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Hackers Use PlugX Like DLL Sideloading Chain to Evade Detection

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When Trusted Applications Become Malware Launchers: Inside the PlugX Style DLL Sideloading Campaign As an independent cybersecurity blogger and part time penetration tester, some of the most effective malware campaigns today rely on a surprisingly simple concept: Do not look malicious. Instead of exploiting victims with obviously suspicious binaries, attackers increasingly abuse: Signed applications Trusted software Legitimate installers Familiar processes The latest PlugX style DLL sideloading campaign demonstrates exactly how modern attackers hide malicious activity inside software organizations already trust. And that makes detection significantly harder. What Happened: Researchers Identified a PlugX Like DLL Sideloading Chain Researchers uncovered a sophisticated malware campaign using a PlugX style DLL sideloading technique to establish stealthy persistence and remote access on victim systems. The attack chain reportedly involved: Legitimately signed executa...
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New Infostealer Campaign Uses GitHub Releases to Distribute Malware

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When Open Source Platforms Become Malware Infrastructure: Inside the GitHub Releases Infostealer Campaign As an independent cybersecurity blogger and part time penetration tester, one of the most dangerous trends in modern cybercrime is not sophisticated zero day exploitation. It is the abuse of trust. Trusted platforms. Trusted repositories. Trusted software ecosystems. The latest infostealer campaign abusing GitHub Releases demonstrates exactly how attackers are weaponizing legitimate developer infrastructure to distribute malware at scale. Instead of hiding malware on suspicious domains, threat actors are now delivering payloads through one of the world’s most trusted software development platforms. And that dramatically changes the threat landscape. What Happened: Threat Actors Distributed Infostealers Through GitHub Releases Researchers uncovered a large scale campaign where attackers abused GitHub repositories and GitHub Releases functionality to distribute infosteal...
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Critical vm2 Node.js Vulnerabilities Enable Sandbox Escape and RCE

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  When the Sandbox Breaks: Inside the vm2 Node.js Vulnerabilities As an independent cybersecurity blogger and part-time penetration tester, few vulnerabilities are more dangerous than flaws in systems specifically designed to contain untrusted code. Because once the sandbox fails, the attacker is no longer isolated. They are on the host. That is exactly the risk now facing developers and organizations using the popular vm2 Node.js sandbox library , where researchers uncovered a wave of critical vulnerabilities enabling sandbox escape and arbitrary code execution. What Happened: Multiple Critical vm2 Vulnerabilities Disclosed Security researchers disclosed multiple high-severity vulnerabilities affecting the widely used vm2 library for Node.js. The flaws allow attackers to: Escape the sandbox environment Execute arbitrary commands on the host system Access restricted Node.js internals Bypass isolation mechanisms Researchers identified several critical CVEs, including: CV...
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Zero-Auth Flaw Exposes DoD Contractor Systems to Attackers

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  No Login Required: Inside the Zero-Auth Flaw Impacting Defense Contractors As an independent cybersecurity blogger and part-time penetration tester, vulnerabilities become especially concerning when they involve organizations connected to national defense infrastructure. Because in these environments, the target is rarely just data. It is operational intelligence. Supply chain access. And potentially national security itself. The latest zero-authentication vulnerability affecting a Department of Defense contractor environment highlights how dangerous exposed trust boundaries can become when authentication fails entirely. What Happened: Zero-Authentication Flaw Exposed DoD Contractor Infrastructure Researchers uncovered a critical zero-authentication vulnerability exposing systems tied to a U.S. Department of Defense contractor. The flaw reportedly allowed attackers to: Access sensitive infrastructure without valid credentials Interact with exposed management systems Pote...
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DigiCert Hack Uses Screensaver Malware to Steal Certificates

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Trusted Channels, Hidden Payloads: Inside the DigiCert Screensaver Attack As an independent cybersecurity blogger and part-time penetration tester, this attack stands out for one critical reason: It bypasses security not through exploitation, but through trust. A simple file. A familiar format. A believable scenario. That was all it took to compromise a highly trusted certificate authority environment. What Happened: Screensaver File Used to Breach DigiCert Systems Attackers successfully breached DigiCert’s internal environment using a malicious payload disguised as a screenshot , delivered via a customer support interaction. Key details include: Malware delivered through a customer chat support channel Payload disguised as a harmless file Infection of internal support endpoints Access to DigiCert’s internal support systems Once inside, attackers were able to pivot and access sensitive certificate-related functions. Why This Issue Is Critical: Code Signing Cert...
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