CVE-2022-2199 in MV720 GPS Tracker
Summary
by MITRE • 07/20/2022
The main MiCODUS MV720 GPS tracker web server has a reflected cross-site scripting vulnerability that could allow an attacker to gain control by tricking a user into making a request.
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Analysis
by VulDB Data Team • 07/21/2022
The CVE-2022-2199 vulnerability represents a critical reflected cross-site scripting flaw in the MiCODUS MV720 GPS tracker web interface, which operates as a centralized management system for vehicle tracking and monitoring. This device, commonly deployed in fleet management and asset tracking scenarios, exposes a web server component that processes user input without adequate sanitization, creating an avenue for malicious actors to inject malicious scripts into web responses. The vulnerability stems from the web server's improper handling of input parameters within HTTP requests, particularly in URL query strings or form data that are directly reflected back to users without proper encoding or validation mechanisms.
The technical exploitation of this vulnerability occurs when an attacker crafts a malicious URL containing XSS payload scripts and delivers it to an unsuspecting user through social engineering tactics such as phishing emails, compromised websites, or malicious links in communication channels. When the victim clicks the crafted link, the web server reflects the malicious script back within the browser context, executing arbitrary code in the victim's browser session. This reflected nature of the vulnerability means that the malicious payload is not stored on the server but rather injected into the response at runtime, making it particularly challenging to detect through traditional security scanning methods.
The operational impact of this vulnerability extends beyond simple script execution, as it can lead to complete session hijacking, credential theft, and unauthorized access to sensitive tracking data. Attackers can leverage this vulnerability to steal user authentication tokens, access confidential vehicle location data, modify tracking configurations, or even gain administrative control over the device. The implications are particularly severe in enterprise environments where fleet management systems contain sensitive operational data, including driver behavior patterns, vehicle maintenance schedules, and real-time location intelligence. This vulnerability directly violates security principles outlined in CWE-79, which addresses cross-site scripting flaws, and aligns with ATT&CK technique T1566 for phishing and T1071 for application layer protocol usage, as it enables attackers to establish persistent access to critical tracking infrastructure.
Mitigation strategies for this vulnerability should include immediate implementation of input validation and output encoding mechanisms within the web server's response handling. Organizations should deploy web application firewalls to filter malicious payloads, implement strict Content Security Policy headers to prevent script execution, and conduct comprehensive security audits of all web interfaces. Regular firmware updates from the manufacturer are essential, while network segmentation can limit the potential damage if exploitation occurs. Security awareness training for personnel who interact with fleet management systems should also be implemented to reduce social engineering risks. The vulnerability underscores the importance of secure coding practices and input sanitization, as outlined in OWASP Top Ten categories and NIST cybersecurity frameworks, particularly in IoT and industrial control systems where device web interfaces often receive insufficient security attention.