CVE-2023-34992 Scanner
CVE-2023-34992 Scanner - Command Injection vulnerability in Fortinet FortiSIEM
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
9 days 1 hour
Scan only one
Domain, Subdomain, IPv4
Toolbox
FortiSIEM is a comprehensive security information and event management solution designed by Fortinet. It is primarily utilized by large organizations and enterprises to manage and orchestrate security events and information across an entire IT infrastructure. The product's feature set includes real-time monitoring, incident response, and the automation of security processes to enhance productivity. As it is integral to security operations, ensuring its security is crucial for maintaining the overall security posture of the organization. FortiSIEM is commonly deployed in environments where centralized security management and visibility are essential. The software is frequently updated to address new vulnerabilities and bolster its security capabilities.
Command injection vulnerabilities occur when an application inadequately filters user inputs, allowing attackers to execute arbitrary commands on the host system. This type of vulnerability can be exploited through crafted API calls, wherein special elements are imbued to bypass authorization checks. In the FortiSIEM context, such a vulnerability allows unauthenticated attackers to run unauthorized code or commands. This compromises the integrity and availability of the host system or network where FortiSIEM is deployed. Safeguarding against this vulnerability is vital to securing the system against potential breaches and unauthorized command execution. Understanding and mitigating such vulnerabilities are pivotal to maintaining robust security practices.
The command injection vulnerability in FortiSIEM arises from improper neutralization in OS command processes. Malicious users can craft specific API requests that exploit this weakness, leading to the execution of arbitrary commands. The vulnerability spans multiple versions, revealing a broad impact and potential for exploitation. The attack vector primarily involves manipulating the 'interactsh_protocol' and executing associated crafted payloads. By decoding these payloads and crafting them with unauthorized commands, attackers gain control over the network subsystem. Therefore, securing the API request validation process is paramount to mitigating this vulnerability and safeguarding the system.
Exploitation of this vulnerability could have severe consequences, including unauthorized code execution on the affected system. This unauthorized access could lead to data breaches, loss of data integrity, and disruptions in service availability. Once an attacker successfully exploits this susceptibility, they can escalate privileges, install backdoors, or further compromise the system. The extent of impact depends on the specific commands executed following unauthorized access. Continuous monitoring, patching, and validation of user input are necessary to prevent exploitation and reduce the associated risks.
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