EMS Panel Detection Scanner

EMS Login Panel is a software interface used by administrators and users to access the EMS (Energy Management Software) web application. The software serves organizations by providing centralized access to manage and analyze energy consumption data. Typically used by corporate facilities departments, utility managers, and building operators, it enables effective monitoring and control of energy resources in commercial environments. Its purpose is to enhance energy efficiency and reduce operating costs by offering insights and control over energy usage. The management aspect relies on users logging in through this panel, which helps ensure security and centralized access control. The EMS Login Panel is an essential component for businesses aiming to streamline their energy management processes.

The vulnerability detected is centered around the EMS login portal being accessible on digital assets. Panel detection refers to the identification of login panels, which can pose security risks if left unsecured or if default settings and credentials are utilized. Unauthorized access to the login panel can provide entry points for malicious actors and expose the system to potential breaches. Detecting such panels is crucial to ensure they are properly secured against unauthorized access. Additionally, it helps organizations take necessary measures to lock down these points, enhancing overall security posture.

Technically, the EMS Login Panel vulnerability involves the exposure of the '/EMSWebClient/Login.aspx' endpoint, which displays the "EMS Web Client - Login" interface. The panel may lack adequate security measures if not properly configured, allowing unauthenticated users to interact with the login page. The status check for a 200 response code confirms the live status of the login page, while the presence of specific words such as "EMS Web Client - Login" triggers the alert. This combination of status code and exposed description verifies the panel's presence and opens potential risks if not managed properly.

When exploited by malicious parties, the vulnerability can lead to unauthorized access to the EMS system and potential manipulation of energy management settings. Such unauthorized access can result in the alteration of energy data, mismanagement of energy resources, and even service disruptions. Sensitive data related to energy consumption could be exposed, leading to privacy issues and financial losses. Additionally, compromised access can serve as a gateway for further infiltration into a company's network, increasing susceptibility to larger-scale cyberattacks.