feedback loop.
—
As financial crime evolves, so must the ability to see across product lines and documentation types. Whether in trade, payments, or mixed flows, institutions must move from isolated checks to unified, intelligence-led detection.