: Converts cryptic hexadecimal identifiers (e.g., _0xca830a ) into generic but readable names like var1 or func1 .

The proliferation of obfuscated and packed JavaScript across web-based malware, anti-bot scripts, and proprietary protection schemes has necessitated robust deobfuscation tooling. However, existing solutions often suffer from environmental lock-in (e.g., Node.js-specific APIs, browser DOM dependencies) or lack modular unpacking strategies. This paper presents the design, implementation, and evaluation of a portable JavaScript deobfuscator and unpacker, emphasizing environment-agnostic execution, static-dynamic hybrid analysis, and extensible unpacking routines. Experimental results on 1,500 real-world obfuscated samples demonstrate 94.2% accuracy in recovering original logic with minimal false positives.

Javascript+deobfuscator+and+unpacker+portable 100%

: Converts cryptic hexadecimal identifiers (e.g., _0xca830a ) into generic but readable names like var1 or func1 .

The proliferation of obfuscated and packed JavaScript across web-based malware, anti-bot scripts, and proprietary protection schemes has necessitated robust deobfuscation tooling. However, existing solutions often suffer from environmental lock-in (e.g., Node.js-specific APIs, browser DOM dependencies) or lack modular unpacking strategies. This paper presents the design, implementation, and evaluation of a portable JavaScript deobfuscator and unpacker, emphasizing environment-agnostic execution, static-dynamic hybrid analysis, and extensible unpacking routines. Experimental results on 1,500 real-world obfuscated samples demonstrate 94.2% accuracy in recovering original logic with minimal false positives.

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