In December 2024, a routine software update concealed a global threat. Attackers from the Lazarus Group, based in North Korea, infiltrated trusted development tools, compromising hundreds of victims worldwide. This sophisticated campaign, code-named “Phantom Circuit,” targeted cryptocurrency and technology developers, employing advanced obfuscation techniques through proxy servers in Hasan, Russia.

In the realm of cybersecurity, ensuring the authenticity and integrity of transactions or communications is paramount. Non-repudiation, a principle that prevents individuals or entities from denying their actions, is a cornerstone of this assurance. This blog post delves into the best practices and techniques for integrating non-repudiation into your security strategy, safeguarding your digital interactions against disputes and fraud.

The threat landscape refers to the evolving environment of cyber threats, attack methods, and attack vectors targeting organizations, governments, and individuals. Shaped by threat actors like hackers, nation-states, and criminal groups, it has grown increasingly complex with the rise of cloud computing, IoT devices, and interconnected supply chains. These changes have expanded attack surfaces, offering adversaries more opportunities to exploit vulnerabilities.

On January 9, the SecurityScorecard STRIKE team uncovered Operation 99, a cyberattack by the Lazarus Group, North Korea’s state-sponsored hacking unit. This campaign targets software developers looking for freelance Web3 and cryptocurrency work. If you thought fake job offers from the group’s Operation Dream Job campaign were bad, this latest move is a masterclass in deception, sophistication, and malicious intent. Here’s why Operation 99 demands your attention.

Organizations are increasingly reliant on third-party vendors. While this enables agility and innovation, it also introduces significant security risks. Cyberattacks originating from the supply chain are on the rise, underscoring the critical need for robust security measures. This article explores the key elements of building a high-performing supply chain incident response team to effectively mitigate and respond to these threats.

Patient data is among the most sensitive and valuable information in the healthcare industry. A single breach can have devastating consequences, including.

A single breach can have devastating consequences in the highly regulated financial services industry. From reputational damage and customer loss to severe financial penalties, safeguarding your entire ecosystem is paramount. This blog explores the critical role of Managed Services for Supply Chain Detection and Response (SCDR) in securing your financial services organization.

It’s 10:47 PM, and I’m halfway through binge-watching the latest must-see series when my phone buzzes. A notification from SecurityScorecard has my attention instantly: one of our critical vendors has just reported a breach. I hit pause, grab my laptop, and dive straight in. As much as I’d love to ignore it for a few hours, cyber risks don’t come with snooze buttons. Before panic sets in, I’m logging into the SecurityScorecard platform.

The Evolving Threat Landscape In today’s interconnected healthcare landscape, supply chain security has emerged as a critical concern. Cyber threats are becoming increasingly sophisticated, targeting vulnerable points in the supply chain to infiltrate networks and steal sensitive patient data. As a result, healthcare organizations must prioritize the security of their vendors and partners to protect their own operations and patient information. What is Supply Chain Detection and Response?

The notification lands in my SecurityScorecard dashboard just as I’m wrapping up a meeting. An employee’s email address has shown up in a password dump on a dark web monitoring feed. Another day, another reminder of why cybersecurity is a full-contact sport.