VulnHub

A recent report from HeroDevs points out a significant oversight in software composition analysis (SCA) tools regarding end-of-life (EOL) software. Many organizations rely on these tools to identify vulnerabilities in open source software, but they often overlook critical vulnerabilities in EOL software that no longer receives updates or support. This gap can leave systems exposed to attacks, as vulnerabilities in unsupported software may not be included in common CVE feeds. HeroDevs offers a free scan service to help organizations identify EOL software in their projects, which is crucial for maintaining security. Companies that continue to use outdated software without awareness of these vulnerabilities could face serious security risks.

A recent report from HeroDevs highlights a significant security gap in the use of Software Composition Analysis (SCA) tools, particularly regarding end-of-life (EOL) open source software. These tools often miss critical vulnerabilities in software that is no longer supported, leaving organizations exposed to risks they might not even be aware of. As many companies rely on outdated libraries, they may inadvertently introduce security weaknesses into their projects. HeroDevs is offering a free scan for users to identify EOL software in their projects, which can help organizations take proactive steps to secure their applications. This situation underscores the need for developers and security teams to regularly assess their software dependencies and update or replace outdated components to mitigate risks.

A serious vulnerability, identified as CVE-2026-0073, has been discovered in the Android System component. This flaw allows attackers to execute remote code without any user interaction, posing a significant risk to devices running affected versions of Android. Users of Android devices should be particularly cautious, as this vulnerability could lead to unauthorized access and control over their devices. The potential for exploitation is high, making it crucial for users to apply the latest security updates. Android's security team has addressed this issue by releasing a patch to fix the vulnerability, and all users are encouraged to update their devices promptly to mitigate any risks.

Researchers from VulnCheck have identified a serious vulnerability in MetInfo, an open-source content management system. The flaw, designated as CVE-2026-29014, has a high severity score of 9.8 and allows for remote code execution through code injection. This issue affects MetInfo versions 7.9, 8.0, and 8.1, leaving users at risk of attackers executing arbitrary code on their servers without authentication. The vulnerability is currently being exploited in the wild, making it imperative for users of these versions to take immediate action. Failure to address this vulnerability could lead to unauthorized access and potential data breaches.

A serious vulnerability has been discovered in Weaver E-cology, an enterprise office automation platform. This flaw, identified as CVE-2026-22679, allows attackers to execute code remotely without authentication. It affects versions of Weaver E-cology prior to 10.0.20260312 and has a high severity score of 9.8, indicating its potential for significant impact. The issue is actively being exploited in the wild, putting users and organizations at risk of unauthorized access and control over their systems. Companies using this software should prioritize updating to the latest version to protect against these attacks.

Since mid-March, hackers have been exploiting a serious vulnerability known as CVE-2026-22679 in Weaver E-cology's office automation software. This flaw allows attackers to execute discovery commands, potentially compromising sensitive information and system integrity. Users of Weaver E-cology could be at risk, as the vulnerability has been actively targeted, indicating that attackers are already taking advantage of it. Organizations using this software should be aware of the ongoing exploitation and take immediate action to safeguard their systems. Addressing this vulnerability is crucial to prevent unauthorized access and data breaches.

Recent reports have identified vulnerabilities in the EnOcean SmartServer IoT platform that could allow attackers to remotely compromise smart buildings, data centers, and factories. The issues are tied to a security bypass flaw (CVE-2026-22885) and a remote code execution vulnerability (CVE-2026-20761). These vulnerabilities affect instances of the EnOcean SmartServer that are exposed to the internet, making them susceptible to remote exploitation. This situation raises significant concerns for organizations relying on this technology, as it could lead to unauthorized access and control over critical infrastructure. Companies using EnOcean SmartServer should take immediate action to secure their systems against potential attacks.

A serious vulnerability (CVE-2026-41940) affecting cPanel, a widely used web hosting control panel, has been exploited by attackers for several months before a patch was released. This authentication bypass flaw has been in active use since at least February 23, 2026, with indications that it may have been abused even earlier. The vulnerability primarily impacts users of cPanel, which is often provided by shared hosting services. The delay in addressing this issue raises concerns about the security of web hosting environments and the potential for unauthorized access to sensitive data. Companies using cPanel are urged to apply the latest security updates as soon as possible to mitigate risks associated with this exploit.

A serious authentication bypass vulnerability identified as CVE-2026-41940 has been discovered in cPanel, WHM, and WP Squared. This flaw has been actively exploited by attackers since late February, allowing unauthorized access to systems using these platforms. cPanel and WHM are widely used web hosting control panels, making this issue particularly concerning for hosting providers and website owners. Users of affected systems should take immediate action to secure their environments, as the vulnerability poses a significant risk to sensitive data and system integrity. As proof-of-concept (PoC) code is now available, the potential for widespread exploitation increases, underscoring the urgency for users to address this vulnerability promptly.

A newly discovered vulnerability in the LiteLLM Python package, identified as CVE-2026-42208, has been exploited by attackers just 36 hours after its disclosure. This flaw allows for SQL injection through the proxy API key verification process, enabling unauthorized access and modification of sensitive database information. The rapid exploitation of this vulnerability raises concerns for developers and organizations using LiteLLM, as it could lead to significant data breaches and compromise of user data. Users and organizations need to take immediate action to secure their systems against this threat, as the vulnerability is already being actively targeted in the wild.

CISA and Microsoft have issued a warning about the exploitation of a Windows Shell vulnerability identified as CVE-2026-32202. This zero-click vulnerability allows attackers to trick victims' systems into authenticating with the attacker's server, potentially exposing sensitive information. CVE-2026-32202 is linked to an incomplete fix for a previous vulnerability (CVE-2026-21510), which was targeted by the APT28 group using malicious LNK files. Microsoft had released patches for these vulnerabilities in February 2026, but the new exploit indicates that attackers have found ways to bypass these security measures. Users and organizations running affected systems need to be vigilant and apply available updates to safeguard against these kinds of attacks.

A significant vulnerability, identified as CVE-2026-3854, has been discovered in GitHub.com and GitHub Enterprise Server, potentially allowing remote code execution. This flaw poses a risk to millions of repositories hosted on these platforms, which are widely used by developers and organizations for version control and collaboration. If exploited, attackers could execute arbitrary code, leading to unauthorized access and manipulation of sensitive codebases. The discovery emphasizes the need for users to remain vigilant and update their systems promptly to mitigate potential risks. GitHub has urged users to apply the latest patches to safeguard their repositories against this vulnerability.

A serious SQL injection vulnerability, identified as CVE-2026-42208, has been discovered in BerriAI's LiteLLM Python package, with a high CVSS score of 9.3. Remarkably, this flaw has already been actively exploited within just 36 hours of its public disclosure. Attackers can use this vulnerability to modify the database underlying the application, posing significant risks to any systems using LiteLLM. Organizations that rely on this package need to act quickly to protect their data and systems from potential breaches. Users should remain vigilant and apply necessary updates or patches as soon as they are available to mitigate these risks.