Spices.Net

Professional approach to protecting, research and reverse engineering .Net assemblies!
Programming in Microsoft's .NET Framework gives additional horizons in realization of various ideas with an extensive set of features.
Altogether with these powerful capabilities one major drawback is now also a reality: decompilation to Microsoft Intermediate Language (MSIL). As a result of this feature your code may get disassembled, studied and altered by third parties.
Spices.Net - next generation tool for .Net developers, that continues to offer features of IL-Obfuscator and many more new possibilities.
Spices.Net (ex-ILOGUI) now is platform environment that supports plugins. Now Spices.Net contain one internal (system) plugin and 2 external - Spices.Obfuscator and Spices.Decompiler, and also include console mode obfuscator. Spices.Net not only platform environment, it is a class browser, analyzer and disassembler with professional look and feel. For reduction of risk of infringement of the intellectual property, Spices.Net offers the ultimate solution for this situation - Spices.Ofuscator. Spices.Decompiler offers decompilation features for 6 languages: IL(same functionality as Microsoft ILDASM utility), C#, C++, VB.Net, J#, [Delphi.Net coming soon]. In the nearest future Spices.Net will be contain more plugins - Spices.Investigator (.Net PE metadata browser) and Spices.Informer (assembly member info reporter).
For reduction of risk of infringement of the intellectual property, 9Rays.Net offers the ultimate solution for this situation - Spices.Obfuscator in console and GUI (plugin for Spices.Net) versions.
Spices.Net provides obfuscation for assemblies created in Microsoft .Net Framework. Spices.Net is the best tool for the maximal complication of research and reverse engineering (decompilation)of your code as well as the great IL-code browser. Spices.Obfuscator reduces your assembly size and optimizes the speed of your application.

Требования:	.Net Framework 1.0 or later
Trial version Ограничения:	Functionality limitations: random number of obfuscated members and unoptimized code generation on decompiling