trivy-version change

[Nithunikzz]

No description provided.

[dryrunsecurity]

Hi there 👋, @DryRunSecurity here, below is a summary of our analysis and findings.

DryRun Security	Status	Findings
Server-Side Request Forgery Analyzer	✅	0 findings
Configured Codepaths Analyzer	✅	0 findings
IDOR Analyzer	✅	0 findings
SQL Injection Analyzer	✅	0 findings
Secrets Analyzer	✅	0 findings
Authn/Authz Analyzer	❕	10 findings
Sensitive Files Analyzer	❕	1 finding

Note

🟢 Risk threshold not exceeded.

Change Summary (click to expand)

The following is a summary of changes in this pull request made by me, your security buddy 🤖. Note that this summary is auto-generated and not meant to be a definitive list of security issues but rather a helpful summary from a security perspective.

Summary:

The provided code changes focus on improving the security and stability of the "kubviz_agent" component of the application. The key changes include updating the Trivy version used for container image scanning, maintaining good security practices such as using a non-root user, and managing dependencies through Go Modules. Additionally, the changes to the "kubePreUpgrade" plugin demonstrate a well-designed and secure approach to detecting deprecated and deleted Kubernetes API resources, with a focus on error handling, permission management, and efficient resource discovery.

Files Changed:

1. dockerfiles/agent/kubviz/Dockerfile:

   • The Trivy version has been updated from "latest" to "0.43.1", ensuring the latest security fixes and improvements are incorporated.
   • The container is set to run as a non-root user (65532:65532), reducing the potential impact of any vulnerabilities or security issues.
   • Go Modules are used to manage the application's dependencies, helping to ensure the correct versions are used and reducing the risk of introducing vulnerabilities.

2. agent/kubviz/plugins/kubepreupgrade/kubePreUpgrade.go:

   • Errors are handled appropriately using log.Printf instead of log.Fatalf, improving the application's resilience and stability.
   • Permission-related errors are logged instead of crashing the application, ensuring the plugin can gracefully handle situations where the user does not have the necessary permissions.
   • A deletedApiReplacements map is used to correctly identify and handle deleted APIs, even if they have been replaced by a newer version.
   • A list of ignored groups (CRDs and API Services) is populated to improve the performance and efficiency of the plugin.
   • The DiscoverResourceNameAndPreferredGV function is used to discover the preferred resource name and group/version for each Kubernetes API resource, ensuring the plugin can correctly identify and handle API resources.

Overall, the code changes demonstrate a proactive approach to improving the security and stability of the "kubviz_agent" component and the "kubePreUpgrade" plugin, addressing potential vulnerabilities and enhancing the application's overall security posture.

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