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SAPControl Getserverinfo Detection Scanner

This scanner detects the use of SAPControl Security Misconfiguration in digital assets. It identifies exposed SAP Start Service SOAP interfaces that can lead to unauthorized access.

Short Info


Level

Informational

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

24 days 23 hours

Scan only one

Domain, Subdomain, IPv4

Toolbox

SAPControl is a critical service used within SAP systems for administrative purposes, including start and stop functions. It is widely used by organizations utilizing SAP for mission-critical operations. SAPControl interfaces are available in large enterprise environments managed by IT departments. The purpose is to manage SAP services efficiently, providing automation for routine tasks. Ensuring SAPControl is only accessible by authorized users is essential to maintain system integrity. Vulnerabilities in SAPControl can lead to significant security concerns and operational disruptions.

Security Misconfiguration represents a risk where systems are improperly configured, allowing unintended or unauthorized access. This occurs when the SAP Start Service exposes the GetVersionInfo method without requiring authentication, providing potential attackers with system information. Such exposures can be leveraged for further attacks or to gain deeper system insights. Misconfigurations often result from default settings or oversight in system management protocols. Regular audits and adherence to configuration best practices are key to prevention. Understanding and implementing necessary configurations can mitigate these risks.

The vulnerability arises when the SAPControl SOAP interface allows unauthenticated requests to access the GetVersionInfo web method. This endpoint, exposed without authentication, can return sensitive information about the SAP system's setup. Parameters within the SOAP request impact the response's detail, making it essential for security configurations to limit access. Identifying such endpoints involves testing response bodies for specific elements like "GetVersionInfoResponse" and "VersionInfo." The use of status codes like 200 further confirms the presence of this misconfiguration. Addressing this involves enhanced authentication controls and secured interface configurations.

If exploited, this vulnerability can lead to unauthorized information disclosure. Attackers can gain insights into system versions and configurations, aiding in the planning of targeted attacks. This exposure risks the integrity and confidentiality of enterprise operations. It could potentially result in service disruptions, financial loss, and damage to organizational reputation. Furthermore, it might serve as a springboard for further network intrusions or malicious activities. Comprehensive security protocols must be enforced to protect against such occurrences.

REFERENCES

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