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Fake Candidates, Real Threat: Deepfake Job Applicants Are the New Cybersecurity Challenge

 

When voice authentication firm Pindrop Security advertised an opening for a senior engineering role, one resume caught their attention. The candidate, a Russian developer named Ivan, appeared to be a perfect fit on paper. But during the video interview, something felt off—his facial expressions didn’t quite match his speech. It turned out Ivan wasn’t who he claimed to be.

According to Vijay Balasubramaniyan, CEO and co-founder of Pindrop, Ivan was a fraudster using deepfake software and other generative AI tools in an attempt to secure a job through deception.

“Gen AI has blurred the line between what it is to be human and what it means to be machine,” Balasubramaniyan said. “What we’re seeing is that individuals are using these fake identities and fake faces and fake voices to secure employment, even sometimes going so far as doing a face swap with another individual who shows up for the job.”

While businesses have always had to protect themselves against hackers targeting vulnerabilities, a new kind of threat has emerged: job applicants powered by AI who fake their identities to gain employment. From forged resumes and AI-generated IDs to scripted interview responses, these candidates are part of a fast-growing trend that cybersecurity experts warn is here to stay.

In fact, a Gartner report predicts that by 2028, 1 in 4 job seekers globally will be using some form of AI-generated deception.

The implications for employers are serious. Fraudulent hires can introduce malware, exfiltrate confidential data, or simply draw salaries under false pretenses.

A Growing Cybercrime Strategy

This problem is especially acute in cybersecurity and crypto startups, where remote hiring makes it easier for scammers to operate undetected. Ben Sesser, CEO of BrightHire, noted a massive uptick in these incidents over the past year.

“Humans are generally the weak link in cybersecurity, and the hiring process is an inherently human process with a lot of hand-offs and a lot of different people involved,” Sesser said. “It’s become a weak point that folks are trying to expose.”

This isn’t a problem confined to startups. Earlier this year, the U.S. Department of Justice disclosed that over 300 American companies had unknowingly hired IT workers tied to North Korea. The impersonators used stolen identities, operated via remote networks, and allegedly funneled salaries back to fund the country’s weapons program.

Criminal Networks & AI-Enhanced Resumes

Lili Infante, founder and CEO of Florida-based CAT Labs, says her firm regularly receives applications from suspected North Korean agents.

“Every time we list a job posting, we get 100 North Korean spies applying to it,” Infante said. “When you look at their resumes, they look amazing; they use all the keywords for what we’re looking for.”

To filter out such applicants, CAT Labs relies on ID verification companies like iDenfy, Jumio, and Socure, which specialize in detecting deepfakes and verifying authenticity.

The issue has expanded far beyond North Korea. Experts like Roger Grimes, a longtime computer security consultant, report similar patterns with fake candidates originating from Russia, China, Malaysia, and South Korea.

Ironically, some of these impersonators end up excelling in their roles.

“Sometimes they’ll do the role poorly, and then sometimes they perform it so well that I’ve actually had a few people tell me they were sorry they had to let them go,” Grimes said.

Even KnowBe4, the cybersecurity firm Grimes works with, accidentally hired a deepfake engineer from North Korea who used AI to modify a stock photo and passed through multiple background checks. The deception was uncovered only after suspicious network activity was flagged.

What Lies Ahead

Despite a few high-profile incidents, most hiring teams still aren’t fully aware of the risks posed by deepfake job applicants.

“They’re responsible for talent strategy and other important things, but being on the front lines of security has historically not been one of them,” said BrightHire’s Sesser. “Folks think they’re not experiencing it, but I think it’s probably more likely that they’re just not realizing that it’s going on.”

As deepfake tools become increasingly realistic, experts believe the problem will grow harder to detect. Fortunately, companies like Pindrop are already developing video authentication systems to fight back. It was one such system that ultimately exposed “Ivan X.”

Although Ivan claimed to be in western Ukraine, his IP address revealed he was operating from a Russian military base near North Korea, according to the company.

Pindrop, backed by Andreessen Horowitz and Citi Ventures, originally focused on detecting voice-based fraud. Today, it may be pivoting toward defending video and digital hiring interactions.

“We are no longer able to trust our eyes and ears,” Balasubramaniyan said. “Without technology, you’re worse off than a monkey with a random coin toss.”

Malicious PyPi Package ‘disgrasya’ Exploits WooCommerce Stores for Card Fraud, Downloaded Over 34,000 Times

 

A newly uncovered malicious Python package on PyPi, named ‘disgrasya’, has raised serious concerns after it was discovered exploiting WooCommerce-powered e-commerce sites to validate stolen credit card information. Before its removal, the package had been downloaded more than 34,000 times, signaling significant abuse within the developer ecosystem.

The tool specifically targeted WooCommerce sites using the CyberSource payment gateway, enabling threat actors to mass-test stolen credit card data obtained from dark web sources and data breaches. This process, known as carding, helps cybercriminals determine which cards are active and usable.

While PyPi has since removed the package, its high download count reveals the widespread exploitation of open-source platforms for illicit operations.

"Unlike typical supply chain attacks that rely on deception or typosquatting, disgrasya made no attempt to appear legitimate," explains a report by Socket researchers.

"It was openly malicious, abusing PyPI as a distribution channel to reach a wider audience of fraudsters."

What sets ‘disgrasya’ apart is the transparency of its malicious intent. Unlike other deceptive packages that mask their true purpose, this one openly advertised its illicit capabilities in the description:

"A utility for checking credit cards through multiple gateways using multi-threading and proxies."

According to Socket, version 7.36.9 of the package introduced the core malicious features, likely bypassing stricter checks typically applied to initial versions.

The malicious script mimics legitimate shopping behavior by accessing real WooCommerce stores, identifying product IDs, and adding items to the cart. It then proceeds to the checkout page, where it harvests the CSRF token and CyberSource’s capture context—sensitive data used to securely process card payments.

Socket explains that these tokens are typically short-lived and hidden, but the script captures them instantly while populating the form with fake customer details.

Instead of sending the card details directly to CyberSource, the data is routed to a malicious server (railgunmisaka.com) that impersonates the legitimate payment gateway. The server returns a fake token, which the script uses to complete the checkout process on the real store. If the transaction is successful, the card is validated; otherwise, it moves on to the next.

"This entire workflow—from harvesting product IDs and checkout tokens, to sending stolen card data to a malicious third party, and simulating a full checkout flow—is highly targeted and methodical," says Socket.

"It is designed to blend into normal traffic patterns, making detection incredibly difficult for traditional fraud detection systems."

This fully automated workflow makes it easier for attackers to validate thousands of cards at scale—cards which can then be used for financial fraud or sold on underground marketplaces.

Socket also warns that traditional fraud detection systems are ill-equipped to catch these types of attacks due to their highly realistic emulation of customer behavior.

Despite the sophistication of the operation, Socket researchers suggest some measures to reduce vulnerability:
  • Block very low-value transactions (typically under $5), often used in carding tests.
  • Monitor for high failure rates on small orders from the same IP address or geographic region.
  • Implement CAPTCHA verification during checkout flows to disrupt automated tools.
  • Apply rate limiting on checkout and payment endpoints to slow down or block suspicious behavior.

Phishing Scams Are Getting Smarter – And More Subtle : Here’s All You Need to Know

 

Cybercriminals are evolving. Those dramatic emails warning about expired subscriptions, tax threats, or computer hacks are slowly being replaced by subtler, less alarming messages. New research suggests scammers are moving away from attention-grabbing tactics because people are finally catching on.

Kendall McKay, strategic lead for cyber threat intelligence at Cisco’s Talos division, said phishing scams are adapting to stay effective. “They probably know that we've caught on to this and the tricky, sensational email isn't going to work anymore,” McKay said. “So they've moved towards these benign words, which are likely to show up in your inbox every day."

Cisco’s 2024 Year in Review report found that common phishing emails now include subject lines like “request,” “forward,” and “report”—a shift from the usual “urgent” or “payment overdue.” Despite the growing use of advanced tools like AI, scammers still favor phishing because it works. Whether they’re targeting large corporations or individuals, their aim remains the same: to trick users into clicking malicious links or giving up sensitive information.

The most impersonated brands in blocked phishing emails last year included:
  • Microsoft Outlook – 25% of total phishing attempts
  • LinkedIn
  • Amazon
  • PayPal
  • Apple
  • Shein
“Phishing is still prominent, phishing is effective, and phishing is only getting better and better, especially with AI,” McKay said.

Common phishing tactics include:
  • Unsolicited messages via email, text, or social media—especially if they come from people or companies you haven’t contacted.
  • Fake job offers that appear legitimate. Always verify recruiter details, and never share personal information unless it’s through a trusted channel.
  • Requests for gift cards or cryptocurrency payments—these are favored by scammers because they’re untraceable. Official entities like the IRS won’t ever ask for payment in these forms or reach out via email, phone, or text.
  • Online romance scams that play on emotional vulnerability. The FTC reported $384 million in losses from romance scams in just the first nine months of 2024.
  • Charity scams tied to current events or disasters. Always donate through official websites or verified sources.
To protect yourself if you think you’ve been phished:
  • Install and update antivirus software regularly—it helps filter spam and block malware-laced attachments.
  • Use strong, unique passwords for every account. A password manager can help manage them if needed.
  • Enable two-factor authentication (2FA) using apps or physical security keys (avoid SMS-based 2FA when possible).
  • Freeze your credit if your Social Security number or personal data may have been compromised. Experts even suggest freezing children’s credit to prevent unnoticed identity theft.
  • Scams are no longer loud or obvious. As phishing becomes more polished and AI-powered, the best defense is staying alert—even to the emails that seem the most routine.

Mastercard to Eliminate 16-Digit Card Numbers by 2030 for Enhanced Security

 

In a strategic move to combat identity theft and fraud, Mastercard has announced plans to remove the traditional 16-digit card number from credit and debit cards by 2030. Instead, the company will implement tokenization and biometric authentication to enhance security.

Mastercard has been integrating biometric authentication into its payment ecosystem since 2022, allowing transactions to be completed with a smile or a hand wave. Now, the next phase involves replacing card numbers with tokens, which transform the 16-digit identifier into a unique digital code stored on devices. This ensures that card details are never exposed during online or contactless transactions.

The initial rollout of these numberless cards will be in collaboration with AMP Bank, with additional financial institutions expected to adopt the technology in the coming year.

Receiving a suspicious transaction alert from the bank can be alarming, and for good reason—payment fraud has been on the rise. In Australia, fraudulent card transactions amounted to A$868 million in 2023-24, up from A$677.5 million the previous year.

Data breaches continue to expose sensitive financial information, with major incidents involving Marriott, Starwood Hotels, and Ticketmaster affecting hundreds of millions of customers worldwide. In Australia, card-not-present fraud—where transactions occur without the physical card—accounts for 92% of all card fraud, increasing by 29% in the last financial year.

Although the Card Verification Value (CVV) was introduced to verify physical card possession, its effectiveness has diminished over time.

By removing the card number, Mastercard aims to reduce unauthorized transactions and minimize risks associated with data breaches. Without stored payment details, compromised databases will no longer expose customers’ financial information.

This move aligns with broader industry concerns about data storage and privacy, highlighted by incidents such as the 2022 Optus data breach, which leaked historical customer data. Eliminating stored card details prevents future attacks from leveraging outdated information.

Challenges in Adopting the New System

While digital banking users may find the transition seamless, concerns arise regarding accessibility. Elderly consumers and individuals with disabilities who rely on traditional banking methods might struggle with the shift to mobile authentication.

Additionally, shifting security reliance from physical cards to mobile devices introduces new risks. SIM swapping and impersonation scams already enable criminals to take over victims' phone accounts, and these tactics could escalate as digital payment systems evolve.

Biometric authentication presents another challenge—unlike credit card details, biometric data is immutable. If compromised, it cannot be changed, increasing the stakes of potential identity theft. Previous breaches, such as the BioStar 2 security lapse and Australia’s Outabox facial recognition exposure, highlight the risks of biometric data leaks.

As contactless payments continue to grow, physical cards may soon become unnecessary. In 2023, mobile wallet transactions in Australia surged 58%, reaching $146.9 billion. By October 2024, nearly 44% of transactions were conducted via mobile devices.

Retail innovations like Amazon’s Just Walk Out technology are accelerating this trend. Currently deployed across 70 Amazon-owned stores and 85 third-party locations, the system uses AI-powered cameras and weight sensors to enable checkout-free shopping. Companies like Trigo, Cognizant, and Grabango are also developing similar smart retail solutions, with trials underway in major supermarket chains like Tesco and ALDI.

However, even in frictionless shopping experiences, consumers must initially enter card details into payment apps. To eliminate the need for cards and numbers entirely, biometric payments—such as facial recognition transactions—are gaining traction as the next frontier in secure digital commerce.

Gmail Confirms AI Hack: 2.5 Billion Users Warned of Phishing Scam

 

  
Gmail has issued a warning to its 2.5 billion users about a sophisticated AI-powered phishing attack. Fraudsters are using caller IDs that seem to originate from Google support, convincing users that their accounts have been compromised. Under the pretense of an account recovery process, they send an email with a recovery code that appears to come from a genuine Gmail address, Forbes reports.

Zach Latta, founder of Hack Club, noticed irregularities during an interaction with a so-called Google support agent. "She sounded like a real engineer, the connection was super clear, and she had an American accent," Latta told Forbes. Despite the convincing approach, the scam's goal is to deceive users into providing their login credentials, allowing cybercriminals to take control of their accounts.

Spencer Starkey, Vice President at SonicWall, emphasized the evolving nature of cyber threats: "Cybercriminals are constantly developing new tactics, techniques, and procedures to exploit vulnerabilities and bypass security controls, and companies must be able to quickly adapt and respond to these threats." He advised businesses to adopt a proactive cybersecurity approach, including regular security assessments and incident response planning.

Users Report Similar Fraud Attempts

According to the New York Post, Y Combinator founder Garry Tan shared his experience on X (formerly Twitter) after receiving phishing emails and phone calls.

"They claim to be checking that you are alive and that they should disregard a death certificate filed that claims a family member is recovering your account," Tan wrote, calling it an elaborate scheme to manipulate users into approving password recovery.

Microsoft solutions consultant Sam Mitrovic also encountered this scam months ago. Initially, he ignored the recovery notification and follow-up call, but when it happened again, he decided to answer.

"It's an American voice, very polite and professional. The number is Australian," Mitrovic recalled. He even verified the number on an official Google support page, making the deception more convincing. 

The caller alleged there was suspicious activity on his account and asked if he had logged in from Germany. When he denied it, the agent claimed someone had been accessing his account for a week and offered to help secure it. Mitrovic realized something was off when he spotted a suspicious email address in the follow-up message and stopped responding.

Forbes advises Gmail users to remain calm and immediately disconnect any call from so-called Google support, as Google does not contact users via phone. Instead, users should verify account activity themselves:
  • Use Google Search to check official security support pages.
  • Log into Gmail and navigate to the bottom right corner to review recent account activity.
  • Avoid sharing recovery codes with anyone over the phone.
With cyber threats evolving rapidly, vigilance is key to safeguarding online accounts.

Rajasthan Police Arrest 30 in ₹30 Crore Cyber Fraud Under 'Operation Cyber Shield'

 


In a significant crackdown on cybercrime, Rajasthan Police arrested 30 individuals involved in cyber fraud on Saturday, January 11, 2025. The arrests were the result of coordinated raids conducted across 40 locations in five police station areas in Jaipur. The accused, linked to eight separate gangs, are suspected of fraudulent activities amounting to ₹30 crore. Additionally, two minors connected to these cybercrime operations were also detained. 

According to Deputy Commissioner of Police (Jaipur West), Amit Kumar, the arrested individuals were not only actively engaged in cyber fraud but were also training others in sophisticated techniques to deceive victims. The gangs employed various deceptive strategies, including impersonating monks and astrologers to exploit vulnerable individuals by offering rituals to solve personal problems. A notable suspect, a 25-year-old from the Tonk district, had reportedly received specialized cybercrime training in Sri Lanka. This international connection highlights the organized and transnational nature of these criminal operations, reflecting a growing trend in cyber-enabled economic crimes. 
 
‘Operation Cyber Shield’: A Targeted Response to Rising Cybercrime 

 Launched on January 2, 2025, the month-long ‘Operation Cyber Shield’ is a dedicated campaign aimed at combating the surge in cybercrime across Rajasthan. This initiative focuses on dismantling the infrastructure supporting organized cyber-enabled financial fraud, addressing public complaints, and raising cybersecurity awareness among citizens. Key achievements of the operation's initial phase include:
  • Blocked Bank Accounts: 135 bank accounts linked to fraudulent transactions were blocked.
  • Unified Payments Interfaces (UPIs): 64 UPIs were frozen to disrupt the flow of illicit funds.
  • ATM Seizures: 20 ATMs used in the scams were deactivated.
These proactive measures aim to cut off financial channels used by cybercriminals and prevent further victimization. 
 
Seized Items and Ongoing Investigations During the raids, authorities seized a significant amount of equipment used in fraudulent operations. The recovered items include:
  • Laptops and mobile phones for executing and managing scams.
  • ATM cards and WiFi routers to facilitate transactions and maintain anonymity.
  • CCTV cameras and HDMI cables potentially used for surveillance and monitoring.
  • Bank passbooks, cheque books, and passports indicating attempts at identity fraud and money laundering.
Six criminal cases have been registered under the Bhartiya Nyaya Sanhita and the Information Technology Act at Kardhani, Kalwar, Harmada, Karni Vihar, and Bindayaka police stations. These cases are currently under detailed investigation. 
 
The alarming rise in cybercrime across Rajasthan — especially in digital arrest scams, online betting frauds, and financial scams — has led authorities to prioritize immediate action. Many victims of these frauds are elderly individuals and women, who are often targeted due to their perceived vulnerability. To counter this, the Cyber Crime Branch has initiated “hotspot mapping” to identify and monitor regions with a high frequency of cybercriminal activity. This strategic approach aids in disrupting criminal networks and preventing future offenses. 

Beyond enforcement, ‘Operation Cyber Shield’ emphasizes public education on cybersecurity. The campaign aims to:
  • Raise Awareness: Inform citizens about common cyber fraud tactics to prevent victimization.
  • Address Complaints Promptly: Ensure that public grievances related to cybercrime are effectively resolved.
  • Prevent Cybercrime: Equip individuals with knowledge and tools to recognize and report suspicious activities.
By combining stringent law enforcement with widespread awareness efforts, Rajasthan Police seeks to curb the growing menace of cyber fraud and build a more secure digital environment for its citizens. 
  
The success of this operation underscores Rajasthan Police's commitment to dismantling cybercrime networks and protecting citizens from digital threats. ‘Operation Cyber Shield’ not only aims to bring offenders to justice but also empowers the public to stay vigilant against cybercriminal tactics. As the campaign progresses, authorities continue to urge citizens to report suspicious online activities and adopt safe digital practices. Through proactive measures and community involvement, Rajasthan moves closer to safeguarding its people from the ever-evolving challenges of cybercrime.

Tamil Nadu Police, DoT Target SIM Card Fraud in SE Asia with AI Tools

 

The Cyber Crime Wing of Tamil Nadu Police, in collaboration with the Department of Telecommunications (DoT), is intensifying efforts to combat online fraud by targeting thousands of pre-activated SIM cards used in South-East Asian countries, particularly Laos, Cambodia, and Thailand. These SIM cards have been linked to numerous cybercrimes involving fraudulent calls and scams targeting individuals in Tamil Nadu. 

According to police sources, investigators employed Artificial Intelligence (AI) tools to identify pre-activated SIM cards registered with fake documents in Tamil Nadu but active in international locations. These cards were commonly used by scammers to commit fraud by making calls to unsuspecting victims in the State. The scams ranged from fake online trading opportunities to fraudulent credit or debit card upgrades. A senior official in the Cyber Crime Wing explained that a significant discrepancy was observed between the number of subscribers who officially activated international roaming services and the actual number of SIM cards being used abroad. 

The department is now working closely with central agencies to detect and block suspicious SIM cards.  The use of AI has proven instrumental in identifying mobile numbers involved in a disproportionately high volume of calls into Tamil Nadu. Numbers flagged by AI analysis undergo further investigation, and if credible evidence links them to cybercrimes, the SIM cards are promptly deactivated. The crackdown follows a series of high-profile scams that have defrauded individuals of significant amounts of money. 

For example, in Madurai, an advocate lost ₹96.57 lakh in June after responding to a WhatsApp advertisement promoting international share market trading with high returns. In another case, a government doctor was defrauded of ₹76.5 lakh through a similar investment scam. Special investigation teams formed by the Cyber Crime Wing have been successful in arresting several individuals linked to these fraudulent activities. Recently, a team probing ₹38.28 lakh frozen in various bank accounts apprehended six suspects. 

Following their interrogation, two additional suspects, Abdul Rahman from Melur and Sulthan Abdul Kadar from Madurai, were arrested. Authorities are also collaborating with police in North Indian states to apprehend more suspects tied to accounts through which the defrauded money was transacted. Investigations are ongoing in multiple cases, and the police aim to dismantle the network of fraudsters operating both within India and abroad. 

These efforts underscore the importance of using advanced technology like AI to counter increasingly sophisticated cybercrime tactics. By addressing vulnerabilities such as fraudulent SIM cards, Tamil Nadu’s Cyber Crime Wing is taking significant steps to protect citizens and mitigate financial losses.

How to Protect Your Small Business from Cyber Attacks

 


It so coincided that October was international cybersecurity awareness month, during which most small businesses throughout Australia were getting ready once again to defend themselves against such malicious campaigns. While all cyber crimes are growing both here and all around the world, one area remains to be targeted more often in these cases: the smaller ones. Below is some basic information any small businessman or woman should know before it can indeed fortify your position.

Protect yourself from Phishing and Scamming.

One of the most dangerous threats that small businesses are exposed to today is phishing. Here, attackers pose as trusted sources to dupe people into clicking on malicious links or sharing sensitive information. According to Mark Knowles, General Manager of Security Assurance at Xero, cyber criminals have different forms of phishing, including "vishing," which refers to voice calls, and "smishing," which refers to text messages. The tactics of deception encourage users to respond to these malicious messages, which brings about massive financial losses.

Counter-phishing may be achieved by taking some time to think before answering any unfamiliar message or link. Delaying and judging if the message appears suspicious would have averted the main negative outcome. Knowles further warns that just extra seconds to verify could have spared a business from an expensive error.

Prepare for Emerging AI-driven Threats Like Deepfakes

The emergence of AI has provided new complications to cybersecurity. Deepfakes, the fake audio and video produced using AI, make it increasingly difficult for people to distinguish between what is real and what is manipulated. It can cause critical problems as attackers can masquerade as trusted persons or even executives to get employees to transfer money.

Knowles shares a case, where the technology was implemented in Hong Kong to cheat a finance employee of $25 million. This case highlights the need to verify identities in this high-pressure situation; even dialling a phone can save one from becoming a victim of this highly sophisticated fraud.

Develop a Culture of Cybersecurity

Even a small team is a security-aware culture and an excellent line of defence. Small business owners will often hold regular sessions with teams to analyse examples of attempted phishing and discuss awareness about recognising threats. Such collective confidence and knowledge make everyone more alert and watchful.

Knowles further recommends that you network with other small business owners within your region and share your understanding of cyber threats. Having regular discussions on common attack patterns will help businesses learn from each other's experiences and build collective resilience against cybercrime.

Develop an Incident Response Plan for Cyber

Small businesses typically don't have dedicated IT departments. However, that does not mean they can't prepare for cyber incidents. A simple incident-response plan is crucial. This should include the contact details of support: trusted IT advisors or local authorities such as CERT Australia. If an attack locks down your systems, immediate access to these contacts can speed up recovery.

Besides, a "safe word" that will be used for communication purposes can help employees confirm each other's identities in such crucial moments where even digital impersonation may come into play.

Don't Let Shyness Get in Your Way

The embarrassment of such an ordeal by cyber crooks results in the likelihood that organisations are not revealing an attack as it can lead the cyber criminals again and again. Knowles encourages any organisation affected to report suspicions of the scam immediately to bankers, government, or experienced advisors in time to avoid possible future ramifications to the firm. Communicating the threat is very beneficial for mitigating damages, but if nothing was said, chances are slim to stop that firm further from getting another blow at that point of time in question.

Making use of the local networks is beneficial. Open communication adds differences in acting speedily and staying well-informed to build more resilient proactive approaches toward cybersecurity.