CyberSecurity news
FlagThis - #lumma
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@blog.checkpoint.com
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Microsoft has revealed that Lumma Stealer malware has infected over 394,000 Windows computers across the globe. This data-stealing malware has been actively employed by financially motivated threat actors targeting various industries. Microsoft Threat Intelligence has been tracking the growth and increasing sophistication of Lumma Stealer for over a year, highlighting its persistent threat in the cyber landscape. The malware is designed to harvest sensitive information from infected systems, posing a significant risk to users and organizations alike.
Microsoft, in collaboration with industry partners and international law enforcement, has taken action to disrupt the infrastructure supporting Lumma Stealer. However, the developers behind the malware are reportedly making significant efforts to restore servers and bring the operation back online, indicating the tenacity of the threat. Despite these efforts, security researchers note that the Lumma Stealer operation has suffered reputational damage, potentially making it harder to regain trust among cybercriminals. In related news, a new Rust-based information stealer called EDDIESTEALER is actively spreading through fake CAPTCHA campaigns, using the ClickFix social engineering tactic to trick users into running malicious PowerShell scripts. EDDIESTEALER targets crypto wallets, browser data, and credentials, demonstrating a continued trend of malware developers utilizing Rust for its enhanced stealth and stability. These developments underscore the importance of vigilance and robust cybersecurity practices to protect against evolving malware threats.
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karlo.zanki@reversinglabs.com (Karlo@Blog (Main)
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Cybersecurity experts are raising alarms over the increasing use of artificial intelligence for malicious purposes. ReversingLabs (RL) researchers recently discovered a new malicious campaign targeting the Python Package Index (PyPI) that exploits the Pickle file format. This attack involves threat actors distributing malicious ML models disguised as a "Python SDK for interacting with Aliyun AI Labs services," preying on users of Alibaba AI labs. Once installed, the package delivers an infostealer payload hidden inside a PyTorch model, exfiltrating sensitive information such as machine details and contents of the .gitconfig file. This discovery highlights the growing trend of attackers leveraging AI and machine learning to compromise software supply chains.
Another significant security concern is the rise of ransomware attacks employing social engineering tactics. The 3AM ransomware group has been observed impersonating IT support personnel to trick employees into granting them remote access to company networks. Attackers flood an employee's inbox with unsolicited emails and then call, pretending to be from the organization's IT support, using spoofed phone numbers to add credibility. They then convince the employee to run Microsoft Quick Assist, granting them remote access to "fix" the email issue, allowing them to deploy malicious payloads, create new user accounts with admin privileges, and exfiltrate large amounts of data. This highlights the need for comprehensive employee training to recognize and defend against social engineering attacks. The US Department of Justice has announced charges against 16 Russian nationals allegedly tied to the DanaBot malware operation, which has infected at least 300,000 machines worldwide. The indictment describes how DanaBot was used in both for-profit criminal hacking and espionage against military, government, and NGO targets. This case illustrates the blurred lines between cybercrime and state-sponsored cyberwarfare, with a single malware operation enabling various malicious activities, including ransomware attacks, cyberattacks in Ukraine, and spying. The Defense Criminal Investigative Service (DCIS) has seized DanaBot infrastructure globally, underscoring the severity and scope of the threat posed by this operation.
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