Sound4 IMPACT/FIRST/PULSE/Eco SQL Injection Scanner

Sound4 IMPACT/FIRST/PULSE/Eco is a renowned audio processing solution used by radio stations, broadcast companies, and audio professionals worldwide. This advanced software suite is designed to enhance audio quality, offering various effects and processing capabilities crucial for high-standard audio production. The software is equipped with user-friendly interfaces, allowing operators to configure and optimize sound settings effortlessly. It is widely implemented in scenarios requiring consistent audio management and quality enhancement for broadcasts. Radio stations rely on this product to maintain superior audio output and deliver optimal listening experiences to their audiences. Given its ubiquitous use in the industry, a vulnerability in this product could potentially affect a significant number of audio processing configurations globally.

SQL Injection (SQLi) is a prevalent vulnerability that occurs when user inputs are improperly sanitized, enabling attackers to manipulate SQL queries. This vulnerability can lead to unauthorized access to sensitive information stored in databases, potentially compromising the entire application's data integrity and security. The vulnerability specifically involves the POST parameter 'password' being used without proper sanitization, allowing malicious actors to inject arbitrary SQL code. Such an exploit can bypass authentication mechanisms, giving attackers access to restricted areas and functionalities within the application. It remains a high-severity concern due to its capability to allow data exfiltration, unauthorized access, and further exploit chains. Adequate measures are necessary to protect applications against SQLi attacks, given their damaging potential across various platforms and services.

The technical details of this vulnerability reveal a weakness in the input validation process for the 'password' parameter in 'index.php'. The software fails to sanitize inputs before their incorporation into SQL queries, permitting the injection of malicious SQL commands. Attackers can exploit this by crafting specific inputs that manipulate database queries, particularly through the POST request. The vulnerable endpoint, 'index.php', and the unsanitized 'password' parameter are critical to the exploit's success. Attackers typically target login pages that allow SQL injection to bypass authentication and gain unauthorized access. Proper input sanitization and query parameterization are recommended to mitigate this risk and strengthen the application's defenses against such vulnerabilities.

If this SQL Injection vulnerability is exploited, attackers can potentially access and manipulate sensitive information within the database. This access could lead to unauthorized data retrieval, alteration, or even deletion, severely impacting the application's functionality. The compromised data could include user credentials, personal information, or other critical business data. Such a breach can damage the reputation of the affected organization, lead to financial losses, and result in legal consequences. Additionally, attackers can use the gained access as a foothold to launch further attacks within the network, emphasizing the importance of securing applications against SQLi vulnerabilities.

REFERENCES

• https://www.zeroscience.mk/en/vulnerabilities/ZSL-2022-5727.php