SteVe Panel Detection Scanner

SteVe is utilized for managing charging stations and is commonly employed by organizations operating electric vehicle charging infrastructure. It is used by service providers or facility managers looking to optimize charge point management and customer interactions. The software offers functionalities to control, monitor, and manage charging points efficiently. It provides a centralized system where users can supervise numerous charging stations. Organizations leveraging SteVe aim to enhance operational efficiency and improve user experience. The open-source nature of SteVe allows for customizable and scalable deployment, fitting diverse organizational needs.

Panel Detection involves identifying the presence of administrative login interfaces exposed publicly on websites or services. This type of vulnerability can potentially provide unauthenticated access to critical management panels if not adequately protected. Such endpoints, if discovered, can be exploited by malicious actors to attempt unauthorized access leading to severe data breaches. Detection of these panels is crucial to ensure they are secured behind authentication measures. Identifying an exposed login panel should prompt immediate action to evaluate access controls and hardening measures. Preventing unauthorized access to these resources is vital for maintaining system integrity.

Technical details for the detected vulnerability indicate that the login panel can be accessed through specific URLs such as "/manager/signin" or "/steve/manager/signin". These endpoints are checked for specific response characteristics indicative of the presence of SteVe's panel interface. Successful detection involves matching particular words in the body response and the HTTP status code 200. This detection helps organizations catalogue open access points in their infrastructure they might not be aware of. Ensuring these points are secured is fundamental to safeguarding the underlying systems.

If a malicious individual gains access to the detected panel, they could manipulate the system settings or exploit the access to execute further attacks. This could lead to unauthorized management of charging station infrastructure, disruption of services, or leakage of sensitive data. Unsecured management panels could also serve as entry points for more extensive network intrusions. Given the critical nature of these systems, such unauthorized access could have significant operational and financial impacts. It is imperative to secure these panels to prevent misuse by unauthorized entities.

REFERENCES

• https://github.com/steve-community/steve