Perforce Server Unauthenticated Access Scanner
This scanner detects the use of Perforce Server Unauthenticated Access in digital assets. Unauthenticated Access in Perforce Server allows unauthorized individuals to access user accounts with no password, posing a serious security risk. It helps in identifying potential security breaches and aids in improving the overall security posture.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
N/A (Single Scan Only)
Scan only one
Domain, Subdomain, IPv4
Toolbox
The Perforce Server is employed widely in software development environments for source code management. It is favored by organizations focusing on large-scale software projects due to its abilities to manage versions efficiently. Its distributed architecture and collaboration capabilities make it suitable for enterprises needing reliable versioning and management. Development and DevOps teams leverage it for continuous integration and delivery pipelines. Its extensive configuration options allow flexible adaption to various project needs. The Perforce Server plays a critical role in maintaining the integrity and history of software development.
The vulnerability detected by the scanner pertains to user accounts on the Perforce Server with no password set. This situation allows for unauthorized or unauthenticated access to these accounts. It arises because the server omits the Password field entirely for accounts without passwords during tagged output. This vulnerability persists in both ASCII and Unicode server modes, though servers enforcing SSL are not affected. Mitigation often requires server configuration changes to enforce password policies. Knowing about this vulnerability can assist organizations in closing significant security loopholes.
The technical details reveal that the vulnerability is tied to how user accounts are managed, specifically those with no password. The endpoint involved is the user-users RPC, with the tag parameter switching the server to tagged output. It is significant because the vulnerable parameter, Password, is omitted for affected accounts. Technical detection uses the payload and parsing of data, where hex strings confirm the presence of the issue. Overall, the inherent risk is in how the server handles visibility of passwordless accounts.
Possible exploitation by malicious actors can include accessing confidential source code and intellectual property. Unauthorized access can lead to misuse of administrative functions and data integrity issues. Compromised accounts may serve as entry points for broader network attacks. The existence of such accounts questions the security posture and contingency planning. Loss of customer or proprietary data can result in reputational and financial damage. As a result, organizations could face regulatory penalties for failing to protect sensitive information.
REFERENCES
