Featured Linux Articles - Page 6
Need an in-depth introduction to a new security topic? Our features articles will bring up up-to-date on everything from buffer overflows to SE Linux policy development.
Need an in-depth introduction to a new security topic? Our features articles will bring up up-to-date on everything from buffer overflows to SE Linux policy development.
IceFire Ransomware, which already utilizes exploits in cybersecurity to attack Linux systems, has recently developed a new strain. This threat takes advantage of an IBM Aspera Faspex file-sharing vulnerability (CVE-2022-47986) that had previously only targeted Windows systems and media and entertainment companies. Since Linux systems tend to be quite powerful in mitigating risks, IceFire Ransomware is all the more concerning, as it can breach robust cybersecurity systems and cause substantial harm.
Written by Linux security expert and LinuxSecurity.com Founder Dave Wreski. Attacks in network security targeting Linux have surged in recent years due to the mass migration of workloads to the cloud and the increase in IoT and other connected devices on such networks. Traditional endpoint security solutions for Linux typically rely on the same algorithms and techniques developed to secure Windows desktops and don’t address the attack patterns unique to Linux. Therefore, such mitigation efforts are no longer sufficient to secure modern Linux workloads against today’s dynamic and evasive network security threats.
As network security threats to digital privacy, safety, and anonymity become a growing concern, organizations and individuals alike are increasingly turning to Virtual Private Networks (VPNs) to bolster security without sacrificing convenience. One of the most economical cybersecurity technologies available today, VPNs are simple to set up and use, and nearly all businesses have a corporate VPN as part of their IT infrastructure.
Linux Cross-Site Scripting (XSS) attacks take place when a threat actor injects malicious, executable scripts into the code of a trusted application or website. XSS is a prevalent and serious data and network security threat for developers and their projects. It is estimated that more than 60% of web applications are susceptible to XSS attacks, which eventually account for more than 30% of all web application exploits in cybersecurity.
Several critical and high-severity network security issues, including multiple use-after-free and stack-based buffer overflow cybersecurity vulnerabilities, were discovered in the Linux kernel. These network security threats could lead to Denial of Service (DoS) attacks, privilege escalation, or the execution of arbitrary code. This article will discuss the Linux kernel issue’s discovery, impact, and protection opportunities.
In today’s world, almost every part of our lives is directly or indirectly linked to the Internet. As cyberattacks in network security grow more advanced, our sensitive data faces more risk. Knowing how to protect your online identity is now a necessity.
Recently, researchers found two critical flaws in the ClamAV open-source antivirus engine. These network security issues lead to Remote Code Execution (RCE) and remote information leakage for susceptible devices. ClamAV has now released patch versions addressing these dangerous cybersecurity vulnerabilities. This article will discuss the flaw’s discovery, its impact, and how to protect against this network security threat.
On February 7, 2023, OpenSSL released a security advisory regarding the discovery and security patching of several cybersecurity vulnerabilities. This advisory included a high-severity address type confusion bug that hackers could use in exploits in cybersecurity to read memory contents or enact Denial-of-Service (DoS) attacks in network security.
Linux is an open-source operating system that has been popular among developers and IT professionals for its stability and security. However, over the years, Linux has faced its fair share of security threats in the form of malware. In this article, we will discuss the history of malware on Linux and what measures are being taken to stop it.
Open-source security automation is a critical aspect of modern cybersecurity. Various data and network security tasks, including vulnerability scanning, incident response, and compliance monitoring, employ open-source tools and technologies to improve efficiency and effectiveness throughout security operations.
The best and most secure Operating System (OS) by design is Linux. Most devices, including Android OS, mobile operating systems, Chromebooks, and tablets, use Linux as a baseline. Unfortunately, Linux has become a target for viruses and malware despite general beliefs that the OS is immune to such data and network security threats. No OS is capable of completely removing online risks.
Azure Linux is a public computing platform developed by Microsoft that businesses can use for tasks like app development, analytics, virtual computing, networking, storage, and more. Linux uses Azure more frequently than Windows since the server can run large workloads. Windows Subsystem for Linux (WSL) permits developers to run Linux directly on Windows and is a lighter alternative to Virtual Machines.
Although patching endpoints is exhausting and redundant, Linux admins must do so when keeping up with the latest security upgrades so that their company can maintain and improve its security posture frequently. Failure to have robust data and network security patching in place and implement Linux patch management best practices can leave a system vulnerable to cybersecurity exploits and Linux network security threats, including infected endpoints and harmful malware integration.
Businesses experienced around 130 attacks in network security in 2022. Companies must improve security, as this essential investment maintains GDPR compliance and client trust.
running processes, configuration files, and more to determine what areas throughout a system need fixing to improve security posture. Such tools even offer information on how to go about such adjustments.
Researchers have identified that unknown threat actors uploaded about 144,294 phishing-related packages using open-source package repositories, including NPM, PyPi, and NuGet. Automation allowed for these large-scale attacks in network security that promoted fake apps, prize-winning surveys, gift cards, giveaways, and more. Hackers utilized naming schemes with similar features in the descriptions to host over 65,000 phishing pages across 90 domains.
Security-savvy Linux sysadmins automatically assume they face online and cloud security breaches, for threats targeting Linux grow increasingly pervasive due to its growing popularity as an Operating System (OS). Linux malware reached an all-time high in 2022.
Understanding how an IT environment is performing is vital for telemetry data. By gathering this information and monitoring it closely, administrators can identify issues and potential problems before they cause significant disruptions.
Technology, in many ways, has changed the way people do business. Modern society is highly digitalized, thanks to technological advancements in the Internet of Things (IoT).
Much of today’s communication in the professional world occurs via email. What could be worse than sending an email to the wrong recipient or having an email intercepted by an attacker?