CVE-2025-25037 Scanner

The Aquatronica Controller System is used extensively in aquariums and environmental monitoring systems for managing and controlling various parameters. This software is typically employed by aquarists, researchers, and facilities managing aquaculture operations to ensure optimal conditions for aquatic life. It facilitates the automation of tasks such as water quality monitoring, temperature control, and feeding schedules. Designed for both hobbyists and professional environments, this system integrates with IoT devices to enhance its monitoring capabilities. Its ease of use and robust data management functionalities have made it a popular choice for individuals seeking to establish precise aquatic environments. By providing real-time monitoring and alerts, the system helps in maintaining the health of aquatic systems efficiently.

The Information Disclosure vulnerability in the Aquatronica Controller System permits unauthorized access to sensitive configuration data due to insufficient authentication mechanisms in place. It involves a weakness where unauthenticated attackers can retrieve critical information such as plaintext credentials from the exposed endpoint. Specifically impacting version 5.1.6 of the firmware and version 2.0 of the web interface or earlier, this vulnerability is significant due to the nature of the information that can be compromised. If exploited, attackers could gain access to sensitive operational data, thus broadening the scope for further exploits. This flaw underscores the importance of robust authentication as it directly impacts the confidentiality of the system's operations. Given the sensitivity of the data involved, addressing this issue should be prioritized to prevent potential breaches.

The vulnerability resides in the 'tcp.php' endpoint of the Aquatronica Controller System, which is vulnerable to unauthenticated requests. By sending a specific HTTP POST request to this endpoint, attackers can trigger the system to disclose network configuration data, including credentials stored in plaintext. The 'function_id' and 'command' parameters are particularly exploited, where the command 'WS_GET_NETWORK_CFG' retrieves the sensitive data. Successful exploitation is identified by the presence of key identifiers such as 'WEB_PASSWORD' and plaintext credentials in the response. With the right tools, malicious entities can automate this attack, thereby posing a persistent threat to affected systems. The technical aspect of the vulnerability highlights the inadequacy of endpoint security in the versions specified, pointing to a need for immediate patching to seal this exposure.

When exploited, this information disclosure vulnerability could lead to several adverse effects. The most direct impact is the unauthorized access to sensitive configuration information, including network credentials, which can be leveraged for further attacks. This could result in unauthorized modifications to the system's configurations, leading to altered operational parameters or service disruptions. The exposed plaintext credentials could also allow attackers to gain control over the configuration interface, potentially leading to hijacking or sabotage of system functions. Furthermore, given the automated environments these systems control, such exploitation could cause systemic failures, risking operational continuity and the well-being of dependent aquatic life. This underscores the severity of the vulnerability and necessitates immediate remedies to prevent unauthorized access.

REFERENCES

• https://www.zeroscience.mk/en/vulnerabilities/ZSL-2024-5824.php
• https://www.exploit-db.com/exploits/52028
• https://vulncheck.com/advisories/aquatronica-controller-system-credential-leak
• https://nvd.nist.gov/vuln/detail/CVE-2025-25037