CVE-2024-2722 in CIGESv2
Summary
by MITRE • 03/22/2024
SQL injection vulnerability in the CIGESv2 system, through /ajaxConfigTotem.php, in the 'id' parameter. The exploitation of this vulnerability could allow a remote user to retrieve all data stored in the database by sending a specially crafted SQL query.
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Analysis
by VulDB Data Team • 10/15/2025
The CVE-2024-2722 vulnerability represents a critical sql injection flaw within the cigesv2 system that specifically targets the /ajaxconfigtotem.php endpoint. This vulnerability manifests through the 'id' parameter which fails to properly validate or sanitize user input before incorporating it into database queries. The flaw exists in the system's data handling architecture where direct user input is concatenated into sql commands without adequate protection mechanisms such as parameterized queries or input sanitization routines. The vulnerability affects the system's core functionality by creating an attack vector that allows unauthorized access to sensitive data stored within the database backend. Security researchers have identified that this weakness enables attackers to manipulate the sql execution flow through malicious input payloads that can bypass normal authentication and authorization controls. The vulnerability's impact extends beyond simple data retrieval as it provides attackers with the capability to execute arbitrary sql commands, potentially leading to complete database compromise and unauthorized access to all stored information.
The technical exploitation of this vulnerability follows established patterns of sql injection attacks where attackers craft malicious input strings that manipulate the intended sql query structure. Through the 'id' parameter in the ajaxconfigtotem.php script, an attacker can inject sql commands that alter the original query execution path, allowing for data extraction, modification, or deletion operations. The vulnerability's classification aligns with common weakness enumeration CWE-89 which specifically addresses sql injection flaws in software applications. This weakness typically arises from improper input validation and insufficient query parameterization, creating opportunities for attackers to manipulate database operations through crafted input. The attack surface is particularly concerning as it targets a web endpoint that likely handles administrative or configuration data, potentially exposing sensitive system information or user credentials stored within the database.
The operational impact of CVE-2024-2722 extends far beyond immediate data theft, creating significant risks for system integrity and business continuity. Organizations utilizing the cigesv2 system face potential exposure of confidential information including user accounts, system configurations, and operational data that could be leveraged for further attacks or financial gain. The vulnerability enables attackers to perform unauthorized database operations that may go undetected for extended periods, potentially leading to data corruption or complete system compromise. From an attacker perspective, this vulnerability provides a straightforward path to escalate privileges and access additional system resources, making it particularly attractive for malicious actors. The attack chain typically involves initial reconnaissance to identify the vulnerable endpoint, followed by payload injection that exploits the sql injection flaw to extract or manipulate database contents. This vulnerability also increases the risk of downstream attacks including privilege escalation, lateral movement within networks, and potential data exfiltration that could impact regulatory compliance and organizational security posture.
Mitigation strategies for CVE-2024-2722 must address both immediate remediation and long-term architectural improvements to prevent similar vulnerabilities. The primary fix involves implementing proper input validation and parameterized queries throughout the application codebase, particularly for the affected ajaxconfigtotem.php endpoint. Organizations should deploy web application firewalls that can detect and block sql injection attempts targeting known vulnerable parameters. The implementation of proper input sanitization routines and output encoding helps prevent malicious payloads from being executed within database contexts. Security teams should conduct comprehensive code reviews focusing on all sql query execution points within the application to identify and remediate similar vulnerabilities. Additionally, implementing database access controls and audit logging can help detect unauthorized database activities that may result from exploitation attempts. The vulnerability's remediation aligns with attack technique mitre att&ck technique t1190 which specifically addresses sql injection attacks, making the implementation of proper input validation a critical security control. Regular security testing including automated sql injection scanning and manual penetration testing should be conducted to ensure that similar vulnerabilities do not exist in other application components. Organizations should also implement proper network segmentation and database access controls to limit the potential impact of successful exploitation attempts.