CVE-2024-20440 Scanner
CVE-2024-20440 Scanner - Information Disclosure vulnerability in Cisco Smart Licensing Utility
Short Info
Level
High
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
24 days 15 hours
Scan only one
Domain, IPv4
Toolbox
-
Cisco Smart Licensing Utility is a service employed predominantly by enterprises and organizations to manage and monitor the licenses of Cisco products effectively. It ensures compliance and optimizes the usage of purchased licenses across a network. Organizations leverage this utility to automate and streamline the management process, reducing manual overhead. It plays a critical role in licensing by keeping track of entitlements and providing insights for future license requirements. Used globally, it enhances operational efficiency by offering real-time visibility into the license landscape. It integrates seamlessly with other Cisco offerings, making it a vital component for businesses relying on Cisco technology.
The detected vulnerability pertains to Information Disclosure due to overly detailed logs being accessible without authentication. Such verbosity in logging can potentially expose sensitive data to unauthorized users. The vulnerability arises because crucial details, including credentials, are not adequately masked or protected within the debug logs. Attackers can exploit this vulnerability remotely without needing any credentials or permissions. An effective exploit could provide access to plaintext credentials included within these logs. They could leverage this information to gain unauthorized access to the affected system or its API.
Technically, the vulnerability is exploited by sending a specially crafted HTTP request to retrieve the log files. The affected endpoint `/cslu/v1/var/logs/customer-cslu-lib-log.log` does not enforce proper access controls. When accessed, it returns a log file with a `200 OK` response status, confirming the presence of sensitive data. The response format `text/x-log` and specific log types such as `csluev.log` provide attackers reliable indicators. This technical lapse allows attackers to bypass restrictions, leading to a severe compromise of sensitive information.
If this vulnerability is exploited, unauthorized individuals could obtain sensitive credentials leading to unauthorized access of systems reliant on Cisco utilities. This can result in data breaches, system manipulation, and further lateral attacks within the network. The organization could face significant operational disruptions and loss of sensitive proprietary information. Financial costs associated with remediation and loss of customer trust can further add to the severity. Long-term implications might include stricter compliance requirements and increased scrutiny from regulatory bodies.
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