ScadaBR Panel Detection Scanner

ScadaBR is an open-source Supervisory Control and Data Acquisition (SCADA) platform used for industrial monitoring and automation processes. It is popular in Brazil and Latin America for various industrial applications, including factories, plants, and other automation facilities. This software offers users tools for data analysis, visualization, and reporting, making it useful for industries such as energy management and manufacturing. ScadaBR integrates with different hardware and protocols, providing flexibility and adaptability in complex monitoring environments. Due to its open-source nature, it appeals to organizations seeking customizable solutions. Additionally, its wide usage often sees it deployed on publicly accessible networks.

The detected vulnerability pertains to the login panel of ScadaBR, which can be openly accessible over the internet without proper authentication controls. This panel detection scan helps identify instances where the login credentials interface is exposed, posing a risk of unauthorized access. The flexibility in deployment means that instances may vary in security configurations, making the detection of such panels important in assessing potential security misconfigurations. The vulnerability reflects a common issue in exposed interfaces that require secure configurations. Mitigating such exposures helps in protecting the critical functions the software serves.

The technical detection focuses on identifying the presence of the login panel through specific webpage elements, such as unique titles or keywords present in the webpage content. The system matches these indicators against pages with the correct HTTP status codes typical of valid, reachable web services. These detection mechanisms operate with specific endpoint paths or base URLs, considering any host redirects. The matchers are engineered to recognize both the page's content and its response status, consolidating the evidence required to confirm panel exposure.

Exposing the ScadaBR login panel publicly can lead to unauthorized access or manipulation of sensitive industrial control systems. Attackers may exploit this vulnerability for various malicious activities, such as data theft, spying on industrial operations, or causing disruption to operations. Such control systems underpin critical support infrastructure, and their compromise could result in operational downtime or potential safety hazards. Securing these interfaces is vital to prevent unauthorized command execution or industrial sabotage. Organizations should ensure proper authentication mechanisms and restrict access to internal networks.

REFERENCES

• https://www.scadabr.com.br/
• https://github.com/ScadaBR/ScadaBR