MITRE ATT&CK | Breaking Cybersecurity News | The Hacker News

Cybersecurity researchers have disclosed a critical vulnerability in the Open VSX Registry ("open-vsx[.]org") that, if successfully exploited, could have enabled attackers to take control of the entire Visual Studio Code extensions marketplace, posing a severe supply chain risk. "This vulnerability provides attackers full control over the entire extensions marketplace, and in turn, full control over millions of developer machines," Koi Security researcher Oren Yomtov said . "By exploiting a CI issue a malicious actor could publish malicious updates to every extension on Open VSX." Following responsible disclosure on May 4, 2025, the multiple rounds of fixes were proposed by the maintainers, before it was finally deployed on June 25. Open VSX Registry is an open-source project and alternative to the Visual Studio Marketplace. It's maintained by the Eclipse Foundation. Several code editors like Cursor, Windsurf, Google Cloud Shell Editor, Gitpod, a...

Intro: Why hack in when you can log in? SaaS applications are the backbone of modern organizations, powering productivity and operational efficiency. But every new app introduces critical security risks through app integrations and multiple users, creating easy access points for threat actors. As a result, SaaS breaches have increased, and according to a May 2024 XM Cyber report, identity and credential misconfigurations caused 80% of security exposures. Subtle signs of a compromise get lost in the noise, and then multi-stage attacks unfold undetected due to siloed solutions. Think of an account takeover in Entra ID, then privilege escalation in GitHub, along with data exfiltration from Slack. Each seems unrelated when viewed in isolation, but in a connected timeline of events, it's a dangerous breach. Wing Security's SaaS platform is a multi-layered solution that combines posture management with real-time identity threat detection and response. This allows organizations to get a ...

Is AI really reshaping the cyber threat landscape, or is the constant drumbeat of hype drowning out actual, more tangible, real-world dangers? According to Picus Labs' Red Report 2025 which analyzed over one million malware samples, there's been no significant surge, so far, in AI-driven attacks. Yes, adversaries are definitely continuing to innovate, and while AI will certainly start playing a larger and larger role, the latest data suggests that a set of well-known tactics, techniques, and procedures (TTPs) are still dominating the field. The hype around artificial intelligence has certainly been dominating media headlines; yet the real-world data paints a far more nuanced picture of which malware threats are thriving, and why. Here's a glimpse at the most critical findings and trends shaping the year's most deployed adversarial campaigns and what steps cybersecurity teams need to take to respond to them. Why the AI Hype is Falling Short…at Least For Now While headl...

To defend your organization against cyber threats, you need a clear picture of the current threat landscape. This means constantly expanding your knowledge about new and ongoing threats. There are many techniques analysts can use to collect crucial cyber threat intelligence. Let's consider five that can greatly improve your threat investigations. Pivoting on С2 IP addresses to pinpoint malware IP addresses used by malware to communicate with its command and control (C2) servers are valuable indicators. They can help not only update your defenses, but also identify related infrastructure and tools belonging to threat actors.  This is done using the pivoting method, which lets analysts find additional context on the threat at hand with an existing indicator. To perform pivoting, analysts use various sources, including threat intelligence databases that store large volumes of fresh threat data and offer search capabilities. One useful tool is Threat Intelligence Lookup from AN...

Dynamic malware analysis is a key part of any threat investigation. It involves executing a sample of a malicious program in the isolated environment of a malware sandbox to monitor its behavior and gather actionable indicators. Effective analysis must be fast, in-depth, and precise. These five tools will help you achieve it with ease. 1. Interactivity Having the ability to interact with the malware and the system in real-time is a great advantage when it comes to dynamic analysis. This way, you can not only observe its execution but also see how it responds to your inputs and triggers specific behaviors.  Plus, it saves time by allowing you to download samples hosted on file-sharing websites or open those packed inside an archive, which is a common way to deliver payloads to victims. The initial phishing email containing the malicious pdf and password for the archive Check out this sandbox session in the ANY.RUN sandbox that shows how interactivity is used for analyzing th...

Managed service providers (MSPs) are on the front lines of soaring demand for cybersecurity services as cyberattacks increase in volume and sophistication. Cynet has emerged as the security vendor of choice for MSPs to capitalize on existing relationships with SMB clients and profitably expand their client base. By unifying a full suite of cybersecurity capabilities in a simple, cost-effective solution, Cynet's All-in-One Cybersecurity Platform empowers MSPs to provide a full breach protection service with a single tool, backed by 24/7 expert support, for rapid profit. All-in-One Advantages for MSPs Traditionally, MSPs have cobbled together security solutions from variety of vendors, leading to a complex and expensive tech stack. Cynet solved this challenge with an All-in-One Platform that includes Extended Detection and Response (XDR), Endpoint Protection Platform (EPP), Endpoint Detection and Response (EDR), Managed Detection and Response (MDR), Security Information and Event Ma...