Pgwatch2 DBs to Monitor Exposure Scanner
Pgwatch2 DBs to Monitor Exposure Scanner
Short Info
Level
High
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
1 week 22 hours
Scan only one
URL
Toolbox
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The Pgwatch2 DBs to monitor is a tool widely used by database administrators and IT professionals to track the performance and health of databases. It helps in monitoring various metrics that are crucial for ensuring the stability and efficiency of database systems. As an essential part of database management, it is deployed in environments where continuous monitoring can prevent outages and optimize performance. Typically, organizations with significant database infrastructures use it to gain insights and take proactive maintenance measures. It's also popular among third-party database management service providers. Its proper configuration is crucial to secure database environments.
The exposure vulnerability detected by this scanner pertains to unauthorized access to the database monitoring dashboards. When the Pgwatch2 DBs to monitor dash is exposed, it can reveal sensitive information such as database metrics and configurations which should only be accessible to trusted users. Such exposure could occur due to misconfigurations or lack of authentication controls on the dashboard. This type of vulnerability requires immediate attention to prevent data leaks. Addressing this exposure helps ensure that sensitive monitoring data remains protected from unauthorized access.
Technically, the vulnerability involves the availability of the Pgwatch2 monitoring dashboard to entities without proper authorization. The scanner checks for specific text and status indicators that identify the presence of the Pgwatch2 dashboard. If unauthorized access is possible, it means that pages displaying current database state, monitored metrics, and configuration details are accessible. The vulnerable endpoint is typically the web interface used for dashboard viewing. Lack of stringent access controls on this interface makes it susceptible. Ensuring proper authentication and access control mechanisms can mitigate this risk.
Exploiting this vulnerability could lead to significant consequences, such as unauthorized viewing of monitoring data, which could be used for malicious purposes. Attackers could leverage this information to gain insights into database configurations and potentially exploit other vulnerabilities. The exposure could lead to unauthorized data extraction and performance disruption risks. Furthermore, consistent access to this information could aid in planning more sophisticated attacks. Therefore, remediation is vital to prevent data breaches and maintain the integrity and confidentiality of database operations.
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