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Cybersecurity researchers are continuing to warn about North Korean threat actors' attempts to target prospective victims on LinkedIn to deliver malware called RustDoor. The latest advisory comes from Jamf Threat Labs, which said it spotted an attack attempt in which a user was contacted on the professional social network by claiming to be a recruiter for a legitimate decentralized cryptocurrency exchange (DEX) called STON.fi. The malicious cyber activity is part of a multi-pronged campaign unleashed by cyber threat actors backed by the Democratic People's Republic of Korea (DPRK) to infiltrate networks of interest under the pretext of conducting interviews or coding assignments. The financial and cryptocurrency sectors are among the top targets for the state-sponsored adversaries seeking to generate illicit revenues and meet an ever-evolving set of objectives based on the regime's interests. These attacks manifest in the form of "highly tailored, difficult-to-d...

Imagine this... You arrive at work to a chaotic scene. Systems are down, panic is in the air. The culprit? Not a rogue virus, but a compromised identity. The attacker is inside your walls, masquerading as a trusted user. This isn't a horror movie, it's the new reality of cybercrime. The question is, are you prepared? Traditional incident response plans are like old maps in a new world. They focus on malware and network breaches, but today's criminals are after your identities. Stolen credentials, and weak access points - these are the keys to your kingdom. While there's a playbook for handling malware outbreaks, the 'identity' chapter is often missing. Organizations struggle to identify compromised accounts and stop attackers from moving laterally within their systems. The result? A breach that spirals out of control, causing massive damage. The Solution: An Identity-Focused Incident Response Playbook This isn't just another security buzzword, it'...

The PCI DSS landscape is evolving rapidly. With the Q1 2025 deadline looming ever larger, businesses are scrambling to meet the stringent new requirements of PCI DSS v4.0. Two sections in particular, 6.4.3 and 11.6.1, are troublesome as they demand that organizations rigorously monitor and manage payment page scripts and use a robust change detection mechanism. With the deadline fast approaching and the consequences of non-compliance so severe, there is no room for complacency, so, in this article, we look at the best way to meet these complex coding requirements. PCI DSS v4: Understanding Requirements 6.4.3 and 11.6.1 These changes to PCI DSS in v4.0 acknowledge the urgent need to tighten client-side security in the face of pervasive supply-chain threats. They call for beefed-up payment page security to keep customers’ sensitive payment details safe from malicious script injection attacks: 6.4.3: To meet this requirement your organization needs to monitor and manage all payment ...

Apple has filed a motion to "voluntarily" dismiss its lawsuit against commercial spyware vendor NSO Group, citing a shifting risk landscape that could lead to exposure of critical "threat intelligence" information. The development was first reported by The Washington Post on Friday. The iPhone maker said its efforts, coupled with those of others in the industry and national governments to tackle the rise of commercial spyware, have "substantially weakened" the defendants. "At the same time, unfortunately, other malicious actors have arisen in the commercial spyware industry," the company said. "It is because of this combination of factors that Apple now seeks voluntary dismissal of this case." "While Apple continues to believe in the merits of its claims, it has also determined that proceeding further with this case has the potential to put vital security information at risk." Apple originally filed the lawsuit again...

Cybersecurity researchers have warned of ongoing phishing campaigns that abuse refresh entries in HTTP headers to deliver spoofed email login pages that are designed to harvest users' credentials. "Unlike other phishing webpage distribution behavior through HTML content, these attacks use the response header sent by a server, which occurs before the processing of the HTML content," Palo Alto Networks Unit 42 researchers Yu Zhang, Zeyu You, and Wei Wang said . "Malicious links direct the browser to automatically refresh or reload a web page immediately, without requiring user interaction." Targets of the large-scale activity, observed between May and July 2024, include large corporations in South Korea, as well as government agencies and schools in the U.S. As many as 2,000 malicious URLs have been associated with the campaigns. Over 36% of the attacks have singled out the business-and-economy sector, followed by financial services (12.9%), government (6.9%)...