Synthetic Identities

How AI Accelerates Fraud Against Financial Institutions

📅 January 8, 2026

Written by Danny McGlynn and Catherine M. Woods, this article originally appeared in the January/February 2026 issue of the ABA Risk and Compliance Magazine.

Reproduced with permission.

Fraud is as old as commerce itself. In 300 BC, two Greek merchants conspired to sink their ship and collect the insurance money — perhaps history’s first recorded financial fraud. The plot failed when they were caught in the act: Hegestratos drowned while Zenothemis was sentenced to prison by a court in Athens.¹ Since then, the methods used by fraudsters — and the countermeasures required by institutions — have significantly increased in sophistication and scale.

Fraud does not require artificial intelligence (AI), but AI can accelerate the scale and success rate for fraud.²

AI-generated financial fraud losses could increase from an estimated $12 billion in 2023 to $40 billion in 2027.
Almost 43% of detected fraud attempts on financial institutions’ use AI, of which 29% are successful.
An estimated 1% to 3% of bank accounts in the U.S. were opened using synthetic identities.

AI-powered tools can enable automation and enhance efficiency within illicit operations and economies, just as they can do in legitimate enterprises. The use of AI “deepfakes” to perpetrate fraud is increasing, particularly their use to circumvent identification and verification controls.

“Beginning in 2023 and continuing in 2024, FinCEN has observed an increase in suspicious activity reporting by financial institutions describing the suspected use of deepfake media in fraud schemes targeting their institutions and customers. These schemes often involve criminals altering or creating fraudulent identity documents to circumvent identity verification and authentication methods.” – Source FinCEN, Nov. 2024³

Synthetics, Shells, And Deepfakes

To understand how AI is used in frauds targeting financial institutions and their customers, some key elements must be understood.

Synthetic identities

Synthetic identities are fictitious or partially fictitious personal identities. The identities can be fully fabricated using invented names, birthdates, and other identifiers, or they can be partially fabricated. Partially fabricated identities use combinations of authentic and falsified information, such as a real Social Security Number (SSN) compromised in a data breach, combined with a fake name. Synthetic identities can be used to open accounts which are subsequently used to perpetrate fraud, including credit or loan fraud, as well as to further illicit activity, such as being used to funnel funds as part of laundering.⁴

Shell companies

Shell companies are businesses that have legal structures but no real operations or assets. They have legitimate uses and are not by definition illegal — however, they are extensively used in money laundering, proliferation financing, sanctions evasion, tax evasion and other types of financial crime, according to the Financial Action Task Force (FATF) and FinCEN.⁵ Shell companies are often used in attempts to obscure the source, destination, purpose, and beneficiaries of illicit financial flows. They are appealing to criminal organizations because they involve minimal resources to set up and operate, and when authorities identify one company as being linked with illicit activity, a new one can be quickly opened, frequently with the same owner or at the same address.

AI is not required to set up shell companies: in 2017, Hasan Hakim Brown pleaded guilty to stealing $24 million in Covid-19 relief funds. He used data storage and virtualization machines to manufacture synthetic identities, automatically open bank accounts and shell companies, and monitor activity linked with them.⁶

The difference AI makes is that it enables synthetic identities or entities to be generated more rapidly. AI can also create identity and other information to make the synthetic identities and entities appear more credible, making detection more difficult.

Deepfakes

Deepfakes use AI to create highly realistic content that is difficult to distinguish from unmodified authentic information. In the financial services context, this can include generation of falsified documents, photographs, and videos, to circumvent customer identification and verification controls. It can also include authentic-looking documents to accompany a credit application including payslips, bank statements, utility bills, and phone bills.⁷

Deepfakes can also be used in evolutions of “CEO frauds,” in which an employee is induced to take actions by a person appearing to be a trusted or senior colleague — such as a C-suite or finance department executive — or to perpetrate frauds targeting customers, such as romance scams, family/emergency scams, and investment scams.

Combining Synthetic Identities and Entities to Amplify Fraud

In addition to AI-generated or AI-enhanced identities and entities described above, the use of AI in fraud may be multi-layered. Figure 1 shows some of these possibilities: individuals associated with an entity customer may be synthetic, synthetic identities may be used to create a real company, or AI may be used to falsify multi-layered corporate groups. This presents new ways for illicit actors to avoid revealing their identities and to reduce the possibility of detection.

Figure 1. Examples of how AI-enabled fraud can be used to circumvent customer identification and verification

Red Flags and Real-Life Examples

AI-enabled frauds are not theoretical: they are already occurring. FinCEN’s analysis of BSA data indicates that criminals have already used AI to generate falsified documents, photographs, and videos, including those used on drivers licenses and passport cards. These fraudulent identities have successfully been used to open accounts and receive and launder the proceeds of fraud and other illicit activities.⁸ Financial institutions should incorporate measures to identify AI-specific red flags throughout the client lifecycle.

Red flags during onboarding

Red flags that may indicate the use of AI-generated synthetic identities, entities, or documents include:⁹

An individual’s photo or video shows signs of being altered, matches a picture in a gallery of AI-generated faces, or is flagged by deepfake detection software.
There are inconsistencies between the identity documents submitted by the customer, or between the identity documents and other aspects of the customer profile (e.g. the apparent age in their photo is different from what their date of birth would indicate, or their IP address indicates a different location than the address in their documents).
During a live verification check a customer uses a third-party webcam plugin, or attempts to change communication method due to claimed “technology issues.”
AI-detection software flags the potential use of GenAI text in a customer’s profile or responses to prompts.
There are multiple identities associated with the same SSN, address or phone number, or there are multiple account openings from the same IP address or device.

Indicators that an image or video may be an AI-generated or modified fake include:¹⁰

Blurring on the face but not other areas of the image or video (or vice versa);
Change of skin tone near the edge of the face;
Double chins, eyebrows, or edges to the face, or other distortions to the face or body;
Blurring or the appearance of pixilation when the face is partially obscured by another object;
Changes in the background or lighting, or shadows which are inaccurate compared with the apparent setting;
Inconsistencies in the context, such as incongruences between the subject, foreground, and background, or the background sounds are inconsistent with the purported location;
Phrasing which is inconsistent with the words or expressions the apparent speaker would use;
Variations in quality during the video or lag times; and
Movements that are not natural or physical properties that are not possible, such as feet not touching the ground.

Technology solutions can also be used to identify indicators of potential deepfakes, such as metadata examination tools. For example, intact metadata is indicative of authenticity, whereas where some metadata has been stripped, it indicates that the media was potentially manipulated and further investigation is required.¹¹

Red flags during the client lifecycle

The objective of opening an account using a synthetic identity — whether an individual or entity/business account — is to undertake illicit activity such as credit fraud or laundering criminal proceeds. During the client lifecycle, red flags are not necessarily specific to AI-enabled activity. For example, building trust and credit history over an extended period ahead of maxing out credit lines and defaulting, called “bust out fraud,” is not unique to AI-enabled or synthetic identities and accounts. Additional risk management measures can enhance identification and action on AI-enabled frauds are described below in Action 3. Ongoing monitoring and assessment

Table 1 : Key Resources

Regulators and law enforcement agencies have published reports detailing methodologies and examples of AI-generated deepfakes, including red flags, and how to identify and mitigate these risks.

Date	Agency	Comment/Link
Not Specified	Federal Reserve	Detailed resources to identify and response to synthetic identity fraud risks Synthetic Identity Fraud Mitigation Toolkit https://fedpaymentsimprovement.org/resources/synthetic-identity-fraud-mitigation-toolkit/
January 2025	U.S. Department of Homeland Security (DHS)	Includes sections on deepfake detection methods and heuristics for identifying deepfakes Impacts of Adversarial Use of Generative AI on Homeland Security https://www.dhs.gov/sites/default/files/2025-01/25_0110_st_impacts_of_adversarial_generative_aI_on_homeland_security_0.pdf
December 2024	Commodity Futures Trading Commission (CFTC)	Sets out requirements under CFTC regulations that could be implicated by potential AI uses and risks Use of AI in CFTC-Regulated Markets https://www.cftc.gov/PressRoom/PressReleases/9013-24
December 2024	Federal Bureau of Investigation (FBI)	Provides examples of how criminals may use AI-Generated Text, AI-Generated Images, AI-Generated Audio, and AI-Generated Videos Criminals Use Generative AI to Facilitate Financial Fraud https://www.ic3.gov/PSA/2024/PSA241203%23retfn3
November 2024	Financial Crimes Enforcement Network (FinCEN)	Includes sections on detecting and mitigating deepfake identity documents, and financial red flag indicators of deepfake media abuse Alert on Fraud Schemes Involving Deepfake Media Targeting Financial Institutions https://www.fincen.gov/system/files/shared/FinCEN-Alert-DeepFakes-Alert508FINAL.pdf
November 2024	National Credit Union Association(NCUA)	Contains section on managing risks from the use of AI, including preventive controls, monitoring and auditing, and termination procedures NCUA Artificial Intelligence Compliance Plan https://ncua.gov/ai/ncua-artificial-intelligence-compliance-plan
September 2024	Office of the Superintendent of Financial Institutions (OSFI) and the Financial Consumer Agency of Canada (FCAC) (Canada)	Outlines key risks that arise for financial institutions from AI, based in part on findings from a survey of federally regulated financial institutions Risk Report: AI Uses and Risks at Federally Regulated Financial Institutions https://www.osfi-bsif.gc.ca/en/about-osfi/reports-publications/osfi-fcac-risk-report-ai-uses-risks-federally-regulated-financial-institutions
April 2024	FinCEN	Details emerging risks, typologies, and red flag indicators to identify theft and fraud schemes involving counterfeit U.S. passport cards Notice on the Use of Counterfeit U.S. Passport Cards to Perpetuate ID Theft and Fraud Schemes at Financial Institutions https://www.fincen.gov/sites/default/files/shared/FinCEN_Notice_Counterfeit_US_Passport_FINAL508.pdf
March 2024	Competition Bureau Canada	News release with stats on fraud cases, what fraudsters are using AI for, red flags to watch for, and how to protect yourself The Rise of AI: Fraud in the Digital Age https://www.canada.ca/en/competition-bureau/news/2024/03/the-rise-of-ai-fraud-in-the-digital-age.html
January 2024	U.S. Securities and Exchange Commission (SEC)	Includes section on AI-enabled technology used to scam investors, including deepfake video and audio Artificial Intelligence (AI) and Investment Fraud: Investor Alert https://www.investor.gov/introduction-investing/general-resources/news-alerts/alerts-bulletins/investor-alerts/artificial-intelligence-fraud
January 2024	FinCEN	Provides threat pattern and trend information on identity-related suspicious activity based on BSA data filed with FinCEN from Jan — Dec 2021. Financial Trend Analysis: Identity-Related Suspicious Activity—2021 Threats and Trends https://www.fincen.gov/sites/default/files/shared/FTA_Identity_Final508.pdf
September 2023	National Security Agency (NSA), FBI, Cybersecurity and Infrastructure Security Agency (CISA)	Describes trends and case studies of GenAI, and recommendations for defending against deepfakes Contextualizing Deepfake Threats to Organizations https://media.defense.gov/2023/Sep/12/2003298925/-1/-1/0/CSI-DEEPFAKE-THREATS.PDF
2021	DHS	Developed by a Public-Private Analytic Exchange Program, includes case studies and scenarios of social engineering attacks Increasing Threat of Deepfake Identities https://www.dhs.gov/sites/default/files/publications/increasing_threats_of_deepfake_identities_0.pdf

Taking Action Against AI-Enhanced Fraud

An effective response to fraud requires action throughout an institution. While the use of AI and deepfakes in the context of client due diligence has been described in detail above, staff throughout the institution may be targeted by other types of AI-enhanced attacks.

Deepfake-Enhanced Frauds: CEO Fraud Cases

In addition to the use of AI to circumvent client due diligence, AI enhances the scale and success of other frauds too. These frauds can target financial institution staff as well as customers. Significant losses have already occurred in deepfake-enhanced “CEO frauds,” such as the well-known fraud against Arup, discussed in the article Deepfake Deepdive.

In CEO frauds, AI deepfakes are used to target businesses, including companies, suppliers and business partners. The same methodologies also can be used to create more personalized and credible romance scams, family/medical emergency scams, and investment frauds. For example, in a family scam, a fraudster may use a deepfake voice or video to impersonate a target’s family member to gain trust and establish credibility.

According to the Department of Homeland Security, National Security Agency, Federal Bureau of Investigation, and Cybersecurity and Infrastructure Security Agency, deepfakes can also be used against institutions for objectives including:

Sabotaging corporate operations;
Manipulating stock prices;
Influencing public opinion or campaigns;
Falsifying evidence; and

Impersonating executives to damage brands.

AI-Enhanced National Security and Sanctions Risks to Banks: North Korean Remote IT Workers

Financial institutions may also face national security and sanctions risks in their hiring processes due to sophisticated use of AI. The FBI has identified that North Korean IT workers are gaining employment at U.S. companies as remote workers to generate illicit revenues for the regime. AI and face-swapping technology has been used in job interviews to hide their true identity.¹² In addition to generating revenues from their salaries, the North Korean workers can install unauthorized remote access software, compromise security, gain access to sensitive data, and steal proprietary code. Some companies have been extorted by holding proprietary data and code hostage until ransoms are paid.

In July 2025, Christina Marie Chapman, from Arizona, was convicted for her role in assisting North Korean workers to get remote IT positions at 309 U.S. companies.¹³ The fraud involved theft of the identities of 68 U.S. persons and generated at least $17.1 million in revenue for North Korea. In similar cases, defendants are alleged to have used shell companies with corresponding websites and accounts to make it appear as though the remote IT workers were affiliated with legitimate U.S. businesses.

In addition to the payment of salaries being a contravention of North Korea sanctions by the institution involved, it also represents potential compromise of critical private sector financial and commercial infrastructure, which adversely impacts economic security.

Establish close cooperation across the institution including cyber, fraud, AML, and credit risk teams

AI-enabled fraud, like many other types of fraud, intersects multiple teams within an organization including cyber, fraud, AML, and credit risk. To ensure a unified response, the organization should establish close cooperation, such as working groups with representatives from all relevant departments. This ensures knowledge is shared, while also minimizing duplication and gaps. Datasets should be integrated to provide a more complete view which better enables anomalies to be identified.

For example:

The activity on accounts set up using synthetic identities may mimic that of authentic individuals. Even when a significant loss occurs, this may be presumed to be the result of a real person defaulting on their credit and it may be written off as a credit loss. Collaboration between the credit and fraud teams could uncover that the identity used to open the account was synthetic. This should then prompt further investigation to ensure that the same synthetic identity or personal information has not been used to open other accounts.
Identifying and preventing fraud perpetrated using remote North Korean IT workers requires coordination between teams. These include Human Resources (HR) to implement appropriate hiring controls such as identity verification, and cyber teams to monitor remote work access and activities. (For more information on fraud using North Korean workers, see the sidebar to this article titled, “AI-enhanced national security and sanctions risks to banks: North Korean remote IT workers.”)

Assess policies, processes, systems and controls focusing specifically on AI fraud risks

Financial institutions should be vigilant and continuously review and adapt their anti-fraud countermeasures as methodologies evolve. Sources of information include internal investigations, law enforcement and regulatory advisories, and sharing information within industry.

Policies, processes, systems, and controls should be reviewed and designed to manage AI-specific risks. For example:

The institution’s risk assessment should include specific consideration of AI-enabled frauds. Some institutions are more susceptible to executive impersonation, whereas those processing high transaction volumes are more vulnerable to financial fraud. The institution should develop appropriate risk management measures according to its risk profile.
The vendor evaluation process for an institution using a third-party digital identification and verification solution should assess the measures the software uses to detect AI-enhanced or generated identities and entities, to ensure they meet the institution’s standards.
The procedure applicable in the event of credit loss should include investigation into whether this was the result of synthetic identity or entity fraud, which should prompt further investigation as described below.

Financial institutions can also consider the use of analytics and AI to enhance their anti-fraud measures — using AI as a “shield” against its use by fraudsters as a “sword”.

Ongoing monitoring and assessment

Ongoing monitoring and assessment are key to identifying fraud, as well as preventing further fraud. Some risk management measures that can enhance identification and action on AI-specific frauds throughout the client lifecycle include:¹⁴

Ongoing comparison of account data across the client base. Data elements (e.g. SSN or address) are often re-used to create multiple synthetic identities which are used to open further accounts. If a new account is opened and the SSN is already associated with a different, existing customer, it is an indicator that one or both identities may be synthetic. The Social Security Administration’s electronic Consent-Based Social Security Number Verification system (eCBSV) allows consent-based SSN checks that help banks identify synthetic identities.
Shared device or contact details across multiple clients. It is uncommon for multiple legitimate customers to share a device, email address, or phone number. However, this can occur in fraud schemes because multiple synthetic identities are controlled by the same fraudster.
Behavioral profiling and anomaly detection including typing speed, mouse movements, and session patterns. These provide dynamic individualized “signatures”, which — unlike static identifiers like passwords — are difficult to falsify or compromise.

If fraud losses occur (or there is a “near miss”) or other suspicious activity is identified, further analysis should be performed to identify the methodologies used and whether any other accounts show the same characteristics. They too may be part of a wider fraud scheme. For example, for a confirmed credit card fraud, were the repayments made from an account which has also remitted payments for other credit cards in different names?

The Federal Reserve provides valuable resources including a useful checklist on post-loss analysis: https://fedpaymentsimprovement.org/wp-content/uploads/identifying-existing-synthetics-post-loss.pdf

While institutions should use “red flags” to identify risk indicators for fraud, they should also ensure these processes are applied responsibly. For example, well-established indicators of a falsified SSN include: the SSN that does not correspond with the age of a person, the absence of a credit score, or a short address history. While these are red flags for a falsified SSN, they are also consistent with a valid SSN for a person recently arrived in the United States.

Fraud solutions should also include “negative indicators” and/or manual validation to identify whether the fraud red flags are a “false positive.” For example, in the scenario above, the person may have opened their account with a passport and visa showing their arrival date in the United States. Imprecise application of red flags without adequate human oversight adversely impacts financial inclusion, and over-reliance on automated systems may even result in litigation, regulatory penalties, and financial failure of the business.¹⁵

Provide training for staff on AI fraud risks and indicators

Financial institutions should provide training to their staff specifically on AI fraud. To enhance relevance and retention of knowledge, training should be customized for the fraud risks faced by each group of staff, for example:

Customer-facing staff: how to identify indicators of AI-enhanced voice or video, as well as indicators that a customer may be a victim of fraud;
Investigations teams (e.g. AML and fraud): red flags and investigative techniques for AI-enabled synthetic identity and entity fraud;
HR staff: indicators of North Korean IT worker impersonations and other types of hiring fraud; and
Finance staff: how deepfakes can be used in “CEO frauds” in an attempt to induce unauthorized payments.

All staff should be trained on the actions required if they identify suspected or actual fraud.

Support customer awareness

In addition to training staff, financial institutions should consider customer awareness campaigns which include information on how AI can be used to perpetrate fraud. This enhances the customer relationship by providing useful resources. It also reduces customer vulnerability to fraud — and the potential for financial institutions to incur losses or to be held accountable by regulators for having inadequate controls to protect their customers. (See the sidebar “Bank responsibilities for defrauded customers: Best practices.”)

For example, awareness campaigns for corporate customers could focus on CEO frauds and how their business might be targeted. For business accounts, any change to payee information should trigger an out-of-band confirmation — the same type of control used in business email compromise (BEC) prevention. Individual customers could be educated on elder fraud, romance scams, and family/medical emergency scams, among others. Customers could also be encouraged to learn the signs that their family members or friends might be targeted so that they can more effectively intervene and support.

Report and share intelligence

Financial institutions should share information with each other where permitted by regulation, as well as reporting it to appropriate U.S. government agencies. This increases awareness of fraud methodologies as well as specific fraud schemes, enabling them to be more quickly identified and contained, as well as supporting law enforcement investigations. For example:

Deepfakes should be reported to FinCEN, the National Security Agency (NSA) Cybersecurity Collaboration Center for Department of Defense and Defense Industrial Base Organizations, and the Federal Bureau of Investigation (FBI).
Fraudulent identities should also be reported to credit bureaus to mitigate the risk of them being re-used in future.

Bank Responsibilities for Defrauded Customers: Best Practices

Regulators increasingly expect financial institutions to have effective measures in place to protect their customers from fraud and to take effective action to support customers if fraud occurs. This position recognizes that banks have extensive resources and data available, enabling them to identify patterns across their customer base, whereas each customer has access to only their account information and is rarely a fraud.

As AI increases the sophistication of frauds, and therefore the likelihood that customers may become victims, financial institutions would be well-advised to ensure their anti-fraud programs include effective customer protection measures. Based on action taken by regulators, their expectations of financial institutions include:

Implement effective identity verification to minimize illicit actors opening accounts, which enable the fraudster to present as legitimate and target other users.
Implement effective monitoring for fraud typologies. For example, regulators have referred to the need for institutions to monitor for fraud indicators including funneling from multiple accounts into a single account, then onward transfer of funds, within a few minutes.
Take action on red flags to prevent further fraud. Regulators have referenced red flags as including customer complaints of fraud, accessing accounts from unrecognized devices, accessing accounts from new locations, and changes to usernames/passwords.
Promptly and effectively investigate unauthorized transfers and provide refunds to which customers are entitled under regulations.
Provide a live-person customer service telephone line. For example, one payment processor’s anti-fraud number provided only a recorded message, with the result being that customers looking for ways to reach customer service were targeted by fraudsters posing as customer support representatives.

Conclusion

Cartels, CMLNs, and their destructive effects extend beyond any one country or region. Within the United States, they operate across almost all states. Beyond this, China is closely associated with precursor chemicals and CMLNs are key enablers through the laundering services they provide. Other countries are also involved as sellers of precursors, markets for narcotics, or as alternative sources of illicit funds to drive CMLN activity and profitability. Cartel and CMLNs’ extensive, complex, and adaptable networks present formidable challenges across the financial sector. All FIs are vulnerable and must prioritize actions to counter cartel activity, money laundering, the criminality and violence they drive in the United States and globally, and the threats they present to national and collective security.

Endnotes

^[1] ‘Fraudster Tales: History’s Greatest Financial Criminals and Their Catastrophic Crimes’ by Vijay Narayan Govind (2024)

^[2] https://www.signicat.com/press-releases/42-5-of-fraud-attempts-are-now-ai-driven-financial-institutions-rushing-to-strengthen-defences; https://www.deloitte.com/us/en/insights/industry/financial-services/deepfake-banking-fraud-risk-on-the-rise.html; https://fedpaymentsimprovement.org/wp-content/uploads/sif-synthetic-money-mules.pdf

^[3] https://www.fincen.gov/sites/default/files/shared/FinCEN-Alert-DeepFakes-Alert508FINAL.pdf

^[4] https://magazines.aba.com/rcmag/july_august_2025/MobilePagedArticle.action?articleId=2067927#articleId2067927

^[5] https://www.fatf-gafi.org/en/publications/Fatfrecommendations/Guidance-Beneficial-Ownership-Legal-Persons.html; https://www.fincen.gov/news/news-releases/fincen-issues-final-rule-regarding-access-beneficial-ownership-information

^[6] https://www.justice.gov/usao-sdfl/pr/defendant-pleads-guilty-stealing-24-million-covid-19-relief-money-through-fraud-scheme

^[7] https://fedpaymentsimprovement.org/wp-content/uploads/sif-toolkit-genai.pdf

^[8] https://www.fincen.gov/sites/default/files/shared/FinCEN-Alert-DeepFakes-Alert508FINAL.pdf

^[9] https://www.fincen.gov/sites/default/files/shared/FinCEN-Alert-DeepFakes-Alert508FINAL.pdf; https://fedpaymentsimprovement.org/wp-content/uploads/use-case-credit-union-organization-link-analysis.pdf

^[10] https://www.fincen.gov/sites/default/files/shared/FinCEN-Alert-DeepFakes-Alert508FINAL.pdf; https://media.defense.gov/2023/Sep/12/2003298925/-1/-1/0/CSI-DEEPFAKE-THREATS.PDF; https://www.dhs.gov/sites/default/files/publications/increasing_threats_of_deepfake_identities_0.pdf

^[11] https://media.defense.gov/2023/Sep/12/2003298925/-1/-1/0/CSI-DEEPFAKE-THREATS.PDF

^[12] https://www.ic3.gov/PSA/2024/PSA240516 and https://www.ic3.gov/PSA/2025/PSA250123

^[13] https://www.justice.gov/usao-dc/pr/arizona-woman-sentenced-17m-it-worker-fraud-scheme-illegally-generated-revenue-north

^[14] https://fedpaymentsimprovement.org/wp-content/uploads/identifying-existing-synthetics-within-portfolio.pdf; https://fedpaymentsimprovement.org/resources/synthetic-identity-fraud-mitigation-toolkit/how-synthetic-identities-are-used/; https://www.threatmark.com/wp-content/uploads/2025/05/ThreatMark-AI-vs-Fraud-The-Future-of-Fraud-Defense-Whitepaper.pdf

^[15] https://www.fca.org.uk/news/press-releases/fca-censures-amigo-failing-conduct-adequate-affordability-checks; https://www.amigoscheme.co.uk/

About the Authors

Danny McGlynn is the President and Chief Integrity Officer of the Institute for Financial Integrity (IFI), a Washington, DC.-based entity dedicated to protecting the financial system from illicit use and combating threats to collective security through cutting-edge research, education, and training. Prior to IFI, Danny was a senior managing director at K2 Integrity’s DC office (formerly known as Financial Integrity Network) for nearly four years, responsible for leading the company’s online training business. Prior to joining K2 Integrity, Danny served for more than 20 years with the U.S. Department of the Treasury, where he held a variety of positions at the Office of Foreign Assets Control (OFAC) and the Office of Intelligence and Analysis (OIA), including as the Principal Deputy Assistant Secretary (PDAS) of OIA. Reach him at dmcglynn@finintegrity.org

Catherine M. Woods is an Associate Managing Director at the Institute for Financial Integrity where she leads capacity-building initiatives on countering narcotics and fentanyl trafficking, illicit procurement networks and export controls, and emerging technologies including digital assets. Catherine has more than 20 years of experience in senior and specialist positions in global banks and fintechs where her roles have included financial crime intelligence, public-private partnerships, due diligence, and client engagement. She has spoken at Interpol, the National War College, and the Irregular Warfare Initiative, as well as client and industry events. She holds a J.D., certifications in AML and blockchain, and aviation qualifications. Reach her at cwoods@finintegrity.org.

Want to learn more about Fraud?

Designed for compliance, risk, and financial crime professionals, our Foundations of Anti-Fruad course delivers a practical overview of fraud risks and prevention strategies. Learners gain insight into global regulatory expectations, emerging fraud-enabling technologies, third-party fraud risks, and the essential components of an effective fraud prevention framework—reinforced through real enforcement and bank fraud case studies.

Learn More

Recommended Blogs

AML/CFT and Sanctions Enforcement Actions in 2025

December 9, 2025

2025 will go down as a historic year for AML/CFT and sanctions-related enforcement actions in two ways. It’s the first time in over 20 years that no banks have faced major penalties, and state regulators began jointly penalizing institutions.

Debt & Duty

December 4, 2025

Chinese Money Laundering Networks target students to operate as money mules to launder cartel proceeds. Learn more about the methods used for recruitment and control, and the red flags that financial institutions can use to identify and respond.

Navigating the Convergence of Sanctions Evasion, Export Control Evasion, and Money Laundering

October 22, 2025

Explore the convergence of illicit finance domains through real-life examples including Russia’s procurement of drone components, Iran’s evasion networks, and China’s acquisition of restricted chips.

Laundering Luxury

September 17, 2025

‘Daigou’ buyers purchasing luxury items in the U.S. for sale in China are often funded by Chinese Money Laundering Networks using financial proceeds of cartel activities. Learn how these methods operate, the red flags financial institutions can identify, and the actions to take in response.