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Showing posts with label Cyber Fraud. Show all posts

South Korea Intensifies Crackdown with Return of Casino Crime Suspects

 


A sweeping move which underscores both the scale of organised gambling operations in Asia as well as the increasing threat of cross-border crime is South Korean authorities dismantling an illicit casino network that funnelled the equivalent of KRW 44 billion through secretive online platforms over the past 18 months, to highlight the problem with cross-border crime in the region. 

A total of ten people, including seven of whom are facing criminal charges under the National Sport Promotion Act in Korea, have been arrested for orchestrating and managing the gambling ring, which originated in Cambodia, but managed to attract more than 11,000 users despite South Korea's strict ban on online gambling. 

There have been several arrests of those involved in this network, including the alleged ringleader whose identity is still being withheld by investigators as they pursue more leads about the network's overseas connections. This case not only demonstrates the government's determination to curb illegal gambling but also intensifies debate around South Korea's restrictive regulatory framework, which critics argue could become increasingly vulnerable as neighbouring jurisdictions liberalise their gambling laws and compete for market share with one another. 

The National Police Agency (NPA) also commented that the operation marked the largest overseas repatriation of criminal suspects in South Korean history, as 49 fugitives were trapped in the Philippines, a crime hub that has been used for years by criminals seeking to evade justice. In total, there were 25 individuals who were allegedly involved in fraud schemes, including voice phishing networks that have caused a large amount of financial damage in recent years. 

Moreover, 17 suspects have been linked to illegal online gambling platforms, while three individuals have been charged with violent crimes. Also, authorities confirmed that one suspect was returned from a series of crimes, including embezzlement, foreign exchange abuse, tax evasion, and sex crimes, all of which are being investigated. 

It was noted by investigators that the average length of time that the suspects had been evading was three years and six months, which underscores both the persistence of transnational fugitives as well as the scope of coordinated efforts that need to be undertaken to locate them. 

There has been a confirmation from the National Police Agency regarding the repatriation of 49 suspects linked to what has been regarded as the largest illegal casino operation ever uncovered, worth approximately 5.3 trillion KRW ($3.8 billion), and one of the largest illegal casino operations ever discovered.
Several suspected ringleaders who were returned were suspected of carrying out activities across borders and attracting the attention of international authorities, including the United Nations and the International Criminal Court. There are reports that forty-five of the individuals were subjects of Interpol Red Notices, reflecting the scope of the investigation, while domestic investigators have issued 154 warrants related to the case, indicating the scale of the investigation. 

As a result of this coordinated crackdown, a wide variety of charges have now been filed against these suspects, ranging from cybercrime to fraud to organised gambling to large-scale tax evasion, emphasising just how intricate and extensive the criminal enterprise was that had been dismantled. 

During the discussion, South Korean Ambassador Lee Sang-hwa highlighted the operation's broader significance as a turning point in Seoul and Manila's strategic partnership, describing it as a key moment in Seoul's relationship with Manila. 

A lot of attention has been paid to the mass repatriation, which served as a clear signal to fugitives that the Philippines would no longer serve as a sanctuary for them, and that offenders seeking refuge abroad would eventually be brought to justice if they were found guilty. 

It is worth noting that one of the fugitives returned, after successfully evading capture for more than sixteen years, had spent the majority of his time in hiding before he was found, while the remainder spent more than three years hiding before they were found. It is worth noting that the coordination of this action was the largest simultaneous return of fugitives from a single country ever, which demonstrates the degree of collaboration between the international community. 

Additionally, the ambassador noted that by collaborating with the Philippine Bureau of Immigration and the Korean National Police Agency, the Embassy was strengthening the bilateral cooperation as well as significantly enhancing the safety of citizens of both nations through enhanced cooperation between these organisations. 

During a recent policy forum organised jointly by The Korea Times and the Tourism Sciences Society of Korea, leading industry experts urged that an official task force be created in order to address the mounting issue of Korean nationals engaging in overseas gambling on an increasing scale. There has been an increase in South Korean gamblers overseas in 2017, according to data provided by the National Gambling Control Commission, with Macau and the Philippines being the most frequent destinations among South Koreans in 2017. 

According to Professor Lee Jae-seok of Gangneung-Wonju National University, it is believed that gambling markets are expanding far beyond these traditional hubs to emerging centers like Laos, Cambodia, and Vietnam while simultaneously shifting toward rapidly evolving online gambling platforms that are rapidly evolving.

It is of utmost importance that there be a permanent regulatory body that monitors and oversees gambling activities throughout the wider ASEAN region. A call for reform comes at a time when enforcement has been ramped up in recent years, with a gambling ring in Cambodia being dismantled recently and increased scrutiny of payment networks linked to illegal betting operations being intensified. 

As the latest wave of arrests and repatriations has demonstrated, not only is the South Korean government determined to rip apart sprawling gambling and fraud networks, but it is also an indication of how critical regional cooperation has become in fighting transnational crimes such as this. Due to the profusion of gambling hubs that are being established across Southeast Asia, as well as the rapid development of online platforms, law enforcement alone cannot carry the burden of deterrence. 

In order for South Korea to complement its compliance campaigns, there must be structural reforms-for example, the establishment of a permanent regulatory body that has the ability to track financial flows and monitor online platforms to coordinate intelligence with its ASEAN partners. Having a framework like this could aid in curbing illegal gambling at its root, reducing the costs and harms resulting from these operations, and boosting trust between governments and their citizens, working to protect them from these operations.

In addition to enforcement, a public awareness campaign and enhanced financial monitoring are also imperative in order to prevent such enterprises from getting the funding they need. These initiatives are ultimately going to be successful if South Korea is able to strike a balance between strong domestic regulation and proactive international engagement, thereby ensuring that criminal networks have fewer hiding places.

Muzaffarpur Man Loses ₹3.5 Lakh in Remote Access App Bank Fraud

 

A resident of Muzaffarpur, Bihar fell victim to a sophisticated remote access application scam that resulted in the loss of ₹3.5 lakh from his bank account. The cybercrime incident occurred when the victim was searching online for courier service assistance and discovered what appeared to be a legitimate customer support contact number through Google search results. 

Scam operation 

The fraudsters posed as courier service agents and initiated contact with the unsuspecting victim. During the conversation, the criminals convinced the man to download and install a remote access application on his mobile device, claiming it would help resolve his delivery-related issues. Once the victim granted remote access permissions to the application, the cybercriminals gained complete control over his smartphone and banking applications . 

Financial impact  

Within minutes of installing the malicious remote access software, the fraudsters executed multiple unauthorized transactions from the victim's bank account. The scammers managed to conduct seven separate high-value financial transfers, draining a total amount of ₹3.5 lakh from the man's banking accounts. The transactions were processed rapidly, taking advantage of the victim's digital banking credentials that were accessible through the compromised device . 

Broader criminal network 

Local police investigations have revealed that this incident is part of a larger interstate fraud syndicate operating across multiple states. The cyber crime cell has traced the fraudulent transactions to various bank accounts, suggesting a well-organized criminal network. Law enforcement agencies suspect that the scammers strategically place fake customer service numbers on internet search platforms, impersonating official service providers to target unsuspecting consumers.

Rising threat 

This case represents an alarming trend in cybercrime where fraudsters exploit remote desktop applications like AnyDesk and TeamViewer to gain unauthorized access to victims' devices. The scammers often target individuals seeking customer support for various services, including courier deliveries, utility bills, and other common consumer needs. These social engineering attacks have become increasingly sophisticated, with criminals creating convincing scenarios to pressure victims into installing malicious software. 

Prevention and safety measures 

Cybersecurity experts emphasize the importance of digital awareness and caution when dealing with unsolicited support calls or online search results. Users should verify customer service numbers directly from official websites rather than relying on search engine results. 

Additionally, individuals should never install remote access applications unless they are completely certain about the legitimacy of the requesting party. Financial institutions and telecom providers are working to implement enhanced fraud detection systems to identify and prevent such scams in real-time .

Fake eSIM Activation Fraud in India Raises Cybersecurity Concerns

 

The Indian Cybercrime Coordination Centre (I4C), operating under the Ministry of Home Affairs, has issued a warning about a new and highly sophisticated digital scam that leverages fake eSIM activation to commit financial fraud. Unlike traditional methods of cybercrime that require OTPs or ATM PINs, this scheme enables criminals to bypass such checks entirely, making it one of the most dangerous fraud tactics currently emerging.  

Authorities revealed that the scam typically begins with fraudsters making calls to potential victims, convincing them to click on a deceptive eSIM activation link. Once the user follows through, the individual’s physical SIM card is disabled and the number is seamlessly transferred to an eSIM-enabled device controlled by the attacker. This maneuver effectively gives the fraudster complete control over the victim’s mobile number, allowing them to intercept bank OTPs and authorize financial transactions without the user’s knowledge. In one case under investigation, close to ₹4 lakh was illegally withdrawn from an account using this method. 

The fraud takes advantage of the rising adoption of eSIM technology, which has been promoted as a convenient alternative to physical SIM cards since it allows remote provisioning. However, the same convenience has created a new opportunity for exploitation by cybercriminals. By seizing control of a victim’s number, scammers gain access to digital banking and payment systems with alarming ease. 

The alert follows closely after the Department of Telecommunications’ Financial Fraud Risk Indicator system flagged and blacklisted between 300,000 and 400,000 SIM cards suspected of being tied to financial scams. This system, supported by AI-driven tools, identifies around 2,000 high-risk numbers every day, with many linked to fraudulent activities such as fake investment opportunities and bogus job offers. 

Authorities have urged citizens to remain cautious when receiving unexpected calls or links related to eSIM activation. They emphasized that if a mobile device suddenly loses connectivity without explanation, users should treat it as a red flag. Immediate reporting to the telecom operator and the bank could prevent financial losses by cutting off the criminal’s access to transactions.  

Since its launch in January 2020, the I4C portal has functioned as a central platform for reporting and monitoring cybercrimes across the country. As digital transactions continue to grow and smartphones dominate personal and professional life, India has witnessed a sharp increase in online fraud cases. The latest warning from I4C highlights the need for vigilance as technology evolves, reminding users that convenience must always be balanced with awareness of potential risks.

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.

Ghaziabad eSIM Fraud: Woman Loses ₹18.5 Lakh in Sophisticated SIM Swap Scam

 

A 54-year-old resident of Shipra Suncity, Indirapuram, Ghaziabad, fell victim to a sophisticated eSIM fraud that resulted in the loss of ₹18.48 lakh from her bank accounts. Arti Kaul was targeted by cybercriminals who posed as Airtel customer service representatives to execute an elaborate SIM swap scam. 

Fraudulent call 

On August 29, 2025, at approximately 1:00 PM, Kaul received a phone call from fraudsters claiming to be Airtel representatives. The callers convinced her that she needed to upgrade her SIM card from 4G to 5G as per company policy, presenting the upgrade as mandatory. Unaware of the deceptive nature of the call, Kaul stayed on the line with the fraudsters throughout the process.

Technical manipulation

At 1:10 PM, Kaul received an SMS from Airtel containing an OTP for eSIM card activation. Following this, she received a long numerical message on WhatsApp, along with subsequent SIM card update-related messages and additional calls from both the fraudsters and legitimate Airtel representatives. The victim shared the OTP with the callers, inadvertently giving them access to activate an eSIM on their own device, effectively hijacking her phone number. 

Once the fraudsters gained control of Kaul's phone number through the eSIM activation, they systematically drained her bank accounts. The theft occurred through more than 50 separate transactions between August 31 and September 1, 2025, targeting both her Axis Bank and HDFC Bank accounts. The total amount stolen reached ₹18.48 lakh. 

Discovery and legal action

Kaul discovered the fraud when her SIM card became inactive and she stopped receiving messages. Upon visiting her banks, employees informed her about the unauthorized transactions that had occurred over the previous days. She subsequently filed a complaint with the cyber crime police station, and an investigation has been launched.

This incident highlights the growing threat of eSIM-based fraud in India, where criminals exploit the convenience of digital SIM technology to rapidly hijack mobile numbers and access victims' financial accounts through intercepted OTPs. 

Safety tips 

Never share OTPs or activation codes: Avoid sharing one-time passwords (OTPs), eSIM activation codes, or QR codes with anyone, even if they claim to be from your telecom provider. No legitimate company will request these details over phone or SMS. 

Use only official channels: Always request eSIM conversions or upgrades directly through official carrier apps, websites, or physical stores. Do not click on unknown links, and never proceed with eSIM activation from unsolicited messages or calls . 

Act fast on signal loss: If your phone unexpectedly loses network signal or displays “No Service,” immediately report the issue to your mobile operator and notify your bank. This could indicate that your number has been hijacked.

Stay alert for phishing attempts: Be wary of calls, emails, or texts asking for personal, banking, or SIM-related information. Always verify the identity of the sender by reaching out through the provider’s verified customer care number. 

Monitor account activity: Regularly review bank and mobile account activity for unauthorized transactions or account changes. Set up alerts where available for any transaction or SIM change activity.

Following these safety steps drastically reduces the risk of eSIM-based fraud and helps in swift detection of account compromise.

Hackers Target Brazilian Payments Provider in Attempted $130 Million Theft

 



A concerning cyber incident has shaken Brazil’s financial technology sector after criminals attempted to steal nearly $130 million through the country’s real-time payments network, Pix. The breach was detected on August 29, 2025, when Sinqia S.A., a São Paulo-based financial software company owned by Evertec, noticed unauthorized activity in its systems.


What Happened

According to Evertec’s disclosure to the U.S. Securities and Exchange Commission, attackers gained entry into Sinqia’s Pix environment and tried to initiate unauthorized business-to-business transfers. Pix, operated by the Central Bank of Brazil, is an instant payments platform that has become the country’s most widely used method for digital transfers since its launch in 2020.

The attempted theft targeted two financial institutions connected to Sinqia’s services. Once the suspicious activity was detected, Sinqia suspended all Pix-related transactions and brought in external cybersecurity experts to investigate.


How the Attackers Broke In

Initial findings show that the hackers gained access by using stolen credentials belonging to an IT service provider. By leveraging legitimate login details, they were able to penetrate Sinqia’s Pix environment and attempt large-scale transfers. This method, often referred to as a supply chain or vendor compromise, has become increasingly common in financial cyberattacks because it exploits trusted third-party relationships.

So far, Evertec has found no evidence that the breach extended beyond Sinqia’s Pix systems or that customer data was exposed.


Response and Recovery

As a precaution, the Central Bank of Brazil revoked Sinqia’s access to Pix until it can confirm the environment is secure. This suspension directly affects 24 financial institutions that rely on Sinqia to process instant transfers. The company has stated that some of the stolen funds have already been recovered, though it has not disclosed the amount. Recovery efforts are still underway, and the overall financial and reputational impact remains uncertain.

Evertec acknowledged that the consequences could be “material,” particularly in relation to customer trust and the company’s internal controls. Investigations are ongoing, and Sinqia continues to work with regulators and forensic experts to restore secure access to Pix.


Why This Matters

The case stresses upon the risks facing modern payment systems that operate at high speed and high volume. Pix is widely used in Brazil for everything from personal transfers to business payments, making it an attractive target for cybercriminals. By exploiting vendor credentials, attackers can bypass traditional defenses and reach critical financial infrastructure.

For banks, service providers, and regulators, the incident underscores the importance of constant vigilance, strict vendor oversight, and layered defenses against credential theft. For users, it is a reminder of both the convenience and the risks that come with instant payment systems.

Investigations are still unfolding, and more details are expected in the coming weeks as Evertec and Brazilian authorities work to close the breach and strengthen protections.



MathWorks Confirms Ransomware Incident that Exposed Personal Data of Over 10,000 People

 




MathWorks, the company behind MATLAB and Simulink, has confirmed a ransomware attack that disrupted several of its online services and internal systems. The company said the disruption affected services customers use to sign in and manage software, and that it alerted federal law enforcement while investigating the incident. 

According to state notifications filed with regulators, the attack resulted in the unauthorized access and theft of personal information for 10,476 people. These filings list the full count reported to state authorities. 


What was taken and who is affected

The company’s notices explain that the records exposed vary by person, but may include names, postal addresses, dates of birth, Social Security numbers, and in some cases non-U.S. national ID numbers. In short, the stolen files could contain information that makes victims vulnerable to identity theft. 

MathWorks’ own statements and regulatory notices put the window of unauthorized access between April 17 and May 18, 2025. The company discovered the breach on May 18 and publicly linked the outage of several services to a ransomware incident in late May. MathWorks says forensic teams contained the threat and that investigators found no ongoing activity after May 18. 


What is not yet known 

MathWorks has not identified any named ransomware group in public statements, and so far there is no verified public evidence that the stolen data has been published or sold. The company continues to monitor the situation and has offered identity protection services for those notified. 


What you can do 

If you use MathWorks products, check your account notices and follow any enrollment instructions for identity protection. Monitor financial and credit accounts, set up fraud alerts if you see suspicious activity, and change passwords for affected services. If you receive unusual messages or requests for money or personal data, treat them with suspicion and report them to your bank or local authorities.

Keep an eye on financial activity: Regularly review your bank and credit card statements to spot unauthorized transactions quickly.

Consider credit monitoring or freezes: In countries where these services are available, they can help detect or prevent new accounts being opened in your name.

Reset passwords immediately: Update the password for your MathWorks account and avoid using the same password across multiple platforms. A password manager can help create and store strong, unique passwords.

Enable multi-factor authentication: Adding a second layer of verification makes it much harder for attackers to gain access, even if they have your login details.

Stay alert for phishing attempts: Be cautious of unexpected emails, calls, or texts asking for sensitive information. Attackers may use stolen personal details to make their messages appear more convincing.



India's Biggest Cyber Fraud: Businessman Duped of ₹25 Crore Through Fake Trading App

 

A Kochi-based pharmaceutical company owner has suffered a loss of ₹25 crore in what is being described as the largest single-person cyber fraud case in India. 

The incident involved a sophisticated online trading scam, executed through a fake trading application that lured the victim with promises of lucrative returns. Despite being an experienced trader, the businessman fell prey to deception after engaging with the fraudulent app for nearly two years.

The scam unfolded over four months, during which the victim was lured by substantial profits displayed on his initial investments. These early gains convinced him of the app’s legitimacy, prompting more substantial investments.

Investigators from the Cyber Cell revealed that the app consistently showed double profits, creating an illusion of credibility and financial success. This psychological manipulation is a common tactic used by cyber fraudsters to build trust and encourage deeper engagement from unsuspecting victims. 

Trouble began when the businessman attempted to withdraw his funds, only to be met with repeated delays and a variety of excuses from the operators of the fake platform. As withdrawal requests were consistently stonewalled, suspicion grew. It was only after persistent failed attempts to access his money that the reality of the fraud became clear to the victim. 

Upon reporting the crime, swift action was taken by law enforcement. The Indian Cyber Crime Coordination Centre was immediately alerted and subsequently forwarded the information to the Thiruvananthapuram Cyber Operations Headquarters. A formal case was registered, and efforts have been initiated to freeze the remaining funds before they could be routed to additional accounts.

Investigation revealed that the fraudulent app was under the control of a foreign national, indicating possible international links and making the operation broader and more complex. The case has prompted a larger crackdown on similar cyber threats, with the Cyber Cell widening its probe to trace the perpetrators and prevent further occurrences. 

This incident highlights the growing sophistication of online financial scams in India, emphasizing the need for increased vigilance, especially even among experienced investors. Awareness and prompt reporting remain essential defenses against such evolving cyber threats.

Fake Netflix Job Offers Target Facebook Credentials in Real-Time Scam

 

A sophisticated phishing campaign is targeting job seekers with fake Netflix job offers designed to steal Facebook login credentials. The scam specifically focuses on marketing and social media professionals who may have access to corporate Facebook business accounts. 

Modus operandi 

The attack begins with highly convincing, AI-generated emails that appear to come from Netflix's HR team, personally tailored to recipients' professional backgrounds. When job seekers click the "Schedule Interview" link, they're directed to a fraudulent career site that closely mimics Netflix's official page. 

The fake site prompts users to create a "Career Profile" and offers options to log in with Facebook or email. However, regardless of the initial choice, victims are eventually directed to enter their Facebook credentials. This is where the scam becomes particularly dangerous. 

Real-time credential theft 

What makes this attack especially sophisticated is the use of websocket technology that allows scammers to intercept login details as they're being typed. As Malwarebytes researcher Pieter Arntz explains, "The phishers use a websocket method that allows them to intercept submissions live as they are entered. This allows them to try the credentials and if your password works, they can log into your real Facebook account within seconds". 

The attackers can immediately test stolen credentials on Facebook's actual platform and may even request multi-factor authentication codes if needed. If passwords don't work, they simply display a "wrong password" message to maintain the illusion. 

While personal Facebook accounts have value, the primary goal is accessing corporate social media accounts. Cybercriminals seek marketing managers and social media staff who control company Facebook Pages or business accounts. Once compromised, these accounts can be used to run malicious advertising campaigns at the company's expense, demand ransom payments, or leverage the organization's reputation for further scams.

Warning signs and protection

Security researchers have identified several suspicious email domains associated with this campaign, including addresses ending with @netflixworkplaceefficiencyhub.com, @netflixworkmotivation, and @netflixtalentnurture.com. The fake hiring site was identified as hiring.growwithusnetflix[.]com, though indicators suggest the operators cleared their tracks after the scam was exposed. 

Job seekers should be cautious of unsolicited job offers, verify website addresses carefully, and remember that legitimate Netflix recruitment doesn't require Facebook login credentials. The campaign demonstrates how scammers exploit both job market anxiety and the appeal of working for prestigious companies to execute sophisticated credential theft operations.

New Phishing Scam Uses Japanese Character to Perfectly Mimic Legitimate URLs

 

Cybersecurity researchers have recently flagged a highly sophisticated phishing campaign that leverages a unique tactic: the use of the Japanese hiragana character “ã‚“” to mimic the appearance of a forward slash (“/”) in website URLs. This technique is especially effective on certain fonts and browser systems, making phony URLs appear nearly identical to legitimate ones, thus tricking even vigilant internet users. 

The campaign’s primary target is customers of the travel platform Booking.com. Instead of the real URL containing forward slashes, attackers craft addresses using the “ã‚“” character, such as “https://account.booking[.]comã‚“detailã‚“restric-access.www-account-booking[.]comã‚“en/”. On first glance, these URLs look authentic, but they redirect users to fraudulent domains controlled by cybercriminals.

The malicious strategy starts with phishing emails containing these deceptive links. When clicked, users are sent to sites that deliver MSI installer files, which may secretly install malware like information stealers or remote access trojans on victim devices. 

This approach is part of a broader trend known as homograph attacks. Cybercriminals exploit visual similarities between characters from different Unicode sets, using them to spoof trusted domains. Previously, attackers have used Cyrillic letters to impersonate Latin ones; the use of Japanese “ã‚“” adds a clever new layer to these deceptions. 

According to the 2025 Phishing Trends Report, homograph attacks are evolving and becoming harder to filter out, as criminals strive to defeat security systems and bypass standard defenses. 

Safety tips 

Security experts recommend multiple protective strategies. Users should hover over links to reveal actual destination URLs, though this has limitations with sophisticated character spoofing. Modern browsers like Chrome have implemented protections against many homograph attacks, but visual URL inspection alone is insufficient. 

The most effective defense combines updated security software, email filtering, and comprehensive user education about evolving attack vectors. This campaign demonstrates how cybercriminals continuously adapt their techniques to exploit even subtle visual ambiguities in digital communication systems. 

Ultimately, this new phishing campaign highlights cybercriminals’ constant creativity in exploiting even the smallest ambiguities in digital communication. As attackers continue to adapt their methods, organizations and individuals need to stay aware of these rapidly advancing attack vectors and double down on multi-layered security measures.

Orange Belgium Data Breach Exposes 850K Users to SIM-Swapping Risks

 

Orange Belgium has suffered a major data breach in which an attacker accessed the personal information of approximately 850,000 customers, with SIM card numbers and Personal Unblocking Key (PUK) codes among the most sensitive details exposed.

The breach, disclosed in a press release dated August 20, 2025, immediately raised concerns about the increased risk of SIM swapping—a fraud technique in which criminals gain control of a victim’s phone number by transferring it to a SIM card under their control. This enables them to intercept calls and messages, including those containing one-time passcodes for multi-factor authentication, potentially bypassing account security measures. 

The compromised data included customer first and last names, phone numbers, SIM card numbers, PUK codes, and tariff plan details. The company stressed that no passwords, email addresses, or banking and financial information were accessed. 

Upon detecting the intrusion in late July, Orange Belgium claims it promptly blocked access to the affected system, tightened security, and notified law enforcement. Affected customers are being contacted directly with advice to remain vigilant against suspicious communications. 

Notably, the incident coincides with a separate cyberattack against Orange’s French operations, although the company has not confirmed any link between the two events. The French incident reportedly did not result in unauthorized access to customer or corporate data.

In response to the breach, Orange Belgium introduced additional verification steps to prevent fraudulent SIM swaps, such as requiring customers to answer extra security questions when requesting SIM replacements. The answers to these questions were not compromised in the attack, according to the company. 

However, white hat hacker Inti De Ceukelaire criticized this approach, arguing that these measures are unlikely to fully prevent SIM swapping, especially if attackers attempt to port numbers to other providers. He also noted that Orange Belgium has not provided guidance or support for changing PUK or SIM numbers—information that is typically considered highly sensitive by other telecom providers. 

De Ceukelaire further criticized Orange’s initial communications for minimizing the seriousness of the breach, particularly in labeling the exposed PUK and SIM card numbers as “not critical.” He argued that this classification downplays the real-world risk to affected customers and accused Orange of misleading communications and shifting responsibility to users.

The attack on Orange Belgium has been claimed by the Warlock ransomware group, which reportedly posted samples of the stolen data online and is offering the full dataset for sale. Warlock has been linked to a recent wave of attacks exploiting vulnerabilities in Microsoft SharePoint, specifically the ‘ToolShell’ exploit chain, which came to light in July 2025.

The same group has previously targeted UK telecoms provider Colt Technology Services, leveraging one of the SharePoint-related vulnerabilities. By contrast, the French Orange incident was attributed to a different group, Babuk2, suggesting the attacks are not connected. 

The breach highlights ongoing vulnerabilities in telecom security—particularly the potential for SIM swapping to undermine multi-factor authentication—and underscores the importance of robust data protection and transparent incident communication. While Orange Belgium has taken some steps to mitigate the immediate risks, critics argue that more comprehensive safeguards and clearer customer guidance are needed to adequately protect users from sophisticated attacks.

Europol Cracks Down on Major Cocaine Trafficking and Money Laundering Network Linked to Sky ECC

 

Europol has carried out a large-scale operation against a notorious organized crime syndicate involved in cocaine trafficking and money laundering. The coordinated raids led to the arrest of 10 individuals, the seizure of an entire tourist hotel, several real estate properties, and over €100,000 ($116,106) in cash.

The breakthrough came from analyzing encrypted conversations retrieved from a secure messaging platform that was dismantled more than four years ago. The network in question was Sky ECC, operated by Sky Global, which law enforcement shut down in 2021 due to its widespread use by international criminal groups. Following the takedown, prosecutors issued indictments and arrest warrants against Sky Global’s CEO Jean-François Eap and former distributor Thomas Herdman.

Authorities also seized an extensive archive containing hundreds of millions of encrypted messages exchanged by criminals through the Sky ECC app, which relied on 512-bit elliptic-curve encryption. These communications remain a key tool for Europol in ongoing investigations under Operation Sky ECC and Operational Task Force LIMIT.

In this latest crackdown, investigators from Albania, Belgium, France, and the Netherlands, led by Albania’s Special Anti-Corruption Structure (SPAK), used metadata from the Sky ECC messages to track large-scale cocaine shipments from South America to European ports. One suspect allegedly earned more than $40 million from these operations, with drugs passing through major entry points such as Antwerp and Rotterdam.

Among those arrested was the head of the crime group, who was also wanted in Italy on charges including murder, illegal explosives possession, attempted corpse concealment, threats, and obstruction of justice.

The Sky ECC case underscores the delicate balance between encrypted communication as a tool for privacy and its exploitation by organized crime to run transnational drug and money laundering networks.

Brokers Fuel Underground Market for Bank Accounts in India

 


An undercover investigation of India's financial ecosystem has revealed that a troubling black market is quietly emerging - a market where bank accounts are traded just as casually as consumer goods. Undercover investigations have revealed that there is a thriving network of brokers who sell unlicensed accounts for as little as ₹7,000, exposing unsuspecting citizens to grave risks. 

The accounts are often created without the knowledge of the individual by using their personal credentials. These accounts are then resold to cybercriminals and used to perpetrate online scams, launder money, and circumvent financial regulations, thereby undermining the integrity of the country’s banking system. When these tools are in the hands of fraudsters, they become powerful instruments to perpetrate online scams, launder illicit money, and circumvent financial regulations. 

It is well known that the purchase, sale, or rental of bank accounts constitutes a serious criminal offence and that authorities have repeatedly warned about this fact. If an account is found to be operated by someone other than its legitimate holder, or if a transaction is associated with illegal activity, a financial institution has stated that immediate action will be taken, including suspending or terminating the account without advance notice, as well as escalating the matter to the appropriate authorities. 

According to investigators, these accounts are extremely valuable resources for criminal networks, who can rely on them in order to commit bank transfer scams, launder illicit funds, and bypass regulatory oversight. It is crucial to note that, even if individuals allow their accounts to be misused unintentionally, they will likely face legal consequences, since the law does not excuse negligence when it comes to financial crimes. 

In addition, the investigation revealed that there are structured rate cards for the underground market, with prices determined by the transaction limits of individual accounts. As a matter of fact, accounts with a limit of one lakh transactions are often sold for around $18,000, whereas those with a limit of one lakh transactions can sell for as much as $60,000 at the higher end. 

At the top end, accounts capable of performing transactions up to a crore can fetch a staggering amount of $ 6 lakhs, while accounts with a limit of five crores will fetch up to $30 lakh. There is a particularly keen interest among fraudsters orchestrating investment scams, call centre frauds, and cryptocurrency-related money laundering schemes to establish these high-limit accounts because they facilitate the transfer of large amounts of money without the immediate scrutiny of an immediate bank. 

The experts at the World Economic Forum have identified the vulnerability of account opening through Business Correspondent (BC) points as one of the major enablers of this illegal trade, and in particular, the lack of appropriate physical verification often allows fraudulent accounts to slip through the cracks. According to Dr. R.S. Lohia, former executive director of a nationalised bank, criminals are exploiting the lack of rigorous Know Your Customer (KYC) enforcement as a critical weakness. 

In order to dismantle this illicit economy, it is urgent that the regulatory oversight and banking surveillance be tightened. According to the investigation, this underground market operates based on a structured rate card, which determines the price of goods and services based on the transaction limit of every individual. Depending on the amount of transactions allowed, the price will vary between $18,000 and 60,000 for an account with a $1.5 lakh limit on transaction amounts, while an account with a $25 lakh limit will bring you $60,000.

On the higher end, accounts allowing transactions of up to $1.5 crore can be sold for around $6 lakh, and one allowing transactions of up to $5.5 crore can be sold for upwards of $30,000. There is a particularly keen interest among fraudsters orchestrating investment scams, call centre frauds, and cryptocurrency-related money laundering schemes to establish these high-limit accounts because they facilitate the transfer of large amounts of money without the immediate scrutiny of an immediate bank. 

The experts at the World Economic Forum have identified the vulnerability of account opening through Business Correspondent (BC) points as one of the major enablers of this illegal trade, and in particular, the lack of appropriate physical verification often allows fraudulent accounts to slip through the cracks. 

As the former Executive Director of a nationalised bank, Dr. Lohia expressed the concern that there is a critical weakness that criminals exploit due to the lack of stricter Know Your Customer (KYC) enforcement. It is therefore imperative that regulatory oversight is tightened and banking surveillance is strengthened in order to dismantle this illegal economy. According to the findings of this investigation, more problems lie beyond just an underground trade in bank accounts — these problems expose deep vulnerabilities in the country's financial security system. 

According to experts, if there is no immediate action taken to correct the unchecked proliferation of these accounts, public trust could be undermined in banking institutions, and cybercriminals might be encouraged to scale up their operations even further if it continues unchecked. In their opinion, the challenge is not simply to dismantle broker networks, but also to strengthen compliance mechanisms, improve accountability in account opening processes, and make sure that regulatory vigilance is as sophisticated as the emerging financial crimes that are taking place. 

With the rapid increase in digital transactions, the importance of safeguarding banks' channels has only increased. If we don't take decisive action, the black market for bank accounts will be a permanent parallel system, which will threaten the economy and the lives of ordinary citizens who will unwittingly end up entangled in criminal networks, threatening both economic stability and security.

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.

Infoblox Unmasks VexTrio: The Russian Cybercrime Syndicate Fueling Malware, Fake Apps, and Online Scams

 

At the Black Hat conference in Las Vegas, cybersecurity experts from Infoblox revealed new details about VexTrio, a highly organized cybercrime group running a traffic distribution system (TDS) that spreads malware, delivers fake security alerts, and tricks users into installing fraudulent apps.

Ahead of the event, Dr. Renee Burton, a threat intelligence researcher at Infoblox, explained how to identify and avoid malicious online advertising.

“Windows Defender, Microsoft, Google, none of those guys are going to suddenly take over your screen,” Burton said.

Contrary to the “hoodie-wearing hacker” stereotype, Infoblox’s research indicates VexTrio operates like a corporate enterprise. Based in Russia, the group reportedly runs multiple companies in the adtech sector.

“This is an organized crime effort run largely by Russians to take control of the world,” said Burton.

With a decade-long track record, VexTrio uses backend exploits in major websites to target unsuspecting users. Partnering with freelance hackers, the syndicate fingerprints visitors’ browsers to decide whether to display legitimate content or redirect them to malware, fake app downloads, or scam sites.

If you’ve ever been interrupted online by an urgent alert urging you to run a virus scan or install a VPN, you may have seen VexTrio’s tactics in action.

The group’s scareware campaigns often include fake captchas to harvest browser data or prompt users to enable push notifications, which then unleash waves of deceptive ads.

“Once you click Allow, you're now opted in and you’ll see a torrent of advertising, but it’s disinformation,” Burton warned. “Everything is a scam.”

3 Key VexTrio Tactics and How to Defend Against Them

  • Fraudulent Apps – VexTrio distributes fake VPNs, ad blockers, and even dating apps downloaded millions of times. Always verify an app’s legitimacy before installing.
  • Fake Device Infection Alerts – Dismiss sudden pop-ups claiming your device is infected. Burton’s advice: “Calm down. Do not call that phone number.”
  • Romance Scams – Using high-volume, low-cost tactics, VexTrio exploits dating platforms to extract small amounts of money from numerous victims.

Burton stressed that staying safe online means avoiding suspicious alerts, refusing unnecessary permissions, and reporting scams to the Internet Crime Complaint Center (IC3).

“As long as you don't allow anything, you’ll be OK. When all else fails, reboot your system.”

Millions Face Potential Harm After Experts Uncovered a Vast Network of 5,000+ Fake Pharmacy Sites

 

Security experts have exposed "PharmaFraud," a criminal network of more than 5,000 fraudulent online pharmacies. The operation puts millions of consumers at risk by selling unsafe counterfeit medications while also stealing their private data. 

The fraudulent campaign mimics legitimate online pharmacies and specifically targets individuals seeking discreet access to medications such as erectile dysfunction treatments, antibiotics, steroids, and weight-loss drugs. What makes this operation particularly dangerous is its use of advanced deception techniques, including AI-generated health content, fabricated customer reviews, and misleading advertisements to establish credibility with potential victims. 

These sites are designed to circumvent basic security indicators by omitting legitimate business credentials and requiring payments through cryptocurrency, which makes transactions virtually untraceable. The operation extends beyond simply selling fake drugs—it actively harvests sensitive medical information, personal details, and financial data that can be exploited in subsequent fraud schemes. 

Health and financial risks

Even when products are delivered, there's no guarantee of safety or effectiveness—medications may be expired, contaminated, or completely fake, creating health risks that extend far beyond financial losses. The report highlights that these fraudulent sites often bypass prescription requirements entirely, allowing dangerous medications to reach consumers without proper medical oversight. 

The broader cyberthreat landscape has seen escalation, with financial scams increasing by 340% in just three months, often using fake advertisements and chatbot interfaces to impersonate legitimate legal or investment services. Tech support scams appearing as browser pop-ups have also risen sharply, luring users into contacting fraudulent help services.

Safety tips 

To avoid these scams, consumers should be vigilant about several key warning signs: 

  • Websites that offer prescription medications without requiring valid prescriptions.
  • Missing or unclear contact information and business registration details.
  • Absence of verifiable physical addresses.
  • Unusually low prices and limited-time offers.
  • Payment requests specifically for cryptocurrency.

Essential security measures include verifying that websites use secure checkout processes with HTTPS protocols and trusted payment gateways. Users should also deploy antivirus software to detect malware that may be embedded in fraudulent medical sites, enable firewalls to block suspicious traffic from known scam domains, and install endpoint protection across multiple devices for comprehensive security. 

Consumers should maintain healthy skepticism toward unsolicited health advice, product reviews, or miracle cure claims found through advertisements, emails, or social media links. When in doubt, consumers should verify pharmacy legitimacy through official regulatory channels before sharing any personal or financial information.

How to Spot and Avoid Scam Links in 2025: Expert Tips Amid Rising Phishing Attacks

 

One can chalk it up to artificial intelligence or rampant data leaks, but one thing is clear—phishing attacks are becoming more frequent and harder to detect. Whether through emails, text messages, QR codes, or even social media DMs, cybercriminals are deploying increasingly sophisticated tactics to deceive victims.

In 2024 alone, phishing and spoofing scams resulted in over $70 million in losses, according to the FBI's Internet Crime Complaint Centre. Scam links often mimic legitimate websites by using “https” encryption and lookalike domains to fool users into clicking.

Clicking one of these links doesn’t just risk your bank balance—it can compromise personal information, install malware, or give scammers access to your device.

Scam links are often embedded in phishing emails or texts and are designed to lead users to fake websites or trick them into downloading malware. Common scams include messages about unpaid tolls, fake job offers, and even investment opportunities.

Many scammers use AI tools to distribute these messages widely. Despite how often people fall for them, the consistency of success keeps fraudsters using the same tactics.

Tips to Identify Scam Links

1. Scrutinize the URL

"Smartphones do their best to block scam links, so attackers use tricks to make their links clickable," said Joshua McKenty, CEO of Polyguard.ai. Look for signs like an "@" symbol in the link or URLs merged with a question mark. Be wary if a URL starts with something familiar like Google.com but ends with a suspicious string.

2. Spot Misspellings and Lookalikes

“Typo-squatting”—using URLs that look like trusted sites but have subtle misspellings like PayPa1 instead of PayPal—is a common red flag, warns Dave Meister, cybersecurity spokesperson for Check Point.

3. Know Your Trusted URLs

"Major brands, especially banks and retailers, don't often change up their domain names," said McKenty. For instance, Chase.com is likely safe, but Chase-Banking-App.com is not.

4. Be Cautious with Shortened Links

Shortened URLs, like those from bit.ly or shorturl, can hide malicious destinations. McKenty cautions against clicking these links unless you're absolutely certain of their source.

5. Inspect QR Codes

“QR codes have become the new stealth weapon,” said Meister. Scammers may cover real QR codes in public spaces with fake ones, leading to malware downloads or cloned websites. Always double-check where the code is placed and avoid scanning suspicious ones.

What To Do If You Clicked a Scam Link

1. Install antivirus software
If your device isn’t already protected, act fast. Free and paid options are available.

2. Check for malware
If your phone is slow, unresponsive, or shows pop-ups, it could be infected. Clear your cache, delete suspicious apps, or do a factory reset. Avoid logging into any financial apps.

3. Contact your bank
Let your bank or credit card provider know if there’s any chance your information was compromised.

4. Report the scam
File a complaint with the Federal Trade Commission and notify local authorities. The more awareness there is, the harder it becomes for these scams to succeed.

Online Criminals Steal $500K Crypto Via Malicious AI Browser Extension

 

A Russian blockchain engineer lost over $500,000 worth of cryptocurrencies in a sophisticated cyberattack, highlighting the persisting and increasing threats posed by hostile open-source packages. Even seasoned users can be duped into installing malicious software by attackers using public repositories and ranking algorithms, despite the developer community's growing knowledge and caution.

The incident was discovered in June 2025, when the victim, an experienced developer who had recently reinstalled his operating system and only employed essential, well-known applications, noticed his crypto assets had been drained, despite rigorous attention to cybersecurity. 

The researchers linked the breach to a Visual Studio Code-compatible extension called "Solidity Language" for the Cursor AI IDE, a productivity-boosting tool for smart contract developers. The extension, which was made public via the Open VSX registry, masqueraded as a legal code highlighting tool but was actually a vehicle for remote code execution. After installation, the rogue extension ran a JavaScript file called extension.js, which linked to a malicious web site to download and run PowerShell scripts. 

These scripts, in turn, installed the genuine remote management tool ScreenConnect, allowing the perpetrators to maintain remote access to the compromised PC. The attackers used this access to execute further VBScripts, which delivered additional payloads such as the Quasar open-source backdoor and a stealer module capable of syphoning credentials and wallet passphrases from browsers, email clients, and cryptocurrency wallets. 

The masquerade was effective: the malicious extension appeared near the top of search results in the extension marketplace, thanks to a ranking mechanism that prioritised recency and perceived activity over plain download counts. The attackers also plagiarised descriptions from legitimate items, thus blurring the distinction between genuine and fraudulent offerings. When the bogus extension failed to deliver the promised capabilities, the user concluded it was a glitch, allowing the malware to remain undetected. 

In an additional twist, after the malicious item was removed from the store, the threat actors swiftly uploaded a new clone called "solidity," employing advanced impersonation techniques. The malicious publisher's name differed by only one character: an uppercase "I" instead of a lowercase "l," a discrepancy that was nearly hard to detect due to font rendering. The bogus extension's download count was intentionally boosted to two million in a bid to outshine the real program, making the correct choice difficult for users.

The effort did not end there; similar attack tactics were discovered in further malicious packages on both the Open VSX registry and npm, which targeted blockchain developers via extensions and packages with recognisable names. Each infection chain followed a well-known pattern: executing PowerShell scripts, downloading further malware, and communicating with attacker-controlled command-and-control servers. This incident highlights the ongoing threat of supply-chain attacks in the open-source ecosystem.