CVE-2026-40887 Scanner
CVE-2026-40887 Scanner - SQL Injection vulnerability in Vendure Core
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
2 weeks 1 hour
Scan only one
Domain, Subdomain, IPv4
Toolbox
Vendure Core is an open-source headless commerce platform crafted using Node.js and TypeScript. It primarily serves developers and businesses, facilitating the creation of ecommerce platforms. As a customizable solution, Vendure ensures scalability while offering tools for efficient product management, order processing, and customer service. Additionally, Vendure is widely used in commercial settings wanting to leverage a flexible backend to support ecommerce operations. With a supportive community and rich documentation, it encourages contribution and adaptability for diverse commercial needs.
SQL Injection is a serious security vulnerability that allows attackers to intervene maliciously with SQL queries. This vulnerability in Vendure Core could enable unauthorized execution of SQL commands and potentially compromise the entire database. The injection occurs due to improper parameter handling, making the system susceptible to attackers bypassing authentication procedures. This type of vulnerability is particularly dangerous due to its potential effect on database integrity and confidentiality. Notably, when exploited, it can open paths for attackers to access sensitive information stored within the database.
The SQL Injection vulnerability in Vendure Core is particularly centered on the `languageCode` query parameter. This parameter is interpolated directly into a raw SQL CASE expression without adequate safeguards, such as input validation or parameterization. As such, malicious parties can manipulate this parameter to inject arbitrary SQL commands, effectively gaining unauthorized access to execute SQL operations. This could facilitate not only the leakage of data but also potentially permit unauthorized modifications and deletions. Testing revealed specific response patterns indicating successful injection attempts, confirming the vulnerability's impact.
When malicious actors exploit this SQL Injection vulnerability, they can perform drastic operations on the database. These may include unauthorized data access leading to information disclosure, data tampering, or even total erasure of database contents. A successful attack could represent severe privacy and security implications for users and administrators. Furthermore, if attackers control database interactions, it can lead to denial of service, rendering the application unusable while facilitating other types of attacks by leveraging insights gained from compromised data.
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