Jeedom Default Login Scanner

Jeedom is a home automation platform that allows users to control various smart devices from a centralized interface. It is commonly used in smart homes and integrated by tech-savvy homeowners to automate routines and enhance convenience. As an open-source product, its services are utilized globally by hobbyists and professional installers alike for creating custom automation solutions. The platform supports a wide range of protocols, making it flexible and adaptable to numerous devices and brands. Its versatility and customizable nature make it popular for personal and commercial applications in the realm of home automation. It provides users with the ability to manage energy consumption, enhance security, and improve overall home efficiency.

Default login vulnerabilities occur when administrative access credentials are not changed from the factory defaults, posing a significant security risk. This can allow unauthorized users to gain control over the device or service, leading to potential breaches. In Jeedom, the default login credentials of "admin" for both username and password are often overlooked, leaving systems exposed. Identifying and eliminating these default credentials is crucial as it prevents unauthorized access by attackers who often target these known vulnerabilities. The default login issue can lead to larger security vulnerabilities if not addressed promptly within any connected smart home ecosystem. This scanner efficiently detects these default logins, providing users with the necessary insight to secure their installations.

Technical examination reveals that the scanner accesses Jeedom's core login script to verify default credentials usage. It performs a POST request to the "/core/ajax/user.ajax.php" endpoint using "admin" as both username and password, checking for successful authentication. If the default login is successful, the scanner further confirms by retrieving the dashboard page with a GET request to "/index.php?v=d&p=dashboard." The vulnerability lies in Jeedom's failure to enforce a change of default credentials upon initial setup. This oversight is frequent in many installations, making it a common target for attackers seeking easy entry points.

If exploited, the default login vulnerability can result in unauthorized access to the system, allowing the attacker to execute commands or alter device settings. This can lead to the exposure of sensitive information, unauthorized surveillance, and control over connected devices. Additionally, compromised systems can be leveraged as part of larger botnets or used in attacks against other networks and devices. Users may experience privacy invasions, loss of data, and potentially harmful misconfigurations resulting in physical damage or energy inefficiencies. To mitigate these risks, changing default credentials upon installation and implementing strong, unique passwords is recommended.

REFERENCES

• https://www.shodan.io/search?query=title%3A%22Jeedom%22