Security Flaws Discovered in Three Widely Used Open-Source Software Solutions

On July 27, 2021, cybersecurity researchers revealed nine vulnerabilities across three popular open-source projects—EspoCRM, Pimcore, and Akaunting. These platforms are commonly utilized by small to medium businesses, and successful exploitation of these flaws could lead to more advanced cyberattacks. The identified vulnerabilities affect EspoCRM v6.1.6, Pimcore Customer Data Framework v3.0.0, Pimcore AdminBundle v6.8.0, and Akaunting v2.1.12. Fortunately, all issues were addressed within a day of being disclosed, according to researchers Wiktor Sędkowski from Nokia and Trevor Christiansen from Rapid7. Notably, six of the nine vulnerabilities originated in the Akaunting project. EspoCRM serves as an open-source customer relationship management application, while Pimcore functions as an open-source enterprise platform for managing customer data, digital assets, content, and commerce. Akaunting provides open-source online accounting solutions.

Multiple Vulnerabilities Discovered in Popular Open-Source Software

Jul 27, 2021

Cybersecurity researchers have identified nine security vulnerabilities across three widely utilized open-source projects: EspoCRM, Pimcore, and Akaunting. These platforms are commonly adopted by small to medium-sized businesses and, if exploited, could pave the way for more complex cyber-attacks. The flaws were found in specific versions: EspoCRM v6.1.6, Pimcore Customer Data Framework v3.0.0, Pimcore AdminBundle v6.8.0, and Akaunting v2.1.12. Prompt responses from the developers ensured that all identified issues were addressed within a day of their discovery, as reported by researchers Wiktor Sędkowski of Nokia and Trevor Christiansen from Rapid7. Notably, six of the nine vulnerabilities pertained to the Akaunting application.

EspoCRM serves as a comprehensive open-source customer relationship management solution, while Pimcore offers an integrated enterprise software platform for managing customer data, digital assets, and content, alongside providing digital commerce capabilities. In contrast, Akaunting represents a robust online accounting software designed for small businesses.

The identified vulnerabilities present significant risks to businesses relying on these software solutions. EspoCRM, Pimcore, and Akaunting play crucial roles in the operational frameworks of many companies, and the security issues not only jeopardize their immediate functionality but also open avenues for attackers to engage in more sophisticated maneuvers.

The potential ramifications of these weaknesses fall into the context of various tactics outlined in the MITRE ATT&CK framework. Adversaries may utilize techniques such as initial access through exploiting these vulnerabilities, followed by methods to establish persistence within affected systems. This sequence could allow for privilege escalation, enabling attackers to gain deeper control over business operations and sensitive data.

Given the rising prevalence of cyber threats, it is imperative for business owners leveraging these open-source solutions to stay informed about security updates and patch vulnerabilities promptly. The swift response of the developers reflects a commitment to maintaining a secure ecosystem, yet it highlights the urgent need for businesses to monitor their systems continuously and adopt best practices in cybersecurity hygiene.

As the landscape of cyber threats continues to evolve, understanding the tactics that adversaries may employ becomes essential for safeguarding sensitive information and ensuring operational integrity. Additionally, businesses should prioritize training and awareness about the potential risks associated with the software they depend upon, as these vulnerabilities could be the starting point for more extensive, damaging attacks if left unaddressed.

Source link

Related Posts

How to Address the Microsoft Print Spooler Vulnerability: Understanding PrintNightmare

Published on July 8, 2021

Recently, the PrintNightmare vulnerability in Microsoft’s Print Spooler (CVE-2021-34527) was escalated from ‘Low’ to ‘Critical’ severity. This change follows the release of a Proof of Concept on GitHub, which attackers might exploit to gain access to Domain Controllers. Although Microsoft issued a patch in June 2021, it fell short in preventing further exploits, as the Print Spooler feature remains accessible for remote connections. This article provides crucial insights into the vulnerability and offers guidance on mitigation strategies.

Overview of Print Spooler: The Print Spooler is a Microsoft service responsible for managing and monitoring print jobs. It is one of the oldest components in the Microsoft ecosystem and has seen minimal updates since its inception. By default, this service is enabled on all Microsoft devices, including servers and endpoints.

Understanding the PrintNightmare Vulnerability: Once an attacker achieves limited user access, they can exploit the Print Spooler to escalate privileges…

Critical Security Vulnerabilities Identified in Sage X3 Enterprise Management Software

Published: July 8, 2021

Recent research has revealed four significant security vulnerabilities in Sage X3’s enterprise resource planning (ERP) software. Two of these vulnerabilities can potentially be combined to facilitate an attack, allowing malicious actors to execute harmful commands and gain control over compromised systems. These issues were identified by researchers at Rapid7, who reported their findings to Sage Group on February 3, 2021. In response, the company has released patches for various versions of Sage X3, including Version 9 (Syracuse 9.22.7.2), Sage X3 HR & Payroll Version 9 (Syracuse 9.24.1.3), Version 11 (Syracuse 11.25.2.6), and Version 12 (Syracuse 12.10.2.8) in March. The identified vulnerabilities include:

  • CVE-2020-7388 (CVSS score: 10.0): Unauthenticated Remote Command Execution (RCE) as SYSTEM in the AdxDSrv.exe component.
  • CVE-2020-7389 (CVSS score: 5.5): System “CHAINE” Variable Script Command Injection (No fix planned).

Significant Vulnerabilities Identified in Philips Vue PACS Medical Imaging Systems

Date: July 9, 2021

A series of security vulnerabilities have been revealed in the Philips Clinical Collaboration Platform Portal (commonly known as Vue PACS). Some of these vulnerabilities could potentially be exploited by malicious actors to gain control over affected systems. According to a warning from the U.S. Cybersecurity and Infrastructure Security Agency (CISA), “Successful exploitation of these vulnerabilities could allow an unauthorized person or process to eavesdrop, view or modify data, gain system access, perform code execution, install unauthorized software, or compromise system data integrity, thereby threatening the confidentiality, integrity, or availability of the system.”

These 15 vulnerabilities affect the following systems:

  • VUE Picture Archiving and Communication Systems (versions 12.2.x.x and earlier)
  • Vue MyVue (versions 12.2.x.x and earlier)
  • Vue Speech (versions 12.2.x.x and earlier)
  • Vue Motion (versions 12.2.1.5 and earlier)

Notably, four specific issues (CVE-2020-1938, CVE-2018-12326, CVE-2018-11218, CVE-2020-4670, and CVE-2018-8014) have been assigned a Critical rating.

Urgent: Critical RCE Vulnerability in ForgeRock Access Manager Under Active Exploitation

Cybersecurity agencies in Australia and the U.S. are sounding the alarm about a serious vulnerability in ForgeRock’s OpenAM access management system, which is being actively exploited to execute remote code on compromised systems. The Australian Cyber Security Centre (ACSC) has reported that threat actors are leveraging this flaw to infiltrate multiple hosts, deploying additional malware and tools. However, details regarding the nature and scope of the attacks, as well as the identities of the perpetrating actors, remain undisclosed.

Identified as CVE-2021-35464, this vulnerability is a pre-authentication remote code execution (RCE) flaw linked to unsafe Java deserialization in the Jato framework used by ForgeRock Access Manager. Exploiting this vulnerability allows attackers to execute commands within the context of the current user rather than as a root user.