Decompilation / Reverse Engineering of a C# .NET executable to extract algorithms

We are looking for an experienced developer in reverse engineering and the .NET ecosystem to extract the business logic and algorithms from one of our proprietary software applications. We own the full intellectual property rights to this software, but we need to isolate specific algorithms contained within an .exe file and its associated .dll files (developed in C# / .NET) so that we can rewrite them in another programming language. Your Responsibilities: Decompile the provided .exe and .dll files (C# / .NET). Locate and isolate specific mathematical/logical algorithms (we will specify which ones). Clean up and format the extracted code so it is readable and understandable. (Optional) Help us understand the logic if the code is obfuscated, or write a short documentation explaining how the algorithm works. Required Skills: Proficiency in C# and the .NET framework. Experience with .NET decompilation tools (dnSpy, ILSpy, dotPeek, etc.). Strong ability to read and understand code written by others. Solid understanding of algorithms and logic flow. What We Will Provide: The .exe and .dll files. Exact details of the features/algorithms we are looking to extract.