CVE-2023-35708 Scanner
CVE-2023-35708 Scanner - SQL Injection vulnerability in MOVEit Transfer
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
10 days 1 hour
Scan only one
Domain, Subdomain, IPv4
Toolbox
The MOVEit Transfer is a file transfer application commonly used by businesses and organizations to ensure secure data exchange. Developed by Progress, it provides advanced automated file transfer capabilities tailored to business-critical and fast data transfer needs. Its users span various industries, including healthcare, finance, and government, providing them with user-friendly interfaces alongside stringent data protection controls. The product is designed to facilitate compliance with data protection regulations and policy adherence requirements. It's heavily implemented in environments where secure and reliable file exchanges are vital, contributing significantly to operational efficiency and security enhancement. MOVEit Transfer integrates with many third-party applications, adapting to various technological environments to support seamless operation and security.
The SQL Injection vulnerability identified in MOVEit Transfer can allow unauthenticated attackers unauthorized access to significant databases within the application. By exploiting flaws in the input processing or validation phases, attackers can manipulate backend SQL queries. This type of vulnerability is critical since it opens pathways for malicious actors to alter, delete, or retrieve information stored within the databases. Notably, altering business-critical data stored within MOVEit Transfer poses severe risks to both system integrity and data confidentiality. The constant threat of such vulnerabilities necessitates robust input validation and regular security checks within systems using SQL-based data handling. Companies utilizing MOVEit Transfer should prioritize applying updates promptly to safeguard their data against such exploits. The existence of this vulnerability is a significant reminder of the importance of regular security assessments and updates to applications handling sensitive data.
The primary determinant of MOVEit Transfer's vulnerability is the failure to properly sanitize and validate user-supplied input prior to submission to its SQL database. Vulnerable endpoints within the application provide attackers a vector to input malicious SQL statements, which are subsequently executed by the database. Specifically, modifying the database queries within vulnerable parameters allows attackers to traverse available data and even alter it at their discretion. This critical failure to segregate data input from command queries directly undermines system integrity. The crafted payloads submitted to endpoints exploit this separation failure, allowing data access beyond the initial intentions of the application's functionalities. Therefore, examining the vulnerable endpoints within MOVEit Transfer is crucial to understanding the core technical flaw leading to this severe exploitation vulnerability. Proper sanitization and query parameterization are necessary to close such gaps effectively.
When exploited, SQL Injection vulnerabilities in MOVEit Transfer can lead to the severe leakage of sensitive data. Attackers who successfully exploit this vulnerability can gain unauthorized database access, leading to unauthorized data disclosure and potential tampering. The SQL Injection is potent enough to alter the database structure, hampering the service provided by MOVEit Transfer and undermining the integrity and confidentiality of the organization's data assets. Should attackers gain prolonged access, they might deploy further cyber strategies to entrench their access, leading to more substantial system breaches. A prolonged compromise of user data through unmitigated SQL vulnerabilities can lead to brand damage, financial losses, and legal repercussions due to non-compliance with data protection regulations. Consequently, companies must ensure they enforce solid preventative measures to protect their systems.
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