VMware Horizon Remote Code Execution Scanner
Detects 'Remote Code Execution (RCE)' vulnerability in VMware Horizon using the Apache Log4j framework.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
10 days 4 hours
Scan only one
Domain, IPv4, Subdomain
Toolbox
-
VMware Horizon is a desktop and application virtualization solution used by organizations to manage and deliver virtual desktops and applications across various devices. It is commonly utilized in enterprises, educational institutions, and government organizations to streamline IT management and enhance security. By centralizing desktop and application management in data centers, Horizon ensures resource optimization and provides end-users with a consistent, reliable experience. The platform is favored for its robust integration capabilities with existing IT infrastructure, supporting various authentication and environment policies. It is designed to support workforce mobility and security by delivering virtual workspaces with flexible access. Additionally, VMware Horizon offers scalability and efficient resource use, making it a trusted solution for delivering secure digital workspaces.
The Remote Code Execution (RCE) vulnerability, often seen as critical, allows an attacker to execute arbitrary code on a target system. This vulnerability can lead to unauthorized actions such as data theft, credential compromise, and complete control of system resources. Attackers exploiting RCE can execute malware, disrupt operations, or further penetrate the network infrastructure of an organization. The vulnerability often stems from insecure input handling within the application's components, such as in logging, web, or form inputs. Once the RCE is executed, the malicious actor may gain privileges equivalent to the application or system process running the vulnerable code. Due to the severe impact, RCE vulnerabilities are prioritized for immediate patching.
The vulnerability in VMware Horizon involves insecure input manipulation within the Apache Log4j framework. Attackers take advantage of this by inserting malicious payloads into logging requests, often through web or application endpoints. These payloads exploit the Java Naming and Directory Interface (JNDI) to execute unauthorized commands remotely on the server. The HTTP request often contains a crafted payload involving JNDI exploits, allowing the attacker to retrieve and execute code from malicious servers. This vulnerability becomes apparent through DNS interactions, where the attacker's environment may receive unauthorized communication requests. Such technical vulnerabilities necessitate validation and interaction detection to confirm susceptibility.
When exploited, this vulnerability can lead to unauthorized access to sensitive data and system resources, resulting in severe operational and data security risks. Attackers could deploy malware, further penetrating network defenses, and compromising critical infrastructure. Additionally, sensitive information could be exfiltrated, leading to data breaches and violating organizational compliance requirements. The exploitation typically results in service disruptions, data integrity loss, and elevated privileges, causing extensive damage to the targeted organization's integrity and trustworthiness. Organizations facing this vulnerability risk potential financial losses and reputational damage if exploited by malicious actors.
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