Synopsys Coverity Panel Detection Scanner

Synopsys Coverity is a widely used static analysis tool employed by development and security teams to detect security and quality defects early in the software development life cycle. It is designed to be fast, accurate, and scalable, helping teams track and manage risks across application portfolios. Companies use it to ensure compliance with security and coding standards. Its robust functionality makes it an integral part of enhancing software security quality. Development teams leverage its capabilities to expedite the review process and prevent potential vulnerabilities.

The vulnerability detected here concerns unauthorized access to the Coverity panel. Detecting the presence of the Coverity panel is crucial as it indicates potential exposure of sensitive interfaces to unauthorized users. A typical risk involves panels or dashboards inadvertently being internet-accessible, posing risks if default setups or weak security measures are in place. Coverity's interface, if exposed, can be a gateway to wider systems. Panel detection helps teams identify and lock down inadvertent exposures, strengthening security postures. This vulnerability can be seen as a misconfiguration if the panel is incorrectly made accessible.

The technical vulnerability stems from the discoverability of the Coverity login interface. The presence of specific page titles and status codes can confirm the existence of a Synopsys Coverity panel. Testing verifies the response contains a particular title line indicating a panel is accessible, confirming the point of risk. These checks typically involve scanning for specific page elements and attributes. The security risk arises if access to this panel is not adequately controlled. Fortunately, the solution often involves straightforward security configuration changes to mitigate exposure risks.

Exploitation of such vulnerabilities could result in unauthorized disclosure of sensitive operational and security-related data managed via the Coverity panel. Malicious actors gaining access to such panels could infer integration details or configurations that should be private. More severe impacts include interference with the software development lifecycle processes by altering configurations or uploading malicious elements. The exposed interface could lead to the misappropriation of security and quality reports. Attackers might also leverage this knowledge for further exploits within the software development environment.

REFERENCES

• https://www.synopsys.com/software-integrity/security-testing/static-analysis-sast.html