CVE-2026-26341 Scanner

Tattile cameras are widely used in various applications, including traffic management, security surveillance, and industrial monitoring. They are typically installed by government agencies, enterprises, and private companies to capture and process visual data in real-time. The Tattile Camera series includes models such as Smart+, Vega, and Basic, each designed for specific use cases. Embedded in vehicles or fixed installations, these cameras offer advanced functionality like license plate recognition and vehicle characterization. Due to their critical role in data collection and analysis, maintaining the security and integrity of these systems is paramount. Vulnerabilities in such devices could lead to severe implications, including unauthorized data access and operational disruption.

This vulnerability arises from the use of default credentials, which are not mandated to be changed in firmware versions below 1.181.5. This oversight in authentication control can allow attackers to gain unauthorized administrative privileges on the camera systems. Without changing these default login details, the devices remain susceptible to unauthorized access. Attackers exploiting this vulnerability can take control of the camera management interface. This scenario exposes sensitive data and compromises device configuration, thereby undermining the confidentiality, integrity, and availability of the system. It is crucial to address this vulnerability to safeguard these devices from potential exploitation.

Technically, the vulnerability lies in the failure to enforce a change of the default credentials provided with the cameras. This constitutes broken authentication, as the default username and password remain active, enabling unauthorized access to the administrative interface. Attackers who identify these credentials can log in without restriction, as no additional security measures are present to prevent such access. By exploiting the ability to use the default credentials, attackers can manipulate device settings and potentially intercept sensitive data streams. Due to the simplicity of the exploitation method, the vulnerability presents a high risk of unauthorized access to sensitive operational data.

Exploiting this vulnerability can have significant adverse effects, such as the unauthorized manipulation of camera settings or data theft. Attackers gaining administrative access could disable cameras, modify or delete recorded footage, or even reroute sensitive video streams. This could consequently disrupt surveillance operations or compromise data integrity, leading to potential privacy violations or financial losses. Organizations utilizing these cameras could face reputational damage and legal implications if sensitive data is compromised. Addressing this vulnerability is imperative to ensure that systems remain secure and operational without unauthorized intervention.

REFERENCES

• https://www.cve.org/CVERecord?id=CVE-2026-26341