CVE-2024-27718 Scanner

The Smart s200 Management Platform is a network management solution developed by Baizhuo Network. It is widely used by businesses and IT professionals to oversee and manage network devices, ensuring efficient and secure operations. The platform allows users to monitor network traffic, configure devices, and automate tasks, streamlining network management processes. Its user-friendly interface provides comprehensive tools for real-time monitoring and reporting, helping businesses maintain optimal network performance. The software is typically used in enterprise environments where robust network management capabilities are required. Due to its extensive functionalities, the Smart s200 Management Platform is a critical component in ensuring the smooth operation of organizational networks.

SQL Injection is a critical vulnerability that allows attackers to inject malicious SQL code into a query being executed by a database. This can enable them to obtain unauthorized access to data, manipulate database contents, or even compromise the entire database server. The vulnerability is often exploited by manipulating input fields or URL parameters in web applications, leading to unauthorized actions and data exposure. In the context of the Smart s200 Management Platform, this vulnerability could allow an attacker to access sensitive network management data or alter device configurations. SQL Injection is considered a high-severity security issue due to its wide-ranging impact and ease of exploitation. Detecting and mitigating such vulnerabilities is essential to securing databases and applications against potential attacks.

The vulnerability in question is located in the /importexport.php component of the Smart s200 Management Platform. By passing a specially crafted SQL query through the 'sql' parameter using Base64 encoding, an attacker can manipulate the database query execution process. This allows the attacker to retrieve sensitive information or modify database entries without proper authorization. The component is vulnerable because it fails to sanitize user input adequately before incorporating it into an SQL query. Moreover, the vulnerability is easy to exploit by sending HTTP requests with malicious payloads, potentially leading to serious security breaches. The issue is exacerbated by the fact that many network management operations depend heavily on database interactions, making SQL Injection a particularly dangerous vector in this context.

Exploiting this SQL Injection vulnerability could have several adverse effects. Unauthorized access to sensitive network management information is one of the most immediate risks, potentially leading to data breaches. An attacker might also escalate privileges within the management platform, gaining control over network devices and configurations. Additionally, the attacker could disrupt network operations by altering network management data or inserting harmful data into the database. The confidentiality, integrity, and availability of the network management infrastructure are at risk if this vulnerability is not addressed promptly. Businesses relying heavily on network integrity and security may face significant operational and reputational damage.

REFERENCES

• https://github.com/tldjgggg/cve/blob/main/sql.md