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Showing posts with label Financial Fraud. Show all posts

Why Banks Must Proactively Detect Money Mule Activity



Financial institutions are under increasing pressure to strengthen their response to money mule activity, a growing form of financial crime that enables fraud and money laundering. Money mules are bank account holders who move illegally obtained funds on behalf of criminals, either knowingly or unknowingly. These activities allow criminals to disguise the origin of stolen money and reintroduce it into the legitimate financial system.

Recent regulatory reviews and industry findings stress upon the scale of the problem. Hundreds of thousands of bank accounts linked to mule activity have been closed in recent years, yet only a fraction are formally reported to shared fraud databases. High evidentiary thresholds mean many suspicious cases go undocumented, allowing criminal networks to continue operating across institutions without early disruption.

At the same time, banks are increasingly relying on advanced technologies to address the issue. Machine learning systems are now being used to analyze customer behavior and transaction patterns, enabling institutions to flag large volumes of suspected mule accounts. This has become especially important as real-time and instant payment methods gain widespread adoption, leaving little time to react once funds have been transferred.

Money mules are often recruited through deceptive tactics. Criminals frequently use social media platforms to promote offers of quick and easy money, targeting individuals willing to participate knowingly. Others are drawn in through scams such as fake job listings or romance fraud, where victims are manipulated into moving money without understanding its illegal origin. This wide range of intent makes detection far more complex than traditional fraud cases.

To improve identification, fraud teams categorize mule behavior into five distinct profiles.

The first group includes individuals who intentionally commit fraud. These users open accounts with the clear purpose of laundering money and often rely on stolen or fabricated identities to avoid detection. Identifying them requires strong screening during account creation and close monitoring of early account behavior.

Another group consists of people who sell access to their bank accounts. These users may not move funds themselves, but they allow criminals to take control of their accounts. Because these accounts often have a history of normal use, detection depends on spotting sudden changes such as unfamiliar devices, new users, or altered behavior patterns. External intelligence sources can also support identification.

Some mules act as willing intermediaries, knowingly transferring illegal funds for personal gain. These individuals continue everyday banking activities alongside fraudulent transactions, making them harder to detect. Indicators include unusual transaction speed, abnormal payment destinations, and increased use of peer-to-peer payment services.

There are also mules who unknowingly facilitate fraud. These individuals believe they are handling legitimate payments, such as proceeds from online sales or temporary work. Detecting such cases requires careful analysis of transaction context, payment origins, and inconsistencies with the customer’s normal activity.

The final category includes victims whose accounts are exploited through account takeover. In these cases, fraudsters gain access and use the account as a laundering channel. Sudden deviations in login behavior, device usage, or transaction patterns are critical warning signs.

To reduce financial crime effectively, banks must monitor accounts continuously from the moment they are opened. Attempting to trace funds after they have moved through multiple institutions is costly and rarely successful. Cross-industry information sharing also remains essential to disrupting mule networks early and preventing widespread harm. 

U.S. Sanctions Cybercrime Networks Behind $10 Billion in Fraud

 




The United States Treasury has announced sweeping sanctions against criminal groups accused of running large-scale online scams that cost Americans more than $10 billion last year. The targeted networks, mainly operating out of Myanmar and Cambodia, are accused not only of financial fraud but also of serious human rights abuses.


How the scams work

Authorities say the groups rely on a mix of fraudulent tactics to trick people into sending money. Common schemes include romance scams, in which criminals build fake online relationships to extract funds, and investment frauds that present convincing but false opportunities. Victims often believe they are dealing with legitimate businesses or partners, only to later discover that their savings have vanished.

Investigators also mentioned disturbing practices inside these scam compounds. Many operations reportedly force people, often trafficked across borders into working long hours under threats of violence. Survivors describe conditions that amount to modern-day slavery, with physical abuse used to maintain control.


Why sanctions were imposed

To disrupt these activities, the Treasury’s Office of Foreign Assets Control (OFAC) blacklisted nearly two dozen individuals and entities. Those sanctioned include property owners who rent out space for scam centers, energy suppliers that keep the compounds running, holding companies tied to armed groups in Myanmar, and organizers of money-laundering networks.

Once placed on the OFAC list, people and organizations lose access to any assets that fall under U.S. jurisdiction. They are also cut off from the American banking system and cannot transact in U.S. dollars. U.S. citizens and businesses are prohibited from dealing with them, and even non-U.S. companies typically avoid contact to prevent secondary penalties.


Scale of the problem

The Treasury noted that reported losses linked to Southeast Asian scams rose 66 percent in a single year, reflecting how quickly these operations are expanding. The scams have become highly sophisticated, with call centers staffed by English-speaking workers, slick websites, and carefully scripted methods for gaining trust. This combination makes them harder for individuals to detect and easier for the criminals to scale globally.


Implications for victims and prevention

Officials stress that the financial impact is only part of the damage. Beyond the billions stolen from households, thousands of people are trapped in the scam compounds themselves, unable to leave. The sanctions are designed to cut off the networks’ financial lifelines, but enforcement alone cannot stop every fraudulent attempt.

Experts urge the public to remain watchful. Requests for money from strangers met online, or platforms promising unusually high returns, should raise red flags. Before investing or transferring funds, individuals should verify companies through independent and official sources. Suspected fraud should be reported to authorities, both to protect oneself and to aid broader crackdowns on these networks.


Deepfake Video of Sadhguru Used to Defraud Bengaluru Woman of Rs 3.75 Crore


 

As a striking example of how emerging technologies are used as weapons for deception, a Bengaluru-based woman of 57 was deceived out of Rs 3.75 crore by an AI-generated deepfake video supposedly showing the spiritual leader Sadhguru. The video was reportedly generated by an AI-driven machine learning algorithm, which led to her loss of Rs 3.75 crore. 

During the interview, the woman, identifying herself as Varsha Gupta from CV Raman Nagar, said she did not know that deepfakes existed when she saw a social media reel that appeared to show Sadhguru promoting investments in stocks through a trading platform, encouraging viewers to start with as little as $250. She had no idea what deepfakes were when she saw the reel. 

The video and subsequent interactions convinced her of its authenticity, which led to her investing heavily over the period of February to April, only to discover later that she had been deceived by the video and subsequent interactions. During that time, it has been noted that multiple fake advertisements involving artificial intelligence-generated voices and images of Sadhguru were circulating on the internet, leading police to confirm the case and launch an investigation. 

It is important to note that the incident not only emphasises the escalation of financial risk resulting from deepfake technology, but also the growing ethical and legal issues associated with it, as Sadhguru had recently filed a petition with the Delhi High Court to protect his rights against unauthorised artificial intelligence-generated content that may harm his persona. 

Varsha was immediately contacted by an individual who claimed to be Waleed B, who claimed to be an agent of Mirrox, and who identified himself as Waleed B. In order to tutor her, he used multiple UK phone numbers to add her to a WhatsApp group that had close to 100 members, as well as setting up trading tutorials over Zoom. After Waleed withdrew, another man named Michael C took over as her trainer when Waleed later withdrew. 

Using fake profit screenshots and credit information within a trading application, the fraudsters allegedly constructed credibility by convincing her to make repeated transfers into their bank accounts, in an effort to gain her trust. Throughout the period February to April, she invested more than Rs 3.75 crore in a number of transactions. 

 After she declined to withdraw what she believed to be her returns, everything ceased abruptly after she was informed that additional fees and taxes would be due. When she refused, things escalated. Despite the fact that the investigation has begun, investigators are partnering with banks to freeze accounts linked to the scam, but recovery remains uncertain since the complaint was filed nearly five months after the last transfer, when it was initially filed. 

Under the Bharatiya Nyaya Sanhita as well as Section 318(4) of the Information Technology Act, the case has been filed. Meanwhile, Sadhguru Jaggi Vasudev and the Isha Foundation formally filed a petition in June with the Delhi High Court asking the court to provide him with safeguards against misappropriation of his name and identity by deepfake content publishers. 

Moreover, the Foundation issued a public advisory regarding social media platform X, warning about scams that were being perpetrated using manipulated videos and cloned voices of Sadhguru, while reaffirming that he is not and will not endorse any financial schemes or commercial products. It was also part of the elaborate scheme in which Varsha was added to a WhatsApp group containing almost one hundred members and invited to a Zoom tutorial regarding online trading. 

It is suspected that the organisers of these sessions - who later became known as fraudsters - projected screenshots of profits and staged discussions aimed at motivating participants to act as positive leaders. In addition to the apparent success stories, she felt reassured by what seemed like a legitimate platform, so she transferred a total of 3.75 crore in several instalments across different bank accounts as a result of her confidence in the platform. 

Despite everything, however, the illusion collapsed when she attempted to withdraw her supposed earnings from her account. A new demand was made by the scammers for payment of tax and processing charges, but she refused to pay it, and when she did, all communication was abruptly cut off. It has been confirmed by police officials that her complaint was filed almost five months after the last transaction, resulting in a delay which has made it more challenging to recover the funds, even though efforts are currently being made to freeze the accounts involved in the scam. 

It was also noted that the incident occurred during a period when concern over artificial intelligence-driven fraud is on the rise, with deepfake technology increasingly being used to enhance the credibility of such schemes, authorities noted. In April of this year, Sadhguru Jaggi Vasudev and the Isha Foundation argued that the Delhi High Court should be able to protect them from being manipulated against their likeness and voice in deepfake videos. 

In a public advisory issued by the Foundation, Sadhguru was advised to citizens not to promote financial schemes or commercial products, and to warn them against becoming victims of fraudulent marketing campaigns circulating on social media platforms. Considering that artificial intelligence is increasingly being used for malicious purposes in this age, there is a growing need for greater digital literacy and vigilance in the digital age. 

Despite the fact that law enforcement agencies are continuing to strengthen their cybercrime units, the first line of defence continues to be at the individual level. Experts suggest that citizens exercise caution when receiving unsolicited financial offers, especially those appearing on social media platforms or messaging applications. It can be highly effective to conduct independent verification through official channels, maintain multi-factor authentication on sensitive accounts, and avoid clicking on suspicious links on an impulsive basis to reduce exposure to such traps. 

Financial institutions and banks should be equally encouraged to implement advanced artificial intelligence-based monitoring systems that can detect irregular patterns of transactions and identify fraudulent networks before they cause significant losses. Aside from technology, there must also be consistent public awareness campaigns and stricter regulations governing digital platforms that display misleading advertisements. 

It is now crucial that individuals keep an eye out for emerging threats such as deepfakes in order to protect their personal wealth and trust from these threats. Due to the sophistication of fraudsters, as demonstrated in this case, it is becoming increasingly difficult to protect oneself in this digital era without a combination of diligence, education, and more robust systemic safeguards.

How Scammers Use Deepfakes in Financial Fraud and Ways to Stay Protected

 

Deepfake technology, developed through artificial intelligence, has advanced to the point where it can convincingly replicate human voices, facial expressions, and subtle movements. While once regarded as a novelty for entertainment or social media, it has now become a dangerous tool for cybercriminals. In the financial world, deepfakes are being used in increasingly sophisticated ways to deceive institutions and individuals, creating scenarios where it becomes nearly impossible to distinguish between genuine interactions and fraudulent attempts. This makes financial fraud more convincing and therefore more difficult to prevent. 

One of the most troubling ways scammers exploit this technology is through face-swapping. With many banks now relying on video calls for identity verification, criminals can deploy deepfake videos to impersonate real customers. By doing so, they can bypass security checks and gain unauthorized access to accounts or approve financial decisions on behalf of unsuspecting individuals. The realism of these synthetic videos makes them difficult to detect in real time, giving fraudsters a significant advantage. 

Another major risk involves voice cloning. As voice-activated banking systems and phone-based transaction verifications grow more common, fraudsters use audio deepfakes to mimic a customer’s voice. If a bank calls to confirm a transaction, criminals can respond with cloned audio that perfectly imitates the customer, bypassing voice authentication and seizing control of accounts. Scammers also use voice and video deepfakes to impersonate financial advisors or bank representatives, making victims believe they are speaking to trusted officials. These fraudulent interactions may involve fake offers, urgent warnings, or requests for sensitive data, all designed to extract confidential information. 

The growing realism of deepfakes means consumers must adopt new habits to protect themselves. Double-checking unusual requests is a critical step, as fraudsters often rely on urgency or trust to manipulate their targets. Verifying any unexpected communication by calling a bank’s official number or visiting in person remains the safest option. Monitoring accounts regularly is another defense, as early detection of unauthorized or suspicious activity can prevent larger financial losses. Setting alerts for every transaction, even small ones, can make fraudulent activity easier to spot. 

Using multi-factor authentication adds an essential layer of protection against these scams. By requiring more than just a password to access accounts, such as one-time codes, biometrics, or additional security questions, banks make it much harder for criminals to succeed, even if deepfakes are involved. Customers should also remain cautious of video and audio communications requesting sensitive details. Even if the interaction appears authentic, confirming through secure channels is far more reliable than trusting what seems real on screen or over the phone.  

Deepfake-enabled fraud is dangerous precisely because of how authentic it looks and sounds. Yet, by staying vigilant, educating yourself about emerging scams, and using available security tools, it is possible to reduce risks. Awareness and skepticism remain the strongest defenses, ensuring that financial safety is not compromised by increasingly deceptive digital threats.

WhatsApp Image Scam Uses Steganography to Steal User Data and Money

 

With over three billion users globally, including around 500 million in India, WhatsApp has become one of the most widely used communication platforms. While this immense popularity makes it convenient for users to stay connected, it also provides fertile ground for cybercriminals to launch increasingly sophisticated scams. 

A recent alarming trend involves the use of steganography—a technique for hiding malicious code inside images—enabling attackers to compromise user devices and steal sensitive data. A case from Jabalpur, Madhya Pradesh, brought this threat into the spotlight. A 28-year-old man reportedly lost close to ₹2 lakh after downloading a seemingly harmless image received via WhatsApp. The image, however, was embedded with malware that secretly installed itself on his phone. 

This new approach is particularly concerning because the file looked completely normal and harmless to the user. Unlike traditional scams involving suspicious links or messages, this method exploits a far subtler form of cyberattack. Steganography is the practice of embedding hidden information inside media files such as images, videos, or audio. In this scam, cybercriminals embed malicious code into the least significant bits of image data or in the file’s metadata—areas that do not impact the visible quality of the image but can carry executable instructions. These altered files are then distributed via WhatsApp, often as forwarded messages. 

When a recipient downloads or opens the file, the embedded malware activates and begins to infiltrate the device. Once installed, the malware can harvest a wide range of personal data. It may extract saved passwords, intercept one-time passwords, and even facilitate unauthorized financial transactions. What makes this form of attack more dangerous than typical phishing attempts is its stealth. Because the malware is hidden within legitimate-looking files, it often bypasses detection by standard antivirus software, especially those designed for consumer use. Detecting and analyzing such threats typically requires specialized forensic tools and advanced behavioral monitoring. 

In the Jabalpur case, after downloading the infected image, the malware gained control over the victim’s device, accessed his banking credentials, and enabled unauthorized fund transfers. Experts warn that this method could be replicated on a much larger scale, especially if users remain unaware of the risks posed by media files. 

As platforms like WhatsApp continue working to enhance security, users must remain cautious and avoid downloading media from unfamiliar sources. In today’s digital age, even an innocent-looking image can become a tool for cyber theft.

CBI Uncovers Tech Support Scam Targeting Japanese Nationals in Multi-State Operation

 

The Central Bureau of Investigation (CBI) has uncovered a major international scam targeting Japanese citizens through fake tech support schemes. As part of its nationwide anti-cybercrime initiative, Operation Chakra V, the CBI arrested six individuals and shut down two fraudulent call centres operating across Delhi, Haryana, and Uttar Pradesh. 

According to officials, the suspects posed as representatives from Microsoft and Apple to deceive victims into believing their electronic devices were compromised. These cybercriminals manipulated their targets—mainly Japanese nationals—into transferring over ₹1.2 crore (approximately 20.3 million Japanese Yen) under the pretense of resolving non-existent technical issues. 

The investigation, carried out in collaboration with Japan’s National Police Agency and Microsoft, played a key role in tracing the culprits and dismantling their infrastructure. The CBI emphasized that international cooperation was vital in identifying the criminal network and its operations. 

Among those arrested were Ashu Singh from Delhi, Kapil Ghakhar from Panipat, Rohit Maurya from Ayodhya, and three Varanasi residents—Shubham Jaiswal, Vivek Raj, and Adarsh Kumar. These individuals operated two fake customer support centres that mirrored legitimate ones in appearance but were in fact used to run scams. 

The fraud typically began when victims received pop-up messages on their computers claiming a security threat. They were prompted to call a number, which connected them to scammers based in India pretending to be technical support staff. Once in contact, the scammers gained remote access to the victims’ systems, stole sensitive information, and urged them to make payments through bank transfers or by purchasing gift cards. In one severe case, a resident of Hyogo Prefecture lost over JPY 20 million after the attackers converted stolen funds into cryptocurrency. 

Language discrepancies during calls, such as awkward Japanese and audible Hindi in the background, helped authorities trace the origin of the calls. Investigators identified Manmeet Singh Basra of RK Puram and Jiten Harchand of Chhatarpur Enclave as key figures responsible for managing lead generation, financial transfers, and the technical setup behind the fraud. Harchand has reportedly operated numerous Skype accounts used in the scam. 

Between July and December 2024, the operation used 94 malicious Japanese-language URLs, traced to Indian IP addresses, to lure victims with fake alerts. The scheme relied heavily on social engineering tactics and tech deception, making it a highly sophisticated cyber fraud campaign with international implications.

Alkem Laboratories Falls Victim to Rs 22.31 Crore Cyber Fraud

 

The pharmaceutical industry has been rocked by a major cyber fraud case, with Mumbai-based Alkem Laboratories suffering a financial loss of Rs 22.31 crore due to an elaborate scam. Fraudsters posed as executives from Alkem’s U.S. subsidiary, Ascend Laboratories LLC, to execute the scheme.

According to a Hindustan Times report, the incident began on October 27, 2023, when Alkem’s Mumbai office received an email seemingly from Amit Ghare, the head of international operations at Ascend Laboratories. The email claimed that a recent payment to Alkem would lead to significant tax liabilities. To circumvent these taxes, the company was asked to refund the amount to a different bank account.

On November 17, 2023, another email, allegedly from Mary Smith, Ascend Laboratories' accounting manager, provided details of a U.S.-based bank account for the refund. Acting on these instructions, Alkem’s treasury manager, Manoj Mishra, transferred Rs 51.30 crore to the specified account via a SWIFT transaction.

The fraud came to light on November 15, 2023, when Alkem received another email, supposedly from Ghare, requesting a refund of Rs 90 crore. Growing suspicious, Alkem officials contacted Ghare, who confirmed he had not sent the request. Further investigation revealed that the earlier emails originated from compromised email accounts with subtle alterations in the email addresses.

According to HT, U.S. authorities were able to recover Rs 28.98 crore from the stolen amount, which was returned to Alkem. However, the company still suffered a loss of Rs 22.31 crore.

Alkem Laboratories has reported the incident to the authorities, and an ongoing investigation aims to identify and apprehend the fraudsters while recovering the remaining funds. The company has also implemented enhanced cybersecurity measures to safeguard against similar threats, as reported by The Free Press Journal.

Bengaluru Woman Loses ₹2 Lakh to Sophisticated IVR-Based Cyber Scam

 

Cyber fraud continues to evolve, with scammers using increasingly sophisticated techniques to deceive victims. In a recent case from Bengaluru, a woman lost ₹2 lakh after receiving a fraudulent automated call that mimicked her bank’s Interactive Voice Response (IVR) system. The incident underscores the growing risk of technology-driven scams that exploit human vulnerability in moments of urgency. 

The fraud occurred on January 20 when the woman received a call from a number that closely resembled that of a nationalized bank. The caller ID displayed “SBI,” making it appear as though the call was from her actual bank. The pre-recorded message on the IVR system informed her that ₹2 lakh was being transferred from her account and asked her to confirm or dispute the transaction by pressing a designated key. Startled by the alert, she followed the instructions and selected the option to deny the transfer, believing it would stop the transaction. 

However, moments after the call ended, she received a notification that ₹2 lakh had been debited from her account. Realizing she had been scammed, she rushed to her bank for assistance. The bank officials advised her to report the fraud immediately to the cybercrime helpline at 1930 and file a police complaint. Authorities registered a case under the Information Technology Act and IPC Section 318 for cheating. 

Cybercrime investigators believe this scam is more sophisticated than traditional IVR fraud. Typically, such scams involve tricking victims into providing sensitive banking details like PINs or OTPs. However, in this case, the woman did not explicitly share any credentials, making it unclear how the fraudsters managed to access her funds. 

A senior police officer suggested two possible explanations. First, the victim may have unknowingly provided critical information that enabled the scammers to complete the transaction. Second, cybercriminals may have developed a new technique capable of bypassing standard banking security measures. Investigators are now exploring whether this scam represents an emerging threat involving advanced IVR manipulation. This case serves as a stark reminder of the need for heightened awareness about cyber fraud. 

Experts warn the public to be wary of automated calls requesting banking actions, even if they appear legitimate. Banks generally do not ask customers to confirm transactions via phone calls. Customers are advised to verify any suspicious activity directly through their bank’s official app, website, or customer service helpline. 

If someone encounters a suspected scam, immediate action is crucial. Victims should contact their bank, report the fraud to cybercrime authorities, and avoid responding to similar calls in the future. By staying informed and cautious, individuals can better protect themselves from falling prey to such evolving cyber threats.