Obfuscating web code

TL;DR: In this article, a computer system configured to improve security of client computer interacting with server computers comprises one or more processors; a digital electronic memory storing a set of program instructions which when executed using the one or multiple processors cause the one/more processors to: process a first set of original instructions that produce a first output or effect; generate a first interpreter instructions that define a first interpreter; generate an alternate instructions from the first original instructions; send, to the first client computer, the first sets of alternate instructions and interpreter instructions.

TL;DR: In this article, the authors proposed a webpage security protection method based on the mapping relation between the attribute value before the randomization processing of each first target element and attribute value after the randomisation processing, and injecting the JavaScript into the original page to generate an intermediate page.

TL;DR: In this paper, the authors describe obfuscation, tamper-resistance, and watermarking techniques for protecting a computer program from unauthorized analysis and modification. But they do not discuss how to detect tampering.

TL;DR: In this paper, a method for obfuscation techniques for enhancing software security includes selecting a subset of code (e.g., compiled source code of an application) to obfuscate, and obfuscating the selected subset of the code.

TL;DR: A software-based computer security enhancing process and graphical software-authenticity method, and a method to apply aspects of the two are disclosed as discussed by the authors, which provides protection against certain attacks on executable software by persons or other software used on the computer.

TL;DR: In this article, the authors present a tamper resistant decryption scheme using obfuscation and interlocking trust mechanism, where the pseudo-randomly selected pattern(s) of mutations is unique for each installation.