IBM Maximo Login Panel Detection Scanner
This scanner detects the use of IBM Maximo Asset Management Login Panel in digital assets. It efficiently identifies the presence of the IBM Maximo login panel to improve digital asset oversight and security.
Short Info
Level
Medium
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
24 days 21 hours
Scan only one
URL
Toolbox
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IBM Maximo Asset Management is utilized by various organizations across multiple industries for asset management, ensuring optimized operations and lifecycle management. It is most commonly employed in sectors like utilities, transportation, and healthcare, where asset tracking and efficiency are crucial. IBM Maximo provides a comprehensive understanding of asset performance, helping in predictive maintenance and reducing downtime. By integrating IoT and AI, it enhances operational decision-making. It also offers solutions for work and service management, driven by data-driven insights. Companies leverage IBM Maximo for its capability to unify disparate systems and processes seamlessly.
The vulnerability detected here involves the identification of the IBM Maximo login panel. Such panels, if publicly accessible, can become targets for unauthorized access attempts, exposing the system to potential risks. Detecting login panels helps in the assessment of external exposure and understanding of attack surfaces. Failure to properly secure these panels may lead to brute force attacks, potentially compromising sensitive data. Continuous visibility and assessment of login panels are crucial for strengthening overall security posture. Organizations need to ensure these panels are shielded with robust authentication defenses.
The technical detail of this detection revolves around identifying specific indicators within the IBM Maximo login page. The vulnerable endpoint scrutinized is generally the URL pointing to the login page or panel. Detectors scan for specific HTML elements, images, and text such as "maximo-icon.png" and "IBM," including verifying the response status. The focus is on ensuring the login interface's presence is acknowledged, reflecting an open access point that might need fortified security measures. Consistent monitoring of these details aids in identifying unauthorized exposures promptly.
When this vulnerability is exploited, potential risks include unauthorized access leading to information leakage or administrative control by adversaries. Malicious actors might perform reconnaissance, subsequently targeting unpatched or misconfigured systems. This can lead to downtimes, regulatory non-compliance, and reputational harm. Ensuring login panels are inaccessible externally without proper authorization minimizes these risks. Regular checks and hardened access protocols must be prioritized to mitigate such vulnerabilities.
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