
Decompile exe dll to code with reverse engineering ai ready data
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What you get with this Offer
I offer a fully automated reverse engineering service that transforms binary dll exe files into comprehensive analytical datasets. Using an established automated workflow, I provide detailed reports and code representations that enable both manual inspection and AI-powered analysis - something impossible with just the binary file alone.
Key Features:
- Fully automated process with zero manual intervention
- AI-ready data formats for advanced analysis
- No code modifications or consultations included
- Fixed output structure for each package level
**What you get with this service:**
You will receive a comprehensive set of automated analysis reports and extracted data from your binary EXE or DLL file. The package typically includes:
- Decompiled C source code and function-by-function code (if available)
- Disassembled assembly code (ASM) and detailed instruction listings
- Structured analysis tree and memory layout information
- Function definitions, addresses, and signatures
- Symbol tables for functions and global variables
- Data type definitions and interpreted variables/constants
- Program entry points and external library references
- Cross-references between code and data
- Bookmarks, comments, and annotations from the analysis
- Processor architecture and program metadata
- Register values and relocation tables
- Call graphs and flowcharts (in graph and PDF formats)
- MAP, LST, INC, and header files for further inspection
- Catalogs of constants, functions, and extracted strings
Important Notes:
- Pre-order contact required for compatibility check
- This is a data-only service - no manual analysis or consultations provided
- All processing is fully automated through established workflows
- You get standardized analysis outputs
- Perfect for both manual review and AI-powered analysis
- Some types of data may not be present in every analysis, depending on the structure and content of the original binary file.
- Custom requests: $250/hour
Note: I'm happy to provide complete sample outputs before ordering.
By using this service, you confirm that you have legal rights to analyze the submitted files.
Get more with Offer Add-ons
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I can analyze Linux/Unix/macOS/ARM binaries with the same level of detail as Windows binaries
Additional 1 working day
+$125 -
I can analyze the memory dump of the process, for every 100 MB
Additional 3 working days
+$250 -
I can chat with an AI agent for independent analysis of your pre-uploaded code, up to 100 MB, 3h limit
Additional 2 working days
+$125 -
I can automatic post processing of IDA or Ghidra decompiled c code for cleanup and readability
Additional 1 working day
+$50
What the Freelancer needs to start the work
Please provide your file. By using this service, you confirm that you have legal rights to analyze the submitted file.
FAQ
Will the reconstructed code from the decompilation process be identical to the original source code, and can I use it without adjustments?
No, as recovering the original source from a binary is impossible. Decompilation is the only reliable way to regain your program’s logic if the source is lost. The result closely matches the original’s structure and behavior, but some manual adjustments may be needed for full functionality.
Can I expect free consultations or your manual analysis?
No, to keep costs low, I don’t review your code or provide consultations. For questions, use AI tools like ChatGPT.
How does the "AI Code Chat" option help with analyzing large volumes of decompiled data?
This option provides a link to an AI agent for independent analysis of up to 100 MB of pre-uploaded decompiled code. It allows you to efficiently explore and understand complex datasets without manual intervention, saving time and enabling deeper insights within 3 hours.
What is the benefit of the "Process Memory Dump" option?
This automated analysis provides insights into the program in its running state, including all loaded modules and libraries. It significantly enhances the ability to analyze and restore functionality by revealing dynamic behaviors and dependencies unavailable in static files.