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Cybersecurity researchers have discovered a novel phishing campaign that leverages Google Drawings and shortened links generated via WhatsApp to evade detection and trick users into clicking on bogus links designed to steal sensitive information. "The attackers chose a group of the best-known websites in computing to craft the threat, including Google and WhatsApp to host the attack elements, and an Amazon look-alike to harvest the victim's information," Menlo Security researcher Ashwin Vamshi said . "This attack is a great example of a Living Off Trusted Sites ( LoTS ) threat." The starting point of the attack is a phishing email that directs the recipients to a graphic that appears to be an Amazon account verification link. This graphic, for its part, is hosted on Google Drawings, in an apparent effort to evade detection. Abusing legitimate services has obvious benefits for attackers in that they're not only a low-cost solution, but more importantly, ...

The Immersive Experience Happening This September in Las Vegas! In an era of relentless cybersecurity threats and rapid technological advancement, staying ahead of the curve is not just a necessity, but critical. SANS Institute, the premier global authority in cybersecurity training, is thrilled to announce Network Security 2024 , a landmark event designed to empower cybersecurity professionals with groundbreaking skills, knowledge and insights. Taking place from September 4-9, 2024, at Caesars Palace in Las Vegas and online, this event promises to deliver unparalleled learning experiences and networking opportunities. ensuring accessibility for attendees across the globe. A transformative highlight of this year's event includes AI-focused keynote led by Daniel Miessler, Founder of Unsupervised Learning and Creator of Fabric AI. In his keynote, "How to Run Your Security Program Using AI Before Someone Else Does," Daniel will explore how AI can be seamlessly integrated i...

The ransomware strain known as BlackSuit has demanded as much as $500 million in ransoms to date, with one individual ransom demand hitting $60 million. That's according to an updated advisory from the U.S. Cybersecurity and Infrastructure Security Agency (CISA) and the Federal Bureau of Investigation (FBI). "BlackSuit actors have exhibited a willingness to negotiate payment amounts," the agencies said . "Ransom amounts are not part of the initial ransom note, but require direct interaction with the threat actor via a .onion URL (reachable through the Tor browser) provided after encryption." Attacks involving ransomware have targeted several critical infrastructure sectors spanning commercial facilities, healthcare and public health, government facilities, and critical manufacturing. An evolution of the Royal ransomware , it leverages the initial access obtained via phishing emails to disarm antivirus software and exfiltrate sensitive data before ultimately...

A critical security flaw impacting Progress Software WhatsUp Gold is seeing active exploitation attempts, making it essential that users move quickly to apply the latest. The vulnerability in question is CVE-2024-4885 (CVSS score: 9.8), an unauthenticated remote code execution bug impacting versions of the network monitoring application released before 2023.1.3. "The WhatsUp.ExportUtilities.Export.GetFileWithoutZip allows execution of commands with iisapppool\\nmconsole privileges," the company said in an advisory released in late June 2024. According to security researcher Sina Kheirkhah of the Summoning Team, the flaw resides in the implementation of the GetFileWithoutZip method, which fails to perform adequate validation of user-supplied paths prior to its use. An attacker could take advantage of this behavior to execute code in the context of the service account. A proof-of-concept (PoC) exploit has since been released by Kheirkhah. The Shadowserver Foundation s...

Cybersecurity researchers have shed light on a novel Linux kernel exploitation technique dubbed SLUBStick that could be exploited to elevate a limited heap vulnerability to an arbitrary memory read-and-write primitive. "Initially, it exploits a timing side-channel of the allocator to perform a cross-cache attack reliably," a group of academics from the Graz University of Technology said [PDF]. "Concretely, exploiting the side-channel leakage pushes the success rate to above 99% for frequently used generic caches." Memory safety vulnerabilities impacting the Linux kernel have limited capabilities and are a lot more challenging to exploit owing to security features like Supervisor Mode Access Prevention ( SMAP ), Kernel address space layout randomization ( KASLR ), and kernel control flow integrity ( kCFI ). While software cross-cache attacks have been devised as a way to counter kernel hardening strategies like coarse-grained heap separation, studies have show...