Linux

In recent years, attention has turned to significant vulnerabilities within Linux systems due to flaws in crash-reporting tools, specifically those allowing local information disclosure. These vulnerabilities, notably CVE-2025-5054 in Ubuntu’s Apport and CVE-2025-4598 in systemd-coredump present in RHEL and Fedora, represent race-condition exploitations that permit local attackers to compromise sensitive data. By exploiting these flaws, attackers can leverage SUID programs

In the realm of cybersecurity, Linux systems have long been hailed for their robustness and security, serving as the backbone for various servers and critical applications worldwide. However, recent developments underscore that even the most secure systems can be susceptible to vulnerabilities. These vulnerabilities pose substantial risks by potentially exposing sensitive data to unauthorized access. Two significant vulnerabilities, identified as

In the world of open-source operating systems, Linux stands as a bastion of flexibility, scalability, and robust security. However, even this formidable system is not immune to vulnerabilities that can jeopardize user data and privacy. The recent identification of security flaws in different Linux systems underscores a pressing concern for millions of users worldwide. Critical vulnerabilities have been discovered, notably

In the ever-evolving landscape of cybersecurity, new threats emerge as quickly as technology advances, challenging existing security paradigms and demanding innovative solutions. With the rise of Internet of Things (IoT) devices, often operating on Linux systems, the door has become wide open for malicious actors to exploit vulnerabilities at an unprecedented scale. One such emergent threat is PumaBot, a novel,