Latest Linux Security News & Information

security advisoryhigh severityarbitrary code execution

Linux: Chrome High Risk Bugs CVE-2025-6191 CVE-2025-6192

Two new Chrome vulnerabilities have surfaced, and despite how often we hear about Chrome in the news, these bugs are not the kind we can afford to brush off. Both flaws target core components within Chrome—the V8 JavaScript engine and the Profiler function—and could hand attackers a direct line to exploit your systems. It’s the kind of scenario no one wants: arbitrary code execution and potential system compromise just waiting to happen. As a result, Google has flagged both as high-severity issues. . And no, this isn’t exclusively a Linux problem. These vulnerabilities affect Chrome users on Android, macOS, and Windows, too. But Linux systems—especially in enterprise environments or as server endpoints—are uniquely at risk here. Let’s dive into what’s going on, why these flaws matter, and what you need to do to mitigate them. The Bugs in Question—Why You Should Care First, let’s take a closer look at the flaws at hand: CVE-2025-6191 : Integer Overflow in the V8 Engine This vulnerability stems from an integer overflow issue in Chrome’s V8 JavaScript engine—the same engine Chrome leans on for efficiently rendering web applications. An exploit here lets attackers manipulate memory allocation, which could lead to arbitrary code execution. In plain terms: someone could run whatever code they want on your system, bypassing normal security protocols. Worst-case scenario? They breach critical applications, unleash malware , or gain access to sensitive systems in your network. CVE-2025-6192 : Use-After-Free in Profiler The second issue is a use-after-free bug in Chrome’s Profiler functionality. That’s a bit less obvious at a glance, but here’s the deal: use-after-free vulnerabilities happen when memory is improperly handled—accessed after it’s been freed. This can leave dangling pointers wide open for exploitation. Attackers can use this flaw for code execution, system crashes, or worse, depending on the scenario. What’s particularly troubling ishow foundational these components are. The V8 engine powers Chrome’s JavaScript processes. The Profiler, meanwhile, runs on interaction-heavy features. That means attackers are targeting the core architecture, not some peripheral feature no one uses. This kind of exposure raises a red flag for anyone managing Linux systems in environments where uptime and security are non-negotiable. Why Are Linux Systems At Particular Risk? Chrome vulnerabilities are inherently cross-platform, sure—but Linux adds its own layer of nuance. On Linux, Chrome isn’t just a browser—it’s often part of critical workflows: DevOps tasks, web application management, SSH sessions , and system administration. If you’re running Chrome on a shared workstation, a patch delay could expose vital systems to compromise. And consider this: enterprise Linux endpoints are prime targets for attackers. Gain control over one compromised browser, and you’ve got a foothold into an environment managing server clusters, sensitive data, or critical backend operations. A vulnerability like CVE-2025-6191 could allow something like a memory exploitation toolkit to bypass your Linux sandbox entirely, depending on how your system is configured. Practical Steps to Lock Things Down Here’s the thing: Chrome patches are already out—version 137.0.7151.119/.120 addresses these flaws. But depending on your distro, update rollouts are a mixed bag. Automatic updates aren’t always timely, especially if your package manager configuration prioritizes stability over immediate patching. You can’t bank on autopilot here. Instead: Get Chrome Updated Right Now Navigate to Help > About Google Chrome, trigger a manual update check, and confirm that you’re running the patched version. Restart Chrome when you’re done—this might seem obvious, but incomplete updates often catch users off guard. For sysadmins managing multiple Linux endpoints, automate this process through configuration management tools like Ansible or Chef .Ensuring consistency across systems isn’t just smart—it’s mandatory. Push Automatic Updates Where Necessary If you don’t have automatic browser updates enabled on your endpoints, fix that. Check your package manager settings (apt, dnf, pacman, or whatever applies to your distro) and ensure Google’s repository is configured for regular check-ins. Browser Isolation Through AppArmor or SELinux These tools aren’t just for peace of mind—they’re genuine lifesavers against exploits aiming to break out of the browser. Use containerization strategies or implement AppArmor profiles specific to Chrome. Reduce its ability to interact with the broader system in the event of a breach. Harden Browsing Practices Beyond patches, tighten your browser’s exposure. Ban extensions from third-party sources, enforce HTTPS everywhere, and use tools like uBlock Origin to filter out malicious scripts. These small defenses add up, especially when attackers rely on common vectors like ad networks to drop initial payloads. Temporary Alternatives (If You’re in a Bind) Delays in patching happen. If you can’t update Chrome immediately—for whatever reason—switch browsers. Firefox or Chromium are your top options here. They’ll cover the basics while you resolve the gaps in your deployment. But remember, swapping browsers isn’t a permanent fix—it’s a bridge. A Few Broader Thoughts on Chrome and Security It’s no mystery why Chrome keeps finding itself in the crosshairs. It’s the world’s most popular browser, with billions of users across every major platform. Combine that with intricacies like the V8 engine—one of the most sophisticated JavaScript engines available—and you’ve got something attackers love picking apart. These components are deeply powerful, but their complexity means vulnerabilities crop up frequently. So, does that mean Chrome isn’t safe? Not at all. In fact, Chrome’s ability to fix bugs quickly—thanks in part to Google’s bug bountyprogram —is why vulnerabilities like these get disclosed before they cause widespread damage. That said, it’s also why admins need to act fast. Chrome updates may take time to fully roll out, and during that lag, all bets are off if an attacker develops a public exploit. Let’s not forget the larger trend here: these kinds of vulnerabilities aren’t going away. As attackers refine their techniques, we’ll continue seeing sophisticated attacks that exploit browsers as entry points into larger systems. It’s up to security professionals to layer defenses and stay ahead of the curve. Our Final Thoughts: Patch Now, Stay Vigilant If you manage Linux systems, you probably know the drill by now: patch first, ask questions second. These Chrome vulnerabilities (CVE-2025-6191 and CVE-2025-6192) hit core browser functionality and pose a serious risk, not just to casual users, but to enterprise environments where Linux endpoints play pivotal roles in system management. Whether you’re running Chrome as part of a DevOps workflow or just keeping it as a user-friendly option for network browsing, don’t ignore this one. Take the time to apply the patch , double-check your settings, and consider implementing some additional security steps to mitigate browser-based risks moving forward. Chrome is still one of the most secure web browsers out there, but vulnerabilities like these remind us that secure enough is never good enough. . High-severity Chrome bugs demand immediate attention from Linux sysadmins. Learn how to mitigate the risks effectively.. chrome vulnerabilities, linux chrome security, browser exploits, system security patching. . Brittany Day

Jun 25, 2025 •

Brittany Day Security Vulnerabilities

security advisoryhigh severitymedium severity

Google Chrome Update: 129 Addressing High Risks And Enhancing Security

Google Chrome remains the crown jewel in the browser market, with an impressive user base of approximately 3.45 billion. However, this immense popularity has made it a focal point for malicious actors, and any security flaw in this widely used browser can have significant repercussions for users worldwide. . The latest Chrome release, Google Chrome 129 , addresses several critical vulnerabilities, making it imperative that users update their browsers as soon as possible. Let’s examine the vulnerabilities addressed in this release, their implications, and the steps Linux admins can follow to update Chrome and reap the security benefits of version 129! Understanding the Vulnerabilities Addressed in Chrome 129.0.6668.58 The launch of Google Chrome version 129 brings essential security fixes and improvements . As always, these updates will roll out gradually, but initiating a manual update is strongly recommended, given the nature of the vulnerabilities addressed in this release. With this update, Google has patched nine security vulnerabilities, including one with a high severity rating. For security reasons, Google withholds the full technical details of these vulnerabilities until most users have updated to prevent these exploits from being abused in the wild. Here is a breakdown of the vulnerabilities addressed in this update and their impact: High-Severity Vulnerabilities CVE-2024-8904 : Type Confusion in V8 can allow attackers to execute malicious code. This exploit could enable attackers to steal information, install malware, or manipulate system behavior. Medium-Severity Vulnerabilities CVE-2024-8905 : Inappropriate implementation in V8 could potentially allow for code execution but under more constrained conditions. CVE-2024-8906 : Incorrect security UI in Downloads can trick users into downloading malicious files, thinking they are safe. CVE-2024-8907 : Poor data validation in the address bar (Omnibox) could be exploited to facilitatephishing attacks, redirect users, or inject harmful content. Low-Severity Vulnerabilities CVE-2024-8908 : Inappropriate implementation in the Autofill function could lead to accidental disclosure of user data. CVE-2024-8909 : UI-related vulnerabilities could be exploited to make small but impactful changes to the browser's behavior. Steps for Updating Google Chrome on Linux To ensure your browser is protected against these vulnerabilities, it’s crucial to update to the latest version of Google Chrome. Here are the steps Linux admins can follow to update their browsers: For Ubuntu/Debian-Based Distributions Update the Package List: sudo apt update Install the Latest Version of Google Chrome (This will automatically update if installed): sudo apt --only-upgrade install google-chrome-stable Verify the Update: Open Google Chrome and navigate to chrome://settings/help. Ensure that the version displayed is 129.0.6668.58. For Fedora/CentOS/RHEL-Based Distributions Update the Repository: sudo dnf check-update Install the Latest Version of Google Chrome: sudo dnf install google-chrome-stable Verify the Update: Open Google Chrome and navigate to chrome://settings/help. Ensure that the version displayed is 129.0.6668.58. Restart the Browser: Simply installing the update isn’t enough. You must restart Google Chrome to ensure the new security patches are applied. After following the steps above, close all Chrome windows and relaunch the browser to complete the update process. Our Final Thoughts on the Significance of the Chrome 129 Release Google Chrome's latest update is essential for maintaining browser security and protecting user data from potential exploits. The vulnerabilities addressed range from high-severity issues that could lead to arbitrary code execution to more targeted medium—and low-severity flaws. Given the widespread use of Chrome, it is in every user's best interest to update their browserimmediately. Linux admins play a crucial role in ensuring the security of systems under their supervision. By promptly applying the updates available for Chrome and other browsers they use, admins can safeguard their networks against newly discovered threats. Remember, keeping your software up-to-date is a fundamental aspect of cybersecurity hygiene. Stay safe, and update now! . The latest Firefox version 112 rollout addresses critical security flaws, advising all users to upgrade promptly.. Google Chrome update security, browser vulnerabilities, Linux admin tips. . Brittany Day

Sep 25, 2024 •

Brittany Day Security Vulnerabilities

20.Lock AbstractDigital Circular Esm H240

security advisoryhigh severityzero-day

Chromium: CISA Zero-Day Advisory: High Severity Type Confusion Risk

Google has released fixes for a high-severity Chromium security flaw ( CVE-2024-5274 ) impacting its widely used Chrome browser and other Chromium-based browsers such as Microsoft Edge, Brave, Opera, and Vivaldi. CISA has added this Type Confusion bug, exploited in the wild, to its Known Exploited Vulnerability Catalog . CISA has stated, "These types of vulnerabilities are frequent attack vectors for malicious cyber actors and pose significant risks to the federal enterprise.", underscoring the significance of this flaw for impacted organizations. . Let's examine this vulnerability and other recent zero-day vulnerabilities found in Chromium, their impact, and measures admins should take to secure their systems against these bugs. What Zero-Day Bugs Have Recently Been Found in Chromium? How Can I Secure My Systems Against Them? The most recent zero-day vulnerability discovered in Chromium is a Type Confusion bug in the V8 JavaScript and WebAssembly engine (CVE-2024-5274). Type Confusion vulnerabilities exist when a program attempts to access a resource with an incompatible type. These flaws enable threat actors to access out-of-bounds memory, cause crashes, or execute arbitrary code on impacted systems, potentially leading to data breaches and system disruption. The discovery of this Chromium Type Confusion bug closely follows these other zero-day flaws identified in the open-source web browser project: CVE-2024-4671 : Use-after-free in Visuals allowed a remote attacker who had compromised the renderer process to potentially perform a sandbox escape via a crafted HTML page. CVE-2024-4761 : Out-of-bounds write in V8 allowed a remote attacker to perform an out-of-bounds memory write via a crafted HTML page. CVE-2024-4947 : Type Confusion in V8 allowed a remote attacker to execute arbitrary code inside a sandbox via a crafted HTML page. Google has not disclosed additional technical details about the flaw but has acknowledged that an exploit for CVE-2024-5274 existsin the wild. To mitigate potential exploits, Linux users are advised to upgrade to Chrome version 125.0.6422.112. Many Linux distros have released important security advisory updates addressing these zero-days. Additionally, users of Chromium-based browsers such as Microsoft Edge, Brave, Opera, and Vivaldi are advised to apply fixes when available. Our Final Thoughts on These Chromium Zero-Days & Their Security Implications The recent discovery of a zero-day Type Confusion vulnerability (CVE-2024-5274) in Chromium highlights the persistent threat posed by security flaws in widely used web browsers. With CISA flagging this exploit as a known risk, organizations must prioritize updating their systems to mitigate potential attacks from threat actors. The string of zero-day vulnerabilities identified in Chromium underscores the importance of staying vigilant and proactive in applying patches and security updates. By promptly installing the necessary fixes and following best practices for securing systems , admins and organizations can help safeguard against these critical vulnerabilities and protect their data and networks from attacks and breaches. . Recent Chromium zero-day vulnerabilities have raised alarms among developers and users, posing risks like code execution and data breaches, urging quick admin action. Chromium Security, Zero-Day Exploit, Browser Security Updates. . Anthony Pell

Jul 11, 2024 •

Anthony Pell Security Vulnerabilities

security advisorysecurity updatehigh severity

Critical Vulnerabilities in Chrome 122.0.6261.128: DoS and Data Exposures

Multiple severe security issues were discovered in Chromium before version 122.0.6261.128, which could result in arbitrary code execution, denial of service, or information disclosure. Let's examine these vulnerabilities, their impact, and how to protect against them. . What Security Bugs Have Been Discovered in Chromium? Security vulnerabilities recently identified in Chromium include: CVE-2024-2173 : Out-of-bounds memory access in V8 allows a remote attacker to access out-of-bounds memory via a crafted HTML page. CVE-2024-2174 : Inappropriate implementation in V8 allows a remote attacker to exploit heap corruption via a crafted HTML page. CVE-2024-2176 : Use after free in FedCM allows a remote attacker to exploit heap corruption via a crafted HTML page. CVE-2024-2400 : Use after free in Performance Manager allows a remote attacker to exploit heap corruption via a crafted HTML page. CVE-2024-1669 : Out-of-bounds memory access in Blink. CVE-2024-1670 : Use after free in Mojo. CVE-2024-1671 : Inappropriate implementation in Site Isolation. CVE-2024-1672 : Inappropriate implementation in Content Security Policy. CVE-2024-1673 : Use after free in Accessibility. Inappropriate implementation in Navigation. CVE-2024-1675 : Insufficient policy enforcement in Download. CVE-2024-1676 : Inappropriate implementation in Navigation. These flaws have all received a Chromium security severity rating of "High," as they could allow attackers to corrupt your data, disrupt services, or run rogue programs on your computer. How Can I Secure My Systems Against These Vulnerabilities? An essential update for Chromium, version 122.0.6261.128, has been released to fix these harmful vulnerabilities. Given these bugs’ severe threat to affected systems, if left unpatched, we strongly recommend all impacted users apply the updates released to protect against data compromise and service disruption. Tostay informed of essential updates released by the open-source programs and applications you use, register as a LinuxSecurity user , subscribe to our Linux Advisory Watch newsletter , and customize your advisories for your distro(s). This will enable you to stay up-to-date on the latest, most significant issues impacting the security of your systems. Follow @LS_Advisories on X for real-time updates on advisories for your distro(s) . . Critical vulnerabilities found in Chromium may result in code execution, denial of service, or data leakage. Ensure your systems are updated immediately!. Chromium Vulnerabilities, Security Issues, Code Execution Risks. . Brittany Day

Mar 24, 2024 •

Brittany Day Security Vulnerabilities

high severityransomwaresecurity threat

Abyss Locker Ransomware Targets Linux And Windows Systems: High Threat

A ransomware variant dubbed "Abyss Locker" has been observed targeting Microsoft Windows and Linux platforms. The Abyss Locker ransomware is believed to be based on the HelloKitty ransomware source code. It steals and encrypts victims' files, demanding ransom for decryption and preventing the release of stolen data. The ransomware's severity level is classified as high, showcasing the urgency of addressing this issue. . Intriguing Points & Security Implications Abyss Locker was first detected in July 2023, but its origins may date even further. This raises questions about the potential evolution of ransomware and the continuous importance of staying ahead of emerging threats. Another interesting aspect is the attack method of ransomware. The Windows version of Abyss Locker performs several actions to ensure successful encryption, such as deleting Volume Shadow Copies and system backups. On the Linux side, it attempts to shut down running VMware ESXi systems before encrypting files. This intricate approach reveals the attackers' sophistication and highlights the need for robust security measures. The ransomware avoids encrypting specific file extensions and directories to maintain system operability and enable victim-attacker communication for ransom negotiation. This indicates that the attackers are focused on maximizing their chances of receiving payment, leaving room for speculation about their motives and potential future enhancements to their tactics. The Abyss Locker ransomware presents a significant challenge for security practitioners. Its ability to target Windows and Linux platforms demonstrates the necessity for a comprehensive and multi-layered security strategy. Linux admins, in particular, must be attentive to the risks associated with VMware ESXi systems, as the ransomware specifically targets this environment. As security practitioners, it is essential to ask critical questions: How can we enhance our detection and prevention mechanisms to identify emergingransomware variants like Abyss Locker? Are our backup and recovery processes robust enough to mitigate the impact of ransomware attacks? What steps can be taken to counteract ransomware developers' sophisticated tactics, such as the multiple evasion techniques employed by Abyss Locker? Long-term consequences must also be considered. The successful targeting of both Windows and Linux platforms indicates a potential shift in ransomware strategies, revealing the adaptability and resourcefulness of cybercriminals. This calls for ongoing vigilance and the continuous development of proactive security measures. Our Final Thoughts on Abyss Locker The Abyss Locker ransomware represents a clear and present danger to Windows and Linux users. Its sophisticated attack methods, ability to encrypt files, and ransom demand raise serious concerns for security practitioners. By analyzing the implications and asking critical questions, security professionals can better understand this threat and take proactive measures to protect their systems. The long-term consequences of this ransomware highlight the need for ongoing adaptation and improvement in security practices. As we face the evolving landscape of cybersecurity, it is vital to stay informed , remain vigilant, and develop robust defenses against ransomware attacks. . Phantom Gate malware targets both Mac and Windows platforms, employing complex strategies for maximum damage. Remain vigilant.. Abyss Locker Ransomware, Linux Security Threat, Windows Cyber Attacks, Ransomware Defense Strategies. . Brittany Day

Mar 02, 2024 •

Brittany Day Cryptography

security advisoryhigh severityLinux update

Debian DSA-5577-1 High: Chromium Use-After-Free Exploit Threat

A severe use-after-free vulnerability has been found in Chromium ( CVE-2023-5472 ), which could allow a remote attacker to potentially exploit heap corruption via a crafted HTML page. This vulnerability, which Chromium has rated as “high-severity”, is related to a bug in the webRTC (Real-time Communication) functionality. . What Is This Vulnerability? This Chromium browser vulnerability stems from a "use-after-free" issue in Profiles. In simple terms, this means that a specific portion of memory could be accessed after it has been freed, leading to potential exploitation by remote attackers. An attacker could manipulate heap corruption through a specially crafted HTML page if successfully exploited. The consequences may range from unauthorized access to your personal information to more severe damage to your system. In the context of a web browser, a "Use-After-Free" vulnerability exposes users to potential exploitation when the browser tries to access a portion of the memory that has already been freed. It is akin to accessing and modifying a borrowed book that has been returned to the library—this could cause crashes or, in more severe cases, allow an attacker to execute malicious code in the user's system. How Does This Vulnerability Affect My Linux Systems? This vulnerability impacts all users running unpatched versions of the Chromium browser. Exploiting this vulnerability could potentially allow attackers complete control over the affected browser, compromising user data and exposing sensitive information. What Can I Do To Stay Safe? As always, taking action is crucial. To protect yourself from this vulnerability, ensure your Chromium browser is updated to the latest version. Debian , Fedora , Mageia , and openSUSE have released important advisory updates addressing this vulnerability. Updates often include essential security patches designed to address vulnerabilities like these. Download updates only from the official Chromium website or your OS’s packagemanager, guaranteeing the authenticity and safety of the update. Consider utilizing a trusted and regularly updated antivirus solution, as it can provide an extra layer of defense against similar threats. Additionally, maintain safe browsing habits – avoid clicking on suspicious links or downloading files from untrustworthy sources. Your Digital Security Matters To stay on top of essential updates released by the open-source programs and applications you use, register as a LinuxSecurity user , subscribe to our Linux Advisory Watch newsletter, and customize your advisories for your distro(s). This will enable you to stay up-to-date on the latest, most significant issues impacting the security of your systems. Follow @LS_Advisories on X for real-time updates on advisories for your distro(s) . . Keep informed about the significant security flaw in Chromium that threatens confidential information and system functionality owing to the absence of a fix.. Chromium Bug, Use-After-Free, High Severity Threat. . Brittany Day

Dec 14, 2023 •

Brittany Day Security Vulnerabilities

security advisorydenial of servicehigh severity

Debian LTS: High Severity DoS And Privilege Escalation in Xorg

Several vulnerabilities have been found in the widely used Xorg X server, the most severe being an out-of-bounds write flaw due to an incorrect calculation of a buffer offset ( CVE-2023-5367 ). Due to how easy this vulnerability is to exploit and its significant threat to the confidentiality, integrity, and availability of impacted systems, this bug has received a National Vulnerability Database base score of 7.8 out of 10 (“High” severity). . How Does This Vulnerability Affect My Linux Systems? This severe vulnerability could result in privilege escalation and denial of service (DoS) attacks, resulting in loss of system access and allowing an attacker to see additional infrastructure to attack, add or delete users, or modify permissions of files or other users. What Can I Do To Stay Safe? An essential Xorg security update has been released to mitigate this dangerous vulnerability. Given this vulnerability's severe threat to impacted systems, if left unpatched, we strongly recommend that all affected users apply the updates released by Debian , Debian LTS , Fedora , Oracle , SciLinux , Slackware , and Ubuntu as soon as possible to prevent attacks potentially resulting in downtime and system compromise. To stay on top of essential updates released by the open-source programs and applications you use, register as a LinuxSecurity user , subscribe to our Linux Advisory Watch newsletter, and customize your advisories for your distro(s). This will enable you to stay up-to-date on the latest, most significant issues impacting the security of your systems. Follow @LS_Advisories on Twitter for real-time updates on advisories for your distro(s) . . A critical flaw in the Xorg display server impacts Linux environments, enabling potential service interruptions and unauthorized access unless rectified.. Xorg Security Update, DoS Threat Fix, Privilege Escalation Defense. . Brittany Day

Nov 13, 2023 •

Brittany Day Security Vulnerabilities

security advisoryhigh severitydebian

Debian DSA-5526-1 High: Chromium DoS And Info Disclosure Risks

A severe, remotely exploitable Type Confusion vulnerability has been found in Chromium ( CVE-2023-5346 ). Due to its significant threat to the confidentiality, integrity, and availability of impacted systems, this bug has received a National Vulnerability Database base score of 8.8 out of 10 (“High” severity). . Several other important security vulnerabilities have also recently been found in Chromium, including inappropriate implementation in Custom Tabs, Prompts, Input, Custom Mobile Tabs, Autofill, Intents, Picture in Picture, and Interstitials, and insufficient policy enforcement in Downloads. These issues could result in the execution of arbitrary code, denial of service, or information disclosure. Essential Chromium security updates have been released to fix these dangerous bugs. As these flaws severely threaten the confidentiality, integrity, and availability of impacted systems, we urge all affected users to apply the updates released by Debian , Fedora , Gentoo , Mageia , and openSUSE immediately to protect their critical systems and sensitive data against attacks leading to downtime and compromise. To stay on top of essential updates released by the open-source programs and applications you use, register as a LinuxSecurity user , subscribe to our Linux Advisory Watch newsletter, and customize your advisories for your distro(s). This will enable you to stay up-to-date on the latest, most significant issues impacting the security of your systems. Follow @LS_Advisories on Twitter for real-time updates on advisories for your distro(s) . . Critical flaws discovered in Firefox present threats; patches required to safeguard machines from intrusions.. chromium vulnerabilities, DoS attacks, security fixes, information disclosure. . Brittany Day

Oct 25, 2023 •

Brittany Day Security Vulnerabilities

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Linux: Chrome High Risk Bugs CVE-2025-6191 CVE-2025-6192

Google Chrome Update: 129 Addressing High Risks And Enhancing Security

Chromium: CISA Zero-Day Advisory: High Severity Type Confusion Risk

Critical Vulnerabilities in Chrome 122.0.6261.128: DoS and Data Exposures

Abyss Locker Ransomware Targets Linux And Windows Systems: High Threat

Debian DSA-5577-1 High: Chromium Use-After-Free Exploit Threat

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