Decompilation/Disassembly TRIZ Cases
- Obfuscating Java Archive Design Patterns
Design obfuscation system transforms source code to hide design patterns, preventing reverse engineering of in-house software solutions.
- Binary Protocol Field Extraction via Statistical Analysis
A protocol field extractor identifies binary message offsets using calculated randomness and correlation measures.
- Compiler Decompiler Vector Optimization
A compiler system exposes vector components to enable internal optimization and decompilation.
- Compiler Security Flaw Detection via IR Comparison
Reverse engineer compiled code to identify discrepancies against source operations, filtering optimization patterns to detect injected security flaws.
- Automated Security Tool for Server Patch Failure Diagnosis
A security tool converts server logs into structured formats to identify patch installation failures.
- Applet Extraction for On-Demand Mobile Function Execution
An applet extractor isolates specific code segments from multi-function applications into standalone executables.
- Code Overlay Debugging for Source Code Integrity
Code overlays apply debugging modifications to uncompiled composite code while preserving original source integrity.
- FAT Binary Debugging Optimized Code
A FAT binary bundles optimized and non-optimized native code sections to support source-level debugging without rebuilding the application.
- Transformer Function Symbol Inference from Stripped Assembly
A transformer model infers function symbols directly from assembly code using Byte-Pair-Encoding tokenization and positional embedding.
- Multi-Language Static Analysis for Embedded Systems
Transforming embedded low-level source code into a unified high-level representation enables coherent static analysis across mixed programming languages.