Ivanti Traffic Manager Panel Detection Scanner
This scanner detects the use of Ivanti Traffic Manager in digital assets.
Short Info
Level
High
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
16 days 12 hours
Scan only one
URL
Toolbox
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Ivanti Traffic Manager is a comprehensive traffic management solution used by enterprises to optimize the performance and availability of applications across their networks. It is employed by IT administrators to ensure network agility, scalability, and control of online traffic. The software is primarily used in data centers and for cloud applications to streamline the delivery of application services. Ivanti Traffic Manager enables a reduction in latency and improved application resilience. It is highly suitable for organizations requiring high availability and secure traffic delivery. Users can integrate this traffic manager with various application delivery networks to sustainably enhance operational efficiency.
This scanner identifies the presence of the Ivanti Traffic Manager panel, which could pose a security risk if left unprotected. Unauthorized access to this panel can lead to exposure of administrative functionalities. Such panels can be vulnerable to attempts that bypass firewall protections if not configured correctly. Detection of these panels allows organizations to assess their security posture promptly. Using this detection, administrators can ensure that access controls are sufficiently robust. The functionality plays a critical role in identifying potential entry points for security breaches.
The technical vulnerability details focus on the URL endpoint that hosts the Ivanti Traffic Manager's login interface. Detection occurs by accessing the specified path and confirming the presence of expected login page content using specific string and status code checks. It looks for the HTTP response containing the phrase "Login (Virtual Traffic Manager)" and an HTTP status code of 200. These criteria substantiate the presence of the login panel, thereby confirming access to the sensitive interface.
If malicious users exploit this vulnerability, they may gain unauthorized access to network configuration settings. This could lead to the modification of network traffic rules, resulting in potential downtime, data breaches, or service disruptions. Administrators may lose control over traffic routing, putting the confidentiality and integrity of data at risk. Additionally, the access could lead to further exploitation attempts, targeting weak points within the network infrastructure. It poses a risk of tampering with system operations, leading to serious operational impacts.
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