Level Maze

AI Security Review

Evidence context: threat category none; evidence quality strong.

Level Maze is a browser game extension that plays a level-up maze in a popup window. The security analysis reveals no evidence of malicious behavior.

Network Activity: Four medium-severity network findings were detected across the codebase. These are all generic fetch calls located at js/main.js:121, js/main.js:149, js/main.js:158, and js/google-analytics.js:73. Importantly, no suspicious domains or URLs were extracted from these network calls. The presence of google-analytics.js indicates legitimate analytics tracking, which is common for game extensions to monitor user engagement.

Malware Signatures: Zero malware signatures matched any files in the extension. This is a critical finding that strongly indicates clean code.

Obfuscation: No obfuscation was detected in any files. The code is readable and does not employ techniques commonly used to hide malicious behavior.

Code Quality: No code-smell patterns were identified. The extension does not contain suspicious patterns like credential harvesting, suspicious API key usage, or other red-flag behaviors.

Suspicious Domains: The IoC extractor found zero suspicious domains, IPs, or URLs. All network activity appears to be standard fetch calls without any connection to known malicious infrastructure.

Counterargument: The strongest concern a skeptic might raise is the developer identity: [email protected] is a generic Gmail address rather than a verified publisher account. Anonymous developers do warrant scrutiny. However, with 10,000 users, zero malware signatures, zero suspicious domains, and code that matches the stated purpose (a maze game), the risk profile is minimal. The network findings are expected behavior for any extension that communicates with servers, and the absence of actual malicious indicators outweighs the anonymity concern.

Conclusion: This extension exhibits the profile of a legitimate browser game. The findings are noise from generic network detection rules triggering on normal fetch calls. No evidence of malicious intent or capability was found.

Key Reasons

• Zero malware signatures detected
• No suspicious domains or IoCs extracted
• No obfuscation in codebase
• Network findings are generic fetch calls without malicious destinations
• Extension behavior matches stated purpose (maze game)

False Positive Considerations

• Generic fetch calls triggering network detection rules
• No suspicious domains extracted despite network findings
• Zero malware signatures matched
• No obfuscation or code-smell patterns detected

Reviewed 2026-05-23; recommended action: suppress false positive; model confidence 85%.