Super Saiyan Goku Dragon Ball Live Wallpaper

AI Security Review

Evidence context: threat category none; evidence quality moderate.

The extension "Super Saiyan Goku Dragon Ball Live Wallpaper" from developer [email protected] shows 17 security findings, but all are classified as code-smell according to the findings_summary ("code-smell":17). The findings_summary explicitly shows "malware-signature":"0" and "ioc":"0", meaning there are no actual malware signatures or suspicious indicators of compromise.

All 17 findings trigger YARA rules that are documented false positive sources. The postinstall_file_manipulation rule fires 4 times, postinstall_network_communication fires 2 times, and postinstall_system_command fires 2 times. These postinstall_* rules match basic Node.js patterns (fetch, exec, fs, crypto) and are explicitly classified as noise in the CVEQ threat model. The remaining findings include NoUseWeakRandom (2 matches), SQLInjection (1 match), and LocalStorageShouldNotBeUsed (1 match) — all code-quality rules that fire on non-trivial JavaScript and should not drive verdicts.

Critically, every single finding has file_path: "unknown_file". This indicates the analysis may not have properly parsed the extension's source files, making these findings even less actionable. A legitimate malicious extension would have identifiable file paths for its malicious code. The absence of any IoC findings (ioc count is 0) means there are no suspicious domains, IP addresses, or URLs extracted from the code. The extension's stated purpose — displaying animated Dragon Ball wallpapers — is benign and matches its category.

Counterargument: A skeptic might argue that 17 high-severity findings warrant concern regardless of their classification. However, severity labels are automated and do not override finding type. The findings_summary categorizes all 17 as code-smell, not malware. Code-smell findings are explicitly documented as noise that should "NEVER drive a verdict." Without actual malware signatures, IoCs, or suspicious network behavior, these findings represent false positives from overly broad YARA rules matching common JavaScript patterns.

The developer identity (email address only) and low user count (116) are weak signals but do not indicate malicious intent. A live wallpaper extension has no legitimate need for credential access, browser hijacking, or data exfiltration. The evidence supports a false positive verdict.

Key Reasons

• All 17 findings are code-smell per findings_summary, not malware
• Zero IoCs detected (ioc count is 0)
• postinstall_* rules are documented false positive sources
• No actual malware signatures (malware-signature count is 0)
• Extension purpose (live wallpaper) is benign

False Positive Considerations

• postinstall_* YARA rules match benign Node.js patterns
• SQLInjection and NoUseWeakRandom are code-quality noise
• All findings have unknown_file paths indicating parsing issues
• Zero IoCs despite 17 total findings

Reviewed 2026-05-06; recommended action: suppress false positive; model confidence 75%.