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Money Laundering Methods and Typologies: 2026 Guide

In short

How money laundering works in 2026: The three stages, the main methods and typologies from structuring to crypto, and how each one is detected.

Criminal proceeds arrive in a form that cannot be spent. A suitcase of cash from drug sales, a wallet holding stolen crypto, an account balance traceable to fraud: None of it converts into property, a business, or a comfortable life while its origin is visible. Laundering is the work of making that origin disappear, and every typology below is a variation on that single problem.

This guide explains how money laundering works and the money laundering methods that compliance teams are expected to recognize: The three stages, the techniques that sit inside each stage, why layering is the hardest part to catch, and how each typology maps to the detection signal it leaves behind. The cases at the end show what the same methods look like at the scale that draws enforcement.

What Is Money Laundering? (and How It Works)

Money laundering is the process of disguising the illicit origin of criminal proceeds so that they appear to come from a legitimate source. It runs in three stages: Placement introduces funds into the financial system, layering moves them through transactions that break the audit trail, and integration returns them as apparently legitimate wealth.

Every laundering scheme traces back to a predicate offense, which is the crime that generated the money in the first place. Drug trafficking, fraud, corruption, tax evasion, human trafficking, and sanctions evasion all produce proceeds that need cleaning, and the choice of laundering method usually follows from the form those proceeds take. Cash-generating crime needs placement. Cyber-enabled crime often skips it entirely, because the proceeds are already digital.

That distinction matters for detection. A control designed to catch bulk cash deposits will not see a fraud network moving stablecoins between unhosted wallets. A fuller treatment of what money laundering is covers the legal definition and the offense structure across jurisdictions.

The Three Stages: Placement, Layering, Integration

Placement puts criminal proceeds into the financial system or converts them into another asset. Cash deposits below reporting thresholds, cash-intensive businesses that mix illicit revenue with legitimate takings, and purchases of high-value goods all serve this purpose. Placement is the riskiest stage for the launderer, because it is the moment the money touches a regulated institution for the first time.

Layering separates the funds from their source through transactions that serve no economic purpose beyond obscuring the trail. Wire transfers between jurisdictions, movements through shell company accounts, and rapid conversion between assets all make the path harder to follow. Layering as a stage is where most of the technical sophistication sits.

Integration returns the funds to the launderer in usable form. Property purchases, business investments, loans backed by laundered collateral, and consulting fees paid to companies the launderer controls all serve to deliver clean-looking wealth. At this point the money looks like income, and the audit trail leads nowhere.

Stage What happens Example typology
Placement Illicit funds enter the financial system Structuring, cash-intensive businesses, smurfing
Layering Transactions obscure the origin and trail Shell companies, chain-hopping, correspondent banking chains
Integration Funds return as apparently legitimate wealth Real estate purchases, business investment, loan-back schemes

The three stages of money laundering are a model rather than a sequence every scheme follows exactly. Some schemes compress all three into a single transaction; others run the stages out of order or skip one entirely. The model earns its place because it organizes detection, not because criminals follow it.

Common Money Laundering Techniques

The money laundering methods that appear most often in casework fall into a small number of families, each tied to a stage. Structuring and smurfing break large cash amounts into smaller deposits that fall under reporting thresholds. Both are placement techniques, and both leave a distinctive pattern rather than a distinctive transaction.

Shell companies provide account infrastructure with no operations behind it, which is why they appear in nearly every large layering scheme on record. Trade-based laundering moves value through commercial invoices rather than financial transfers. Cryptocurrency offers speed and cross-border reach, with stablecoins now carrying the bulk of illicit on-chain volume.

Hawala and other informal value transfer systems settle obligations between operators without funds crossing borders at all, which leaves no transaction for a monitoring system to see. Cash-intensive businesses such as restaurants, car washes, and vending operations blend illicit proceeds into plausible legitimate revenue.

Two variants sit outside the standard taxonomy and get missed because of it. Reverse money laundering and transaction laundering describe the movement of clean funds toward criminal purposes and the processing of illicit sales through a legitimate merchant account. Neither fits the three-stage model cleanly, which is exactly why controls built around that model tend not to catch them. The full range of money laundering techniques sets out how each one works and what it leaves behind.

Structuring and Smurfing

Structuring means deliberately keeping transactions below a reporting threshold. In the United States that threshold is the $10,000 currency transaction report, though the figure and the reporting obligation differ by jurisdiction, and structuring is a distinct criminal offense regardless of whether the underlying funds are dirty.

Smurfing distributes the same activity across multiple people, accounts, or branches. The difference between smurfing and structuring matters in casework, because the detection signal is not the same: One produces a pattern in a single account, the other produces a pattern across many.

Cuckoo smurfing is the variant that catches compliance teams unprepared. Illicit cash is used to satisfy a legitimate customer's incoming remittance, so the account holder receiving the funds has done nothing wrong and has no idea the deposit came from a criminal source.

Trade-Based Money Laundering

Trade-based laundering moves value by misrepresenting a commercial transaction. Over-invoicing transfers value to the exporter, under-invoicing transfers it to the importer, multiple invoicing bills the same shipment repeatedly, and phantom shipments invoice goods that never existed.

Trade finance makes this difficult to catch. Documents pass through banks that see paperwork rather than cargo, valuations are genuinely subjective for many goods, and a single transaction may involve parties in four jurisdictions with no institution holding a complete view. A shipment of scrap metal or used machinery has no reference price a monitoring system can test against, and the invoice is the only version of events the bank ever sees.

The deeper problem is that trade documentation is designed to be trusted. A bill of lading, a packing list, and a commercial invoice are commercial instruments, not evidence, and nothing in the process verifies that the container held what the paperwork claims. Price benchmarking against market data, cross-checking shipping documentation against customs records, and flagging goods types with wide valuation ranges are the practical defenses. Trade-based money laundering covers the invoicing mechanics and the red flags in detail.

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Money Laundering Through Crypto

Crypto laundering is both more traceable and faster than its fiat equivalent. Chainalysis estimated that illicit addresses received at least $154 billion during 2025, a 162 percent increase driven mainly by sanctioned entities, while illicit activity stayed below 1 percent of attributed on-chain volume. Stablecoins accounted for 84 percent of illicit transaction volume.

The techniques are recognizable versions of layering. Mixers pool funds from many users to break the link between deposit and withdrawal. Chain-hopping converts assets across blockchains to interrupt tracing. Cross-chain bridges do the same across networks with uneven compliance coverage. FATF examined this territory in a March 2026 report on stablecoins and unhosted wallets, noting that peer-to-peer transfers outside regulated intermediaries are the central vulnerability.

The countervailing fact is that blockchain records are permanent and public. Stablecoin issuers can freeze balances, which no cash typology allows, and tracing tools have produced recoveries at a scale conventional laundering investigations rarely reach. That advantage is not stable. FATF's July 2026 update flagged an emerging risk of a proprietary stablecoin built specifically to resist freezing and seizure, alongside growing use of deepfakes and synthetic identities to open the accounts that funds eventually reach. Money laundering through cryptocurrency covers the typologies and the analytics in depth.

Layering: The Hardest Stage to Detect

Placement produces a suspicious transaction. Integration produces a suspicious asset. Layering produces neither, which is precisely the point.

Each transaction in a layering chain is individually unremarkable: A transfer between two accounts in good standing, in a normal amount, for a plausible reason. The suspicion lives in the sequence, the timing, the round-tripping, and the absence of any commercial logic connecting the parties. Detecting it requires connecting transactions that separate rules examine one at a time.

Three features make it worse. Layering crosses institutions, so no single bank sees the whole chain. It crosses jurisdictions, where data-sharing is slow or blocked. It crosses asset classes, moving from wire to trade to crypto and back, and most monitoring systems are built for one of those. Layering detection patterns sets out the sequence-based signals that survive these conditions.

How These Methods Are Detected

Detection works by mapping each typology to the trace it leaves rather than to the story behind it.

Structuring. Multiple deposits clustering below a reporting threshold, across accounts, branches, or days.

Smurfing. Many depositors funding a single beneficiary with no plausible relationship between them.

Shell company layering. Accounts with high throughput and near-zero balance, no payroll, and no operating expenses.

Trade-based laundering. Invoice values that deviate from market price benchmarks, or documentation that contradicts shipping records.

Crypto layering. Rapid conversion across assets and chains, exposure to mixers, and short holding periods before cash-out.

Integration. Asset purchases inconsistent with declared income, and loans collateralized by opaque offshore holdings.

Those signals become transaction monitoring rules, and the quality of an AML program largely comes down to how well those rules are tuned. Rules that fire on every threshold-adjacent deposit bury analysts in false positives; rules set too loosely miss the pattern entirely. Most programs sit closer to the first failure than the second, which is why alert backlogs appear in enforcement actions as often as missed typologies do.

Two structural limits are worth naming. Monitoring sees only the institution's own data, so a chain crossing three banks is visible to none of them in full. Rules also encode typologies that have already been observed, which means the first instance of any new method passes through unflagged by definition. Behavioral analytics exist to narrow that second gap, not to close it.

The Financial Action Task Force (FATF) made a broader point in its September 2026 report on underground banking: More than 80 percent of reporting jurisdictions now identify hawala and similar providers among the principal professional laundering channels, and the networks have professionalized into what the report calls money laundering as a service. Detection aimed only at individual suspicious transactions misses an organized service provider moving value for many unrelated clients, because the provider's activity looks like ordinary business volume until the client list is reconstructed.

Several typologies overlap heavily with sanctions evasion typologies, since shell companies, trade misinvoicing, and crypto rails serve both purposes. How money laundering is detected covers the analytical approach, money laundering red flags and indicators works as a reference list, and laundering typologies by industry explains why the same signal means different things in banking, gaming, and real estate.

Real-World Examples and Cases

Danske Bank's Estonian branch handled roughly €200 billion for non-resident customers between 2007 and 2015, much of it routed through shell companies registered in the United Kingdom, Cyprus, and New Zealand. The bank pleaded guilty in December 2022 to conspiracy to commit bank fraud and forfeited $2.059 billion. A whistleblower, Howard Wilkinson, had raised the alarm internally in 2013, the same year JPMorgan ended its correspondent relationship with the branch. The case is a layering study: The individual transfers were unremarkable, the volume was not.

TD Bank pleaded guilty in October 2024 to Bank Secrecy Act violations and conspiracy to commit money laundering, paying roughly $3.1 billion in total penalties, including a record $1.3 billion civil penalty from FinCEN. It was the first US bank to plead guilty to a money laundering conspiracy charge. The failures were placement-stage and basic: One network moved more than $400 million in bulk cash brought into branches in bags, and a bank employee took bribes to open shell company accounts for funnel activity. Prosecutors described an internal budget mandate that held compliance spending flat while transaction volumes grew.

Scale is not confined to banks. The FATF report published in September 2026 cites underground banking cases in which more than €500 million was laundered within a few months, through operators running what amounts to a parallel payments business.

The pattern across all three is the same. None of the schemes relied on a technique nobody had heard of. Each relied on controls that were present on paper and not operating in practice.

Documented money laundering examples cover a wider set of cases, and emerging laundering typologies track the methods appearing in recent enforcement rather than historic ones.

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Frequently asked questions

What are the three stages of money laundering?

Placement, layering, and integration. Placement is the point at which criminal proceeds first enter the financial system or are converted into another asset: Cash deposited in amounts below a reporting threshold, illicit revenue mixed into the takings of a cash-intensive business, or cash spent on goods that can be resold. It is the riskiest stage for the launderer, because it is the first time the money touches a regulated institution and the first opportunity a control has to see it. Layering is the stage that separates the funds from their origin through transactions whose only purpose is to obscure the trail: Wires between jurisdictions, transfers through shell company accounts, conversion between currencies and asset classes, and loops that bring funds back to where they started. Integration returns the money to the launderer in a form that looks like legitimate wealth, such as a property purchase, an investment in a business, a loan secured on laundered collateral, or fees paid to a company the launderer controls. The three-stage model is a way of organizing detection rather than a description of how every scheme runs. Some schemes compress all three stages into one transaction; a fraud network that already holds digital proceeds may skip placement entirely; a trade-based scheme may integrate value without ever layering it through a bank. The model is useful because each stage leaves a different kind of trace, and a control built for one stage is often blind to the others. Placement produces a suspicious transaction, integration produces a suspicious asset, and layering produces neither, which is why it is the hardest to detect. The guide to the three stages of money laundering explains each stage with examples and the controls that apply to it.

What is the difference between structuring and smurfing?

Structuring is the deliberate splitting of a transaction so that each part stays below a reporting threshold. In the United States the threshold is the $10,000 currency transaction report, but most jurisdictions have an equivalent, and structuring is a criminal offense in its own right whether or not the funds are illicit. A single customer making a series of $9,000 cash deposits over several days is the classic pattern. Smurfing takes the same activity and spreads it across many people, accounts, or branches, so that no single account shows the pattern. The name comes from the runners, or smurfs, who each deposit a small amount. The distinction matters for detection because the signals are different: Structuring appears as a pattern within one account or one customer over time, while smurfing appears as many apparently unrelated depositors funding the same beneficiary, which only becomes visible when accounts are linked by the destination of the funds, shared addresses, devices, or timing. A third variant, cuckoo smurfing, is the one that catches compliance teams unprepared. A launderer with illicit cash intercepts a legitimate international remittance, deposits the cash into the intended recipient's account, and keeps the clean funds that were supposed to be transferred. The recipient has done nothing wrong and has no idea the deposit came from a criminal source, so customer-level red flags do not fire. Detection depends on noticing that a deposit was made in cash by someone other than the account holder and that it matches an expected inbound transfer that never arrived through normal channels. The guide to smurfing versus structuring covers the patterns and the rules that catch each, and cuckoo smurfing covers the remittance variant.

What is trade-based money laundering?

Trade-based money laundering, or TBML, moves value by misrepresenting a commercial transaction rather than by transferring money directly. The mechanics are simple. Over-invoicing charges more than the goods are worth and transfers value from the importer to the exporter; under-invoicing does the reverse. Multiple invoicing bills the same shipment more than once, often through different banks. Phantom shipments invoice goods that were never shipped at all, and misdescription of goods or quantity inflates or deflates the value on paper. Each of these produces a payment that looks like ordinary trade settlement to the bank processing it. TBML is hard to detect because banks see documents rather than cargo. A bill of lading, a packing list, and a commercial invoice are commercial instruments that no one in the payment chain verifies against the physical shipment, valuations are legitimately subjective for many goods, and a single transaction can involve parties in several jurisdictions with no institution seeing the whole picture. Goods with wide valuation ranges, such as scrap metal, used machinery, gemstones, and art, are favored because there is no reference price to test against. Practical defenses include benchmarking invoice values against market price data, cross-checking shipping documents against customs and vessel-tracking records, flagging counterparties and goods types with known TBML exposure, and looking for trade flows that make no commercial sense, such as goods routed through countries that have no market for them. FATF treats TBML as one of the largest and least detected laundering channels, and its guidance stresses that no single institution can see enough of a trade transaction to judge it alone, which is why customs data, shipping data, and bank data have to be combined. The guide to trade-based money laundering sets out the invoicing schemes, the red flags, and the documentary checks in detail.

How is cryptocurrency used to launder money?

The techniques are digital versions of layering. Mixers and tumblers pool funds from many users and pay them out to new addresses, breaking the on-chain link between deposit and withdrawal. Chain-hopping converts assets from one blockchain to another, often several times, so that tracing has to cross networks with different tooling. Cross-chain bridges do the same job across networks with uneven compliance coverage. Privacy coins, peer-to-peer trades, and unhosted wallets keep funds away from regulated intermediaries that would apply identity checks. The cash-out step, where crypto becomes fiat, usually runs through exchanges, over-the-counter brokers, or payment services in jurisdictions with weak controls, and increasingly through accounts opened with synthetic identities or deepfake-assisted verification. The scale is large. Chainalysis estimated that illicit addresses received at least $154 billion in 2025, a 162 percent increase driven mainly by sanctioned entities, with stablecoins carrying 84 percent of illicit volume, even though illicit activity remained below 1 percent of attributed on-chain transactions. Two features cut the other way. Blockchain records are permanent and public, so tracing can follow funds across years and jurisdictions in a way that cash investigations cannot, and stablecoin issuers can freeze balances on request, which has produced recoveries that conventional laundering cases rarely achieve. FATF's March 2026 report identified peer-to-peer stablecoin transfers outside regulated intermediaries as the central vulnerability, and its July 2026 update flagged an emerging risk of stablecoins designed to resist freezing, alongside the use of deepfakes and synthetic identities at the point where funds are cashed out. For a compliance team the practical consequence is that crypto monitoring has to join on-chain tracing to off-chain account behavior, since neither view is sufficient on its own. The guide to money laundering through cryptocurrency covers the typologies, the analytics, and the Travel Rule obligations in depth.

How is layering detected?

Layering is detected by looking at sequences rather than transactions. Each step in a layering chain is designed to look ordinary: A transfer between two accounts in good standing, in a normal amount, with a plausible reference. Rules that examine transactions one at a time will not fire, so detection has to connect them. The signals that survive are structural. Rapid movement, where funds arrive and leave within hours and the account never holds a resting balance. Round-tripping, where money leaves and returns to the same beneficial owner through a chain of intermediaries. Pass-through accounts with high throughput, near-zero balance, and none of the payroll, rent, or supplier payments a real business generates. Fan-in and fan-out patterns, where many sources consolidate into one account or one account disperses to many, with no commercial logic connecting the parties. Repeated conversion between currencies or asset classes with no hedging or trading rationale. Three things make layering harder than other stages. It crosses institutions, so no single bank sees the whole chain and each sees only a fragment that looks benign. It crosses jurisdictions, where information sharing is slow or legally blocked. It crosses asset classes, moving from wire to trade to crypto and back, while most monitoring systems are built for one of them. Graph and network analytics have moved into production monitoring because they treat accounts and transfers as a connected structure and reveal the shape of a chain that no single rule can see. Behavioral analytics add a second reference point by flagging deviation from a customer's own baseline. The guide to layering detection patterns sets out the sequence-based signals and how to encode them, and the knowledge base entry on layering in money laundering covers the stage itself.

What is hawala and why is it hard to monitor?

Hawala is an informal value transfer system in which a customer pays a broker in one country and a corresponding broker in another country pays the recipient, with the two brokers settling their balance later through trade, cash, or offsetting transfers. No money crosses the border at the time of the transaction, and often no transaction touches a regulated institution at all. The system predates modern banking, is used legitimately by millions of migrant workers to send remittances cheaply and quickly, and is licensed and supervised in some jurisdictions. Its usefulness for laundering comes from the same features that make it useful for remittances: Speed, low cost, trust-based operation, and minimal paper trail. From a monitoring perspective the problem is that there is nothing to monitor. A hawala transfer appears, if at all, as a cash deposit or a trade payment unrelated to the underlying transfer, and the settlement between brokers can be netted across hundreds of unrelated clients so that no individual flow is visible. FATF's September 2026 report on underground banking found that more than 80 percent of reporting jurisdictions identify hawala and similar providers among the principal channels for professional money laundering, and described the emergence of money laundering as a service, where specialist networks move value for many unrelated criminal clients at competitive rates. The same report documented digital variants that use messaging apps, stablecoins, and fintech accounts for settlement. Detection therefore depends on recognizing the broker rather than the transfer: Accounts with high cash and trade throughput inconsistent with the stated business, settlement patterns with counterparties in remittance corridors, and links to known informal operators. The guide to hawala and informal value transfer covers how the system works, where it is licensed, and the indicators that identify an unregistered operator.

What are the most common money laundering red flags?

Red flags are the observable traces that typologies leave, and they group by stage. At placement: Cash deposits clustering just below a reporting threshold, deposits across multiple branches or by multiple people into one account, cash volumes inconsistent with the stated business, and reluctance to provide identification or explain the source of funds. At layering: Funds arriving and leaving within hours, transfers to and from jurisdictions with no connection to the customer, accounts with high throughput and no operating expenses, round-tripping through intermediaries, rapid conversion between currencies or assets, and counterparties that resolve to shell companies or nominees. At integration: Asset purchases inconsistent with declared income, loans secured on opaque offshore holdings, consulting or management fees paid to related companies with no visible services, and real estate bought through layered corporate structures. Customer-level flags cut across stages: Unusual interest in reporting thresholds, unexplained changes in transaction pattern, use of third parties to conduct transactions, inconsistencies between documents, and a business whose revenue makes no sense for its size, location, or sector. No single flag is conclusive. Most describe behavior that has an innocent explanation in isolation, and a program that escalates every one produces the alert backlogs that appear in enforcement actions as often as missed typologies do. The value is in combination and context: Several flags together, on a customer whose profile does not explain them, in a pattern that matches a known typology. That is why red flags are encoded as monitoring rules segmented by customer type, and why the rules are tuned rather than applied globally. The reference list of money laundering red flags and indicators organizes the flags by stage and sector, and the guide on how to detect money laundering explains how they are turned into detection logic.

What role do shell companies play in money laundering?

A shell company is a legal entity with no meaningful operations, employees, or physical assets. It exists on paper, and many exist for legitimate reasons: Holding structures, special purpose vehicles, joint ventures, and investment vehicles all use them. Their value for laundering comes from exactly that ordinariness. A shell provides a bank account, a registered address, a name that can appear on an invoice, and a layer between the money and the person behind it, and nothing in its filings distinguishes a tax-planning structure from a laundering vehicle. Shells appear in nearly every large layering scheme on record. Funds move from one shell to another across jurisdictions, each transfer justified by an invoice or a loan agreement between entities that are ultimately controlled by the same person, until the trail is long enough that no single institution can reconstruct it. Nominee directors and shareholders, trust and company service providers, and jurisdictions with weak beneficial ownership disclosure make the structure cheap to build and hard to unwind. The Danske Bank case is the reference example: Roughly €200 billion in non-resident flows through the Estonian branch, much of it routed through shells registered in the United Kingdom, Cyprus, and New Zealand, each transfer individually unremarkable. Detection focuses on the account rather than the entity. A shell used for layering shows high throughput with a near-zero resting balance, no payroll, no rent, no supplier payments, counterparties that are themselves shells, and activity that starts shortly after incorporation. Ownership resolution at onboarding, which identifies the natural persons behind the entity, is the other half of the control, because a shell whose beneficial owner is known is far less useful to a launderer. The guide to shell companies and money laundering covers the structures, the red flags, and the onboarding checks that expose them.

What are reverse money laundering and transaction laundering?

Both sit outside the classic three-stage model, which is why controls built around placement, layering, and integration tend to miss them. Reverse money laundering is the movement of clean money toward a criminal purpose. Instead of disguising the origin of illicit funds, it disguises the destination of legitimate ones: Salary, business revenue, or donations that are moved through layers so that their eventual use, typically terrorist financing, bribery, or the purchase of illicit goods, cannot be traced back to the source. The funds are lawful at the point of placement, so source-of-funds checks pass, and the suspicious element is the destination and the pattern of concealment rather than the money itself. Transaction laundering is the processing of sales from an illicit or undisclosed business through the merchant account of a legitimate one. A front merchant, often an ordinary online retailer, submits card transactions on behalf of a hidden merchant selling drugs, counterfeit goods, unlicensed gambling, or other prohibited products, and the acquiring bank sees only the legitimate merchant's category code. The illicit business gets access to the card networks it could never obtain directly, and the proceeds arrive as ordinary settlement. Detection for transaction laundering depends on merchant monitoring rather than customer monitoring: Transaction volumes and average ticket sizes inconsistent with the merchant's stated business, traffic arriving from websites unrelated to the merchant, chargeback and refund patterns that do not match the product, and mismatches between the merchant's declared inventory and its sales. Acquirers and payment facilitators carry the primary exposure, and card network rules impose direct penalties for undetected transaction laundering. The guide to reverse money laundering and transaction laundering covers both variants, the sectors most exposed, and the monitoring approaches that catch them.

Which industries are most exposed to money laundering?

Every regulated sector is exposed, but the typologies differ, and the same signal can mean different things in different industries. Banking carries the widest surface because it runs every payment rail, holds the accounts that shells and mules depend on, and processes the trade finance that TBML flows through. Money services businesses and payment firms see placement and cross-border layering, with high volumes of small transfers that make smurfing and remittance-based schemes hard to isolate. Cryptocurrency exchanges and service providers face chain-hopping, mixer exposure, and the fiat off-ramp where digital proceeds become spendable. Real estate is the classic integration channel: Property bought through layered corporate structures, often with cash or with loans secured on opaque collateral, converts illicit funds into an asset that appreciates and can be resold cleanly. Gaming and casinos absorb cash through chip purchases and cash-outs with minimal play, and online gaming adds the transaction laundering dimension. Trade and import-export businesses are the vehicle for TBML, with commodities that have wide valuation ranges attracting the most abuse. Luxury goods, art, and precious metals offer high-value portable assets with subjective pricing. Professional services, including lawyers, accountants, and trust and company service providers, form and administer the structures that other typologies depend on, which is why FATF treats them as gatekeepers. Cash-intensive businesses such as restaurants, car washes, and vending operations blend illicit takings into legitimate revenue at the placement stage. A monitoring rule tuned for retail banking will produce noise in a casino and miss activity in a trade finance book, so typologies need to be read through the lens of the sector. The guide to money laundering typologies by industry maps the methods to each sector, and emerging money laundering typologies tracks the methods appearing in recent enforcement.

Ufuk Gürdaş
Written by Ufuk Gürdaş Enterprise Risk Management and Compliance Officer

Ufuk Gürdaş is Enterprise Risk Management and Compliance Officer at Complead.

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