zeusssz/hercules-obfuscator
Hercules Obfuscator
Hercules is a security tool designed to protect Lua source code from reverse engineering and unauthorized analysis. It functions as a code transformation engine that secures application logic by applying multiple layers of obfuscation, including control flow manipulation and the wrapping of scripts within a custom virtual machine environment.
The project distinguishes itself through a multi-stage pipeline architecture that allows for the development of custom, multi-layered protection strategies. By replacing standard language instructions with custom opcodes and reorganizing linear code into complex state machines, it effectively decouples the source code from the host environment. This approach significantly increases execution complexity, making the underlying logic difficult to interpret through static analysis.
Beyond its core transformation capabilities, the tool includes a runtime integrity protector that injects self-checking mechanisms into the bytecode. These automated checks monitor the application during execution to detect and block unauthorized modifications to core functions or bytecode, ensuring the integrity of the protected logic while the script is running.
Features
- Code Obfuscators - Protects proprietary logic by transforming source code into complex, obfuscated structures that hinder reverse engineering and static analysis.
- Lua Source Code Obfuscators - Transforms Lua scripts using techniques like variable renaming and control flow manipulation to prevent reverse engineering of proprietary application logic.
- Script Runtime Integrity Protectors - Implements runtime checks to detect and block unauthorized modifications to core functions or bytecode during script execution.
- Custom Virtual Machine Interpreters - Wraps code in a custom virtual environment to increase execution complexity and isolate the script from the host.
- Virtual Machine Code Protectors - Wraps Lua code in a custom virtual environment to increase execution complexity and hinder static analysis by isolating scripts from the host.
- Runtime Integrity Protectors - Performs automated checks during script execution to detect and block unauthorized modifications to core functions.
- Script Runtime Integrity Enforcers - Performs automated checks during script execution to detect and block unauthorized modifications to core functions or bytecode.
- Code Obfuscators - Transforms Lua source code using control flow manipulation and virtual machine wrapping to prevent reverse engineering.
- Source Code Obfuscation - Transforms scripts using techniques like string encoding, variable renaming, and control flow manipulation to prevent reverse engineering.
- Virtual Machine Logic Execution - Runs protected code within a virtual machine environment to increase execution complexity and hinder static analysis.
- Script Runtime Integrity Protections - Implements automated checks during script execution to detect and block unauthorized modifications to core functions or bytecode.
- Proprietary Virtual Machine Execution - Wraps application logic in a proprietary interpreter to decouple source code from the host environment and hinder static analysis.
- Runtime Bytecode Integrity Verifiers - Injects self-checking mechanisms into the bytecode to detect and block unauthorized modifications during the execution of the script.
- Bytecode Instruction Obfuscators - Replaces standard language instructions with custom opcodes that require a specialized virtual machine to interpret and execute correctly.
- Control Flow Flattening - Reorganizes linear code into a complex state machine to obscure the original execution path and make logic harder to follow.
- Multi-Stage Obfuscation Pipelines - Processes code through a sequence of modular transformation layers that can be customized to create unique protection strategies.
- Code Transformation Engines - Applies multiple layers of obfuscation techniques to source files to secure application logic against tampering.
- Obfuscation - Allows developers to add custom processing modules to create unique, multi-layered protection strategies.
- Custom Obfuscation Pipeline Development - Builds unique and multi-layered protection strategies by adding custom processing modules and defining execution order.
- Obfuscation - Parses source code into a structural representation to perform automated renaming, control flow flattening, and logic obfuscation.
Star history
How this analysis was created: This summary and feature list were written by an AI model that read the project's README and public documentation pages. Each feature links to the documentation it came from; stars, license and language come straight from the GitHub API. The model does not read the source code, and the analysis is refreshed when the project is re-analysed. Learn more on our About page.
