When most people think about cybersecurity threats, they picture complex ransomware groups, government-backed hackers, or high-profile data leaks splashed across the headlines. But the reality is that some of the most damaging risks often come from the devices we least expect—the small, everyday gadgets quietly sitting in homes and offices.
Mobile security is no longer an afterthought—it’s a frontline battlefield. In 2024, cybercriminals have doubled down on smartphones as their weapon of choice, and Android devices are bearing the brunt of this shift. According to DigiAlert’s analysis of recent threat intelligence, Android dropper apps—malicious applications disguised as legitimate tools—have emerged as the primary delivery mechanism for SMS-based malware.
In cybersecurity, the most dangerous attacks are not always the ones that arrive with flashy ransomware notes or obvious malware signatures. Increasingly, the most damaging threats are the ones that look entirely ordinary. They slip under the radar, disguised as everyday processes or, even worse, cloaked in the trust we place in our own tools.
A new and concerning trend highlights this shift: attackers are weaponizing Velociraptor, an open-source forensic and incident response tool, to infiltrate networks and exfiltrate data.
The software development world just received another stark reminder of how critical our tools have become to the security of the digital ecosystem. Cybersecurity researchers recently disclosed a remote code execution (RCE) vulnerability in Microsoft’s Visual Studio Code (VS Code)—one of the most widely used integrated development environments (IDEs) on the planet.
In today’s hyper-connected world, identity is no longer just an administrative concern—it is the new perimeter of cybersecurity. The recent discovery of Storm-0501, a sophisticated phishing campaign targeting Microsoft Entra ID (formerly Azure Active Directory), has highlighted just how vulnerable organizations can be when attackers bypass traditional defenses and focus directly on identity systems.
When you connect to a public Wi-Fi network, what’s the first thing you see?
Usually, a captive portal that login or “Agree to Terms & Conditions” page you click before getting access. For most people, it’s a routine step. But what if that portal wasn’t a harmless gateway, but instead a weaponized tool used by cybercriminals to infect your device?
That’s exactly what’s happening in a sophisticated cyber campaign launched by UNC6384, a threat actor now under global watch. By exploiting captive portals, UNC6384 is distributing the notorious PlugX malware, a remote access trojan capable of data theft, persistence, and further compromise.
In today’s fast-moving digital world, software supply chains have become both a cornerstone of innovation and a prime target for attackers. A recent discovery reported by The Hacker News highlights a particularly troubling case: a malicious Go module named “golang.org/x/ssh” was found imitating the legitimate SSH library to deliver backdoor access.
In the ever-evolving world of cybersecurity, every year introduces new attack methods, more sophisticated adversaries, and more critical vulnerabilities. But among the most concerning trends emerging today are pre-authentication exploit chains—a class of attacks that can allow cybercriminals to completely bypass login mechanisms and gain unauthorized access to critical systems.
Did you know that over 4.95 billion people worldwide—about 62.3% of the global population—actively use internet browsers every day? Browsers have become the entry point to nearly every digital interaction we perform—whether it’s accessing work tools, online banking, or managing personal accounts. Yet, despite their importance, a large percentage of users remain unaware of the silent threats lurking within browser extensions.
In cybersecurity, time is the ultimate weapon. Threat actors have mastered the art of exploiting vulnerabilities faster than organizations can patch them, turning every unpatched system into a potential breach point. The latest high-profile example is the critical flaw in Apache ActiveMQ (CVE-2023-46604), which has been weaponized to deliver the notorious Godzilla malware.
This vulnerability carries a CVSS score of 10.0, the highest possible rating, meaning it allows unauthenticated remote code execution (RCE). In practical terms, an attacker can gain complete control of a vulnerable server without needing valid credentials.
