Overview

JEB Decompiler for MIPS is a robust tool designed to help reverse engineers and security auditors analyze malicious MIPS programs and audit complex embedded systems. The MIPS decompiler supports 32-bit architectures and provides augmented disassembly, decompilation to pseudo-C source code, advanced optimization passes, and interactive refactoring capabilities. JEB's MIPS decompiler is essential for deep diving into MIPS code efficiently, handling the intricacies of the RISC instruction set and providing valuable insights for both malicious and clean code analysis.

Features

• Augmented Disassembly: Resolve dynamic callsites, syscalls, determine candidate values for registers, and create dynamic cross-references.
• Decompilation to Pseudo-C Source Code: Convert MIPS binaries to readable pseudo-C source code, facilitating easier understanding and modification.
• Advanced Optimization Passes: Thwart protected or obfuscated code with advanced optimization techniques.
• Interactive Refactoring: Utilize interactive refactoring tools for type definition, stackframe building, renaming, commenting, and cross-referencing.
• Full API Access: Perform advanced and automated code analysis using Python or Java, leveraging the Intermediate Representations (IR).
• Dynamic References Resolution: Augment the assembly view to provide information such as jump and branch targets, as well as register values ahead of time.

Benefits

• Efficiency: Reduce reverse engineering time by decompiling obfuscated MIPS binaries and examining code quickly.
• Comprehensive Analysis: Perform thorough analysis with augmented disassembly, decompilation, and optimization techniques.
• Flexibility: Customize and automate reverse engineering tasks using the JEB API.
• Security Audits: Conduct detailed security audits to identify vulnerabilities and ensure application integrity.
• Ease of Use: Utilize an interactive GUI client for efficient refactoring and analysis.
• Integration: Seamlessly integrate with other tools and workflows to enhance productivity and collaboration.