obfuscar/obfuscar

Features

• Assembly Obfuscators - Provides a tool to obfuscate .NET assemblies by renaming metadata identifiers to prevent reverse engineering.
• .NET Binary Protection - Prevents reverse engineering of compiled assemblies by renaming symbols and altering the structure of the executable.
• CIL Structure Manipulation - Alters the Common Intermediate Language structure to hide implementation details without changing program logic.
• String Literal Obfuscation - Replaces static string constants with calls to an encoded buffer to prevent plain-text analysis.
• .NET Assembly Obfuscators - Renames symbols and encodes strings in compiled .NET binaries to prevent reverse engineering.
• Binary Structure Obfuscation - Alters the structure of compiled assemblies and renames symbols to protect intellectual property.
• Source Code Protection - Alters the structure of compiled assemblies to hide implementation details and protect intellectual property.
• Binary Intellectual Property Protection - Hides internal implementation details and string constants to make decompiled code difficult for others to read.
• Obfuscation and Shrinking Rules - Implements configuration rules to prevent critical namespaces, types, or methods from being renamed during obfuscation.
• String Obfuscation Encodings - Replaces static string constants with calls to an encoded buffer to prevent plain-text analysis of binary data.
• Symbol Renamers - Replaces human-readable identifiers with minimal characters by modifying the assembly metadata table.
• Metadata Compression - Reduces the size of executable files by shortening metadata identifiers and renaming internal symbols.
• Build Tool Integrations - Integrates obfuscation as a native task into build systems during the compilation process.
• Binary Size Reduction - Shrinks the total storage footprint of compiled executables by shortening metadata identifiers.
• Security Configuration Schemas - Allows defining specific security rules and obfuscation settings in external XML files to control the protection process.
• Member-Level Obfuscation - Secures private items by renaming types and members based on accessibility levels while preserving public APIs.
• Assembly Re-signing - Applies a cryptographic key to assemblies after modification to ensure the binary remains valid and trusted.
• Symbol Mapping Files - Translates obfuscated names back to their original form to make exception call stacks readable during debugging.
• Mobile Assembly Obfuscation - Secures compiled assemblies for mobile platforms before they are packaged and distributed to end users.
• Automated Security Pipelines - Integrates code obfuscation into a build pipeline to ensure every release is secured without manual intervention.
• Compiler-Generated Code Preservation - Prevents runtime failures by avoiding the renaming of types and members flagged by the compiler.
• Strong Name Re-signing - Applies key files or containers to maintain the validity of strongly named assemblies after modification.
• Obfuscation Exclusion Markers - Provides a mechanism to skip obfuscation for specific code members using custom metadata markers.
• Configuration-Driven Rule Engines - Uses external XML schema files to define inclusion and exclusion rules for the renaming process.
• Binary Footprint Optimizers - Reduces the final size of compiled files by shortening metadata identifiers and shrinking the overall storage footprint.
• Obfuscation Build Pipelines - Automates the code obfuscation process by triggering security transformations during project build events.
• Source Map Resolution - Generates mapping files to translate obfuscated identifiers back to original names for debugging call stacks.

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