AirNotifier Panel Detection Scanner

AirNotifier is a popular notification service used by developers and companies to send real-time notifications to mobile devices and other platforms. It is widely adopted in application development environments for its flexibility and scalability in managing push notifications. Organizations use AirNotifier to enhance user engagement through timely alerts. The service is designed to support a variety of platforms, making it a versatile choice for businesses of all sizes. It helps companies maintain effective communication with their users by ensuring notifications are delivered promptly. Due to its convenient integration capabilities, AirNotifier is commonly utilized across multiple industries.

The vulnerability in this context is related to the detection of the AirNotifier login panel. This could expose information related to the presence of the software on a server. The vulnerability arises when the login interface of AirNotifier is not adequately secured or concealed. Unauthorized exposure of the login panel might provide malicious actors with an entry point for targeted attacks. Detecting the presence of this panel is crucial for maintaining security hygiene. Knowing that a panel is exposed could lead administrators to apply additional security layers to protect it.

The vulnerability details reveal that the issue is with the exposure of the AirNotifier login panel. The template checks for responses that match specific words and status codes to confirm the presence of the panel. It uses HTTP GET requests to test the endpoint at /auth/login, assessing the body and headers for expected text. If the response body contains specific words like "AirNotifier," "Stats," and "Server Info," and the header contains "text/html," with a 200 HTTP status code, it confirms panel exposure. These criteria ensure accurate detection of the exposed panel.

Exploiting this vulnerability can lead to unauthorized access attempts on the AirNotifier login interface. If attackers obtain access to the panel, they could attempt brute force or other attacks to compromise the system. Such an intrusion might result in data interception, unauthorized notifications, and service disruption. The exposure can also lead to information leakage, revealing internal configurations to potential threat actors. Protecting the panel from detection helps mitigate these risks, maintaining system integrity and confidentiality.

REFERENCES

• https://cwe.mitre.org/data/definitions/200.html