Latest Linux Security News & Information

security advisorysecurity patchupdate process

Firefox 128 Update Notice: Critical for Security and Add-Ons Functionality

As a manager of Firefox instances in a Linux environment, it's critical to be aware of the latest security updates released by Mozilla to ensure your systems and data remain secure. Mozilla recently announced that the expiration of an important root certificate used to validate add-ons may impact versions prior to 128 (ESR 115) and cause widespread add-on problems. . Admins managing Firefox installations should upgrade to version 128 / ESR 115 or later to maintain optimal functionality and continuous protection of Firefox add-on services. By taking action now to upgrade and informing both our users and developers of any required updates, we can avoid potential issues while keeping operations running smoothly. Let's examine the impact that this root certificate expiration could have on your security posture, the importance of updating Firefox, and best practices for ensuring a secure and seamless update process. Crucial Firefox Root Certificate Expired March 14, 2025 Mozilla recently announced the expiration of an authentication certificate to verify Firefox add-ons on March 14th, 2025. This certificate served as a digital signature that validated the integrity and origin of Firefox add-ons. With the expiration of this certificate, older Firefox versions before 128 / ESR 115 will no longer properly verify add-on signatures, causing disruptions that could interfere with user experience and result in significant work disruptions. Maintaining and updating Firefox installations before their expiration dates is vital to productivity and decreasing support requests from your users. By being proactive, you can prevent unexpected issues that require costly support calls for resolution from appearing unexpectedly and disrupting productivity altogether. Understanding the Importance of Updating Firefox Updating Firefox isn't simply about unlocking new features or interface tweaks; it is an essential security practice. Upgrading to version 128 or ESR 115 or later, your installationsreceive updated security patches as they're released while remaining safe from vulnerabilities associated with older versions. Updating Firefox ensures the browser continues to verify and use add-ons like advertising blockers, password managers, and enhanced privacy tools without disruption. Not utilizing these add-ons would drastically decrease browser capabilities, increasing users' exposure to potential risks. Addressing Developer and User Concerns Developers responsible for Mozilla add-ons should be informed of their expiration dates to prepare themselves for user support inquiries regarding any problems with these extensions. Communicating clearly to direct these users toward reliable resources can speed up resolution processes significantly. End users should know that any issues related to broken add-on functionality do not originate within the add-on itself but may rather be corrected through browser updates. By providing clear instructions on updating their Firefox installations quickly and efficiently, we admins can reduce support overhead costs and avoid additional confusion among end users. Best Practices for Updating Firefox Given the decentralized nature of many Linux environments, ensuring that Firefox is uniformly updated across all systems requires a systematic approach: Centralized Management Tools: Utilize configuration management tools such as Ansible , Puppet , or Chef to automate Firefox's deployment and update process across all machines. These tools can help enforce uniformity and ensure that updates are applied promptly. Regular Update Schedules: Establish and maintain a regular schedule for checking and applying software updates. Firefox releases updates frequently, and staying on top of these ensures that your users benefit from the latest security patches and features. User Education: Educate your users about the importance of running the latest software versions for Firefox and all applications. Foster a culture where security awareness ispart of the organizational ethos. Monitoring and Reporting: Implement monitoring systems to track application update status. Tools such as Nagios or Prometheus can be configured to alert you if systems are out of compliance with your update policies. Integrating these practices into your routine administration tasks ensures that Firefox and other critical applications remain up to date, secure, and functional. The Vital Role of Communication in Seamless Update Implementation Effective communication is at the core of successfully overseeing any major software update in an organization. Be sure to open channels with all users early enough so they are informed about an impending root certificate expiration and the need for a Firefox update. Writing an internal memo or using your organization's preferred communications platform to disseminate this information will aid significantly in reaching users. Large organizations should hold training sessions to educate users on the update process and address any concerns. This proactive strategy will significantly lower resistance while simultaneously increasing compliance rates. Preparing for Future Security Updates While addressing the immediate need to update Firefox to version 128 or ESR 115 is critical, it's also important to establish ongoing processes that can preempt future security disruptions. This includes: Staying Informed: Regularly monitor official Mozilla channels and other relevant sources for announcements about security updates, end-of-life notices, and new features. Building a Resilient Update Framework: Develop and implement a resilient framework for managing software updates, including automated tools, structured schedules, and comprehensive communication strategies. Continuous Improvement: Regularly review and refine your update processes. Solicit feedback from users to identify any areas of improvement and make the necessary adjustments to ensure that updates are applied seamlessly. By adoptingthese practices, you can ensure that your systems remain secure and functional, mitigating the risk of future disruptions due to outdated software or expiring certificates. Our Final Thoughts on the Implications of Mozilla's Recent Announcement for Firefox Users With the recent expiration of the root certificate used to validate Firefox add-ons, our job as Linux security administrators is to ensure that all instances of Firefox have been upgraded to version 128 or ESR 115 or later for optimal browsing experiences and to maintain integrity within our security frameworks. Updating Firefox is more than a routine task; it is essential in protecting users against disruptions and vulnerabilities. By setting up effective update management systems, encouraging open communication among employees, and planning for any security updates, we can ensure a robust browsing environment within our organizations. . Admins must upgrade Firefox to version 128/ESR 115 or later to prevent disruptions and ensure security compliance.. Firefox Update Management, Linux Security Best Practices, Root Certificate Issues. . Brittany Day

Mar 25, 2025 •

Brittany Day Vendors/Products

security advisorysecurity updatesoftware update

PostgreSQL and BeyondTrust: High Severity Risk Requires Immediate Patch

Recent vulnerabilities in BeyondTrust Remote Support ( CVE-2024-12356 ) and PostgreSQL ( CVE-2025-1094 ) are being actively exploited by threat actors and require urgent mitigation by admins using the popular SQL database and BeyondTrust Remote Support solution. Attackers are using this PostgreSQL SQL injection flaw to sneak SQL commands past security checks, then execute remote commands against vulnerable versions of BeyondTrust for access and control over systems running vulnerable versions. . With attackers potentially having access to sensitive data or disrupting services via BeyondTrust systems running vulnerable versions, those impacted by these flaws must act now before it's too late! Here's what you need to know about this exploit and measures you can take to keep your systems operational and safeguard your sensitive data. Understanding the Nature of This PostgreSQL SQLi Vulnerability Let's delve further into this PostgreSQL SQL injection (SQLi) vulnerability that's caused widespread alarm. In general, SQLi bugs occur when an attacker inserts malicious SQL code into an input field, which is then executed by the database. This enables the attacker to manipulate the database, access unauthorized data, and perform privileged operations by exploiting poorly validated or sanitized inputs. SQLi vulnerabilities can lead to unauthorized access to sensitive data, and potentially full system compromise - so they are not something to take lightly! In the specific case of CVE-2025-1094 , PQescapeLiteral(), PQescapeIdentifier(), PQescapeString(), and PQescapeStringConn() all improperly handle quoting syntax that allows attackers to inject malicious SQL commands using key libpq functions. PQescapeLiteral() and PQescapeIdentifier() were intended to safely escape user input and prevent injection attacks. Now, however, they've become targets, allowing attackers to exploit them and insert malicious SQL commands directly into databases running against them. When you use these functions to feedinto PostgreSQL interactive terminal psql, they become dangerous. An attacker could exploit how these functions' process input to bypass your defenses with malicious SQL statements and then execute remote commands against vulnerable versions of BeyondTrust Remote Support to gain complete control of impacted systems. Not only are libpq functions vulnerable, but command line utilities of PostgreSQL may also be susceptible. This becomes especially apparent when client_encoding is set to BIG5 while server_encoding differs - opening up an opportunity to inject potentially dangerous SQL commands through command-line operations. Affected Versions and Patches It is crucial to understand which PostgreSQL versions are at risk and the patches released address to address the issue. Specifically, those using versions prior to 17.3, 16.7, 15.11, 14.16 or 13.19 could be vulnerable to this exploit Patches for this issue have already been released to address it. PostgreSQL 16.7, 15.11, 14.16, and 13.19 versions were patched on February 13, 2025, and should be upgraded immediately to protect yourself against potential exploitation and close any security gaps in your systems. Mageia and Oracle have released critical advisory updates to mitigate this bug. At this stage, it would be prudent to conduct an in-depth audit of your current PostgreSQL version and, if any vulnerable versions exist on your server, formulate an update plan immediately. Applying patches can protect systems against sophisticated attacks targeting them. Exploring the Security Impact of This PostgreSQL Flaw Let's discuss the security implications of this vulnerability in greater depth. It has been assigned a CVSS 3.0 score of 8.1, which indicates it as a high-severity threat with significant risks to confidentiality, integrity, and availability if successfully exploited. As this vulnerability requires certain conditions, such as specific encoding settings and usage patterns to exploit, don't let its low severity fool youinto believing you are safe. An attacker with enough knowledge could still cause significant harm, possibly accessing sensitive data or destabilizing your system. Take this bug seriously despite its limited exploitation conditions, and implement patches now to protect against potentially devastating security breaches and ensure your infrastructure remains robust and secure. Beyond Patching: Practical Measures for Securing PostgreSQL PostgreSQL users can take several measures beyond patching to protect their systems from vulnerabilities like CVE-2025-1094. First, focus on hardening your PostgreSQL configuration by disabling any unused services and features and reviewing all database settings for compliance with security best practices. For instance, admins should limit listening addresses to trusted networks while using strong authentication methods like scram-sha-256 for login security. Implementing stringent access controls is another essential measure. Ensure only authorized users have access to your databases, with only the privileges necessary to do their jobs effectively. Use roles and permissions wisely to prevent unauthorized access or data manipulation, regularly audit user access and revoke any no longer necessary permissions, audit user access regularly as part of an overall security strategy, and implement network-level measures such as firewalls or VPNs for remote access. Keep a keen eye on your database's activity by activating logging and monitoring. By watching its activity, you can quickly detect any unusual or suspicious activity, while PostgreSQL log files provide insight into access patterns and potential threats. Couple this with an effective incident response plan so your team can respond efficiently should any security breaches arise. Our Final Thoughts on Mitigating Risk for PostgreSQL & BeyondTrust Users As soon as threats like this emerge, you must swiftly secure your systems against them. CVE-2024-12356 in BeyondTrust Remote Support and CVE-2025-1094 inPostgreSQL should not be overlooked as together they provide attackers access to and control over your systems. By applying patches from BeyondTrust and PostgreSQL, you will close these security holes and prevent attacks from occurring in your Linux environment. Wait no longer - take proactive measures to protect yourself and your data and operations! Immediately update your systems , review security protocols, and take measures to secure against these vulnerabilities that threaten the integrity and safety of impacted IT infrastructures. It is well worth the time and effort to prevent attacks that could cripple your systems or expose sensitive data! . Safeguard critical information and applications in BeyondTrust and PostgreSQL against ongoing threats through immediate update implementations.. PostgreSQL Flaws, BeyondTrust Risk Management, SQLi Prevention, Security Patch Updates. . Brittany Day

Feb 27, 2025 •

Brittany Day Security Vulnerabilities

security advisoryupdatesecurity patch

Wine 10.0 Released: Security Updates and Performance Enhancements

With the recent release of Wine 10.0 , we now have an updated and powerful tool for running Windows applications on our Linux systems. This new version features over 6,000 improvements designed to improve performance, compatibility, and the overall user experience. . Key enhancements in Wine 10.0 include critical security patches and performance boosts that can fortify your infrastructure against vulnerabilities. However, new features and significant changes always have the potential to introduce new attack vectors. Thorough testing and validation are paramount before transitioning to this new version. Reviewing the official release notes and engaging with the Wine community will provide vital insights, ensuring you can deploy this update confidently while maintaining a vigilant stance on security. In this article, I'll delve into the key aspects of Wine 10.0, exploring how it can be integrated effectively while ensuring that security remains uncompromised. Understanding The Significance of Wine 10.0 Wine is a compatibility layer enabling users to run Windows apps on non-Windows platforms like Linux. Wine 10.0 marks an important milestone, bringing over 6,000 improvements and the fruits of years of development efforts, providing users with a more capable platform. This year's iteration strives to ensure applications run more smoothly while simultaneously creating an improved user experience that's seamless and consistent across platforms. Enhanced Security Measures One of the most crucial aspects of any software update is the introduction of new security measures and patches. With Wine 10.0, security admins should be on the lookout for these critical updates. Although specifics will vary, general improvements can be expected in areas like handling system calls, memory management, and application sandboxing. These updates are designed to patch vulnerabilities that, if left unaddressed, could potentially be exploited by malicious actors. Therefore, promptly applying these patchesand understanding their impact is essential for maintaining a secure working environment. Conducting a thorough review of the official release notes will help you identify and prioritize these critical security aspects. Performance and Compatibility Improvements Beyond security, Wine 10.0 brings significant performance enhancements. These improvements are particularly important for resource-intensive applications that have previously experienced sluggish performance on Linux. With a more optimized compatibility layer, applications are likely to run more efficiently, making them more responsive and reducing system strain. Compatibility updates mean that a broader range of Windows applications can function better on Linux. This benefits administrators and end-users relying on specific Windows applications for daily tasks. It's a step towards reducing the friction often associated with cross-platform compatibility, enabling smoother and more reliable operation of these applications. Thorough Testing and Validation With such a substantial update, it's crucial not to rush into deployment. Testing and validation are indispensable steps in your deployment strategy. Start by setting up a controlled testing environment where you can run all necessary Windows applications under Wine 10.0. Monitor their behavior and performance closely compared to the previous version to catch any anomalies or issues early on. During this phase, focus also on assessing any security implications. Look out for new permission requests or changes in how applications access system resources. Ensuring that these changes do not inadvertently create security holes is vital. After thorough testing and validation, you should begin rolling out Wine 10.0 to your production environment. Monitoring and Post-Deployment Practices Even after a successful deployment, your job isn't over. Ongoing monitoring is crucial to ensure that no unexpected issues arise. Keep an eye on system logs and application behavior to detect anyanomalies quickly. Tools that can help automate this monitoring can be particularly useful, alerting you to issues before they escalate. Post-deployment, it's also wise to continue engaging with the Wine community and staying up to date with any additional patches or updates that might be released. As with any significant software deployment, being vigilant and proactive is key to maintaining a secure and efficient environment. Documentation and Training While technical updates and community engagement are important, don’t overlook the value of thorough documentation and training. Make sure that all security protocols and changes associated with the Wine 10.0 update are well-documented. This ensures that everyone on your team is on the same page and understands how to maintain the security and efficiency of your applications. Additionally, training sessions for your team can be beneficial, particularly if the update introduces new features or changes workflow processes. Equip your team with the knowledge they need to leverage the new capabilities of Wine 10.0 fully, while also maintaining the security protocols necessary to protect your environment. Our Final Thoughts on Wine 10.0's Impact on Windows App Security & Performance on Linux Adopting Wine 10.0 is an invaluable opportunity to improve the performance, compatibility, and security of Windows applications running on Linux. By carefully testing and validating this new release while engaging with its community and ensuring proper post-deployment monitoring as well as comprehensive documentation and training to facilitate its secure introduction, you can ensure a successful transition process. Remember that successful deployment involves more than simply installing updates; it must also involve understanding their effect on your overall security posture. You can freely download Wine 10.0 here. We'd love to hear what you think of these updates @lnxsec! . Wine 10.0 introduces vital security enhancements and improvedefficiency for Windows programs running on Linux environments.. Windows App Security, Linux Performance, Wine Enhancements, System Compatibility, Linux Security. . Brittany Day

Jan 23, 2025 •

Brittany Day Security Projects

security advisorysecurity enhancementsecurity patch

Linux Kernel: Performance Boost and Security Upgrade from Torvalds' Patch

Linus Torvalds, the revered leader of the open-source movement, has shown that even minute changes can make a significant difference. A relatively small recent code modification made by the Linux kernel developer has significantly improved Linux's performance. . The change is known as x86/uaccess" and it avoids barrier_nospec() when copying 64-bit () . This minor change, initially submitted by Red Hat developer Josh Poimboeuf and revised by Torvalds, addresses critical security issues while improving performance. I'll examine the essence of this patch, the types of attacks it protects against, its security and performance impacts, and the broader implications of this patch for us Linux users. Understanding The Essence of This Patch This recent patch aims to improve Linux's performance by changing how the kernel handles copying operations from the user space. It mitigates the usage of the barrier_nospec(). This API was designed to thwart speculative execution attacks such as Meltdown and Spectre, which were first made public in 2018. Modern CPUs use speculative execution to increase efficiency. However, it can also expose security vulnerabilities. Torvalds' patch replaces barrier_nospec() with pointer masking. This method returns all 1s when the copy_from_user() attempts to access an invalid address. This approach offers a measurable performance boost while maintaining security. Addressing Meltdown and Spectre Attacks Meltdown and Spectre attacks are side-channel attacks that exploit the CPU’s speculative processing to gain access to sensitive data. These vulnerabilities shocked the IT community, leading to a widespread effort to patch and defend themselves against these threats. These security measures often result in significant overhead and a noticeable performance degradation. This trade-off is controversial, especially in environments where performance matters most. The Register reports, "Defending these attacks is a necessary evil. Running web servers and thelike is a primary usage of Linux, and such boxes must be locked down against every conceivable attack - even at the cost of disabling performance-enhancing features." Performance Improvements This patch is essential because it combines security and performance. The patch, which avoids the barrier_nospec() and uses pointer masking to improve the per_thread_ops, achieves a 2.6% increase in the benchmark. The kernel testing robot verified this. This is not a mere statistical anomaly but a vital improvement for systems that run high-thread workloads such as web servers or data processing applications. Torvalds acknowledged that the code change positively impacted performance, stating, "The kernel testing robot reports a 2.6% improvement in the per_thread_ops benchmark," which shows the real-world effect of the seemingly minor change. Security and Performance Trade-Offs Balancing performance and security is one of the most persistent challenges for operating system developers, particularly when it comes to a platform as popular as Linux. In response to Meltdown, Spectre, and other vulnerabilities, mitigations were implemented to prioritize performance at the expense of security. Torvalds has been known to be critical of performance-killing methods. It is important to note that the new patch does not force administrators to choose between performance and security. The patch reduces the risk of speculative execution by making a small but strategic change to how invalid addresses are treated in copy_from_user(). This is done without the usual overhead associated with security patches. Broader Implications for The Linux Community This patch demonstrates Torvalds' deep understanding of low-level x86 architecture and his ability to make decisions that benefit the broader Linux community. The Register reports, "Very few people have his level of technical knowledge, particularly of the x86 Architecture—and most of those who work for large chip vendors." They are under NDA and cannottalk about it. Torvalds’ background at chip vendor Transmeta, where he was employed for his low-level expertise in building Crusoe chips, illustrates his extensive knowledge in this area. His contributions will ensure that Linux is a safe and performant platform for users and businesses worldwide. Our Final Thoughts on Torvalds' New Patch Linus Torvalds' small but significant patch is a testament to modern operating systems' delicate balance between performance and security. The patch addresses critical vulnerabilities and improves performance. It is a practical solution to one of the most pressing problems in the tech world. This recent patch boosts performance for administrators and developers and emphasizes the need to remain vigilant and innovative in the face of evolving security threats. Linus Torvalds, the creator of Linux, continues to shape its future with this patch. It ensures that Linux remains secure , robust, and efficient in a technologically changing landscape. . The latest update from Torvalds boosts Linux efficiency while fortifying security measures to counteract risks posed by Spectre and Meltdown vulnerabilities.. Linux Kernel, Speculative Execution, Performance Improvement, Security Enhancement. . Brittany Day

Nov 11, 2024 •

Brittany Day Security Projects

security patchperformance impactmicrocode update

Intel Core CPUs Face Up To 40% Slowdown From Downfall Update

Downfall is the latest speculative execution vulnerability discovered in Intel’s x86 CPU architecture. As custom dictates, the chipmaker has released a microcode update and Linux kernel patches to mitigate the flaw. Like most security fixes, these updates degrade performance as they essentially block speculative execution in certain scenarios. . Phoronix has compiled some benchmarks showing the impact of the security update on Intel’s Core CPUs: Downfall primarily affects Skylake, Ice Lake, and Tiger Lake, and we see performance drops as large as 40% after the update. OpenVKL is 10-12% slower following the patch, while the OSPRay ray-tracing benchmark sees a much larger decline. Ambient Occlusion is a whopping ~40% slower with the new kernel and microcode, while path tracing sees a 20% reduction in real-time performance. . Test findings indicate pronounced declines in performance for Intel’s Core processors following the security patch addressing the Downfall vulnerability.. Intel CPU Security, Microcode Update Impact, Downfall Vulnerability Benchmarks. . LinuxSecurity.com Team

Aug 14, 2023 •

LinuxSecurity.com Team Vendors/Products

security advisorypackage updatesecurity patch

CBL-Mariner 2.0 Release: Security Updates and New Tools

Microsoft has released an updated version of its CBL-Mariner 2.0 in-house Linux distribution that includes various security patches, new packages being added to the OS, and a variety of other updates. . CBL-Mariner 2.0.20230721 is this new Microsoft Linux release and includes new packages like python-resolvelib, OpenCSD 1.4, and also now adds Clippy in the Rust package. But, no, if you're thinking of Clippy as from the Microsoft Office days some two decades ago as the virtual assistant... It's not that Clippy. The Clippy being added to CBL-Mariner is a linter tool. There is this Rust-written Clippy to catch common mistakes in Rust code. The link for this article located at Phoronix is no longer available. . Microsoft's CBL-Mariner 2.0 boosts security and introduces new utilities such as Rust Clippy for improved code quality. Discover its capabilities.. CBL-Mariner Linux, Microsoft Tools, Security Updates, Rust Linter, Python Packages. . LinuxSecurity.com Team

Aug 04, 2023 •

LinuxSecurity.com Team Security Projects

security patchlinux kernelspectre-bhb

AmpereOne: Spectre-BHB Mitigation Details In Linux Kernel 6.2

Made public earlier this year was Spectre-BHB / BHI as a speculative execution vulnerability similar to Spectre V2 and affecting Intel and Arm CPUs. . At the time Neoverse N2 / N1 / V1 and older cores like Cortex-A15 / A57 / A72 were known to be vulnerable and required software mitigations. The upcoming AmpereOne is also vulnerable to Spectre-BHB and has a patch now on its way to the Linux kernel for mitigating this Spectre class vulnerability. Spectre-BHB targets the CPU's Branch History Buffer and affects a wide range of Arm cores. Arm's documentation around Spectre-BHB can be found via developer.arm.com . The link for this article located at Phoronix is no longer available. . The recent update from AmpereOne addressing Spectre-BHB outlines essential measures for safeguarding CPU integrity in Linux systems.. AmpereOne, Spectre-BHB, Linux Kernel Mitigation, Arm CPU Security. . Brittany Day

Nov 09, 2022 •

Brittany Day Security Vulnerabilities

security advisorysecurity patchlinux

Linux Wi-Fi Exploits: Five Security Issues Patching Soon

What appeared to be one simple Linux Wi-Fi networking security problem was soon revealed to be five different nasty Wi-Fi security problems. Fortunately, the patches are on their way. . You may recall that Linus Torvalds recently added support for Rust in the Linux kernel . One of the big reasons for adding Rust was to put an end to Linux code memory problems . It can't come soon enough. Recently, five serious Linux Wi-Fi security holes were uncovered . . Several critical vulnerabilities in Linux-based Wi-Fi systems have been identified, prompting the development of solutions to enhance the safety of your wireless networks.. Wi-Fi Exploits, Linux Patches, Network Security Issues, Security Updates. . Brittany Day

Oct 22, 2022 •

Brittany Day Network Security

Community Poll

More Polls

Should Linux servers automatically install security updates?

Yes — critical security patches should install automatically.
No — every update should be tested before deployment.
Only critical vulnerabilities should auto-install.
I patch when Reddit starts panicking.

Stay Ahead With Linux Security News

Refine news

Get the latest News and Insights

Community Poll

Should Linux servers automatically install security updates?

Trending News

Misuse of Cron Jobs for Long-Term Access in Linux Environments

Risks of GitHub Repo Breach on Linux Supply Chain Security

After Years of Supply Chain Attacks, npm Is Finally Closing the Door on Auto-Scripts

FFmpeg PixelSmash Vulnerability Exposes Linux Media Servers to Remote Code Execution Risk

Explore Latest Linux Security news

Firefox 128 Update Notice: Critical for Security and Add-Ons Functionality

PostgreSQL and BeyondTrust: High Severity Risk Requires Immediate Patch

Wine 10.0 Released: Security Updates and Performance Enhancements

Linux Kernel: Performance Boost and Security Upgrade from Torvalds' Patch

Intel Core CPUs Face Up To 40% Slowdown From Downfall Update

CBL-Mariner 2.0 Release: Security Updates and New Tools

AmpereOne: Spectre-BHB Mitigation Details In Linux Kernel 6.2

Linux Wi-Fi Exploits: Five Security Issues Patching Soon

Get the latest News and Insights

Community Poll

Should Linux servers automatically install security updates?

Trending News

Misuse of Cron Jobs for Long-Term Access in Linux Environments

Risks of GitHub Repo Breach on Linux Supply Chain Security

After Years of Supply Chain Attacks, npm Is Finally Closing the Door on Auto-Scripts

FFmpeg PixelSmash Vulnerability Exposes Linux Media Servers to Remote Code Execution Risk

Powered By

Linux Security - Your source for Top Linux News, Advisories, HOWTOs and Feature Releases

QUICK LINKS

subscribe to newsletters!

Stay Ahead With Linux Security News

Refine news

Topics

Category

Authors

Published Date

Get the latest News and Insights

Community Poll

Should Linux servers automatically install security updates?

Trending News

Explore Latest Linux Security news

Get the latest News and Insights

Community Poll

Should Linux servers automatically install security updates?

Trending News

Search Topics

Powered By

Linux Security - Your source for Top Linux News, Advisories, HOWTOs and Feature Releases

QUICK LINKS

subscribe to newsletters!