Overview

JEB Decompiler for ARM provides reverse engineers and security auditors with efficient tools to analyze malicious ARM programs and audit complex embedded systems. The ARM decompilers support both 32-bit (aarch32/a32, thumb) and 64-bit (aarch64/a64) architectures, offering augmented disassembly, decompilation to pseudo-C source code, advanced optimization passes, and interactive refactoring capabilities. JEB's ARM decompilers are designed to handle dynamic callsites, candidate values for registers, and dynamic cross-references, ensuring comprehensive analysis and security audits.

Features

• Augmented Disassembly: Resolve dynamic callsites, determine candidate values for registers, and create dynamic cross-references for thorough analysis.
• Decompilation to Pseudo-C Source Code: Convert ARM binaries to readable pseudo-C source code, facilitating easier understanding and modification.
• Advanced Optimization Passes: Thwart protected code and clean up obfuscation with advanced optimization techniques.
• Interactive Refactoring: Utilize interactive refactoring tools for type definition, stackframe building, renaming, commenting, and cross-referencing.
• Type Libraries: Access type libraries for Linux, Android-Linux, and Windows, enhancing file analysis efficiency.
• Full API Access: Create custom plugins at the IR or AST levels and perform automated code analysis using Python or Java.

Benefits

• Efficiency: Reduce reverse engineering time by decompiling obfuscated ARM 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.