How it works: DN Shield monitors for debugger attachment and blocks step-through analysis or runtime tampering.
When to use: Always in production builds.
Clear, practical answers—ship protected .NET builds with confidence. Search the docs or browse the FAQs below.
How it works: DN Shield monitors for debugger attachment and blocks step-through analysis or runtime tampering.
When to use: Always in production builds.
How it works: Blocks IL disassembly and renders recovered output unreadable.
When to use: Always for production assemblies.
How it works: Sensitive regions are encrypted; logic is indecipherable without runtime decryption.
When to use: For proprietary algorithms and licensing logic.
How it works: Rewrites execution paths with opaque predicates and bogus branches.
When to use: Sensitive operations and business logic.
if/else becomes interleaved jumps that obscure real intent.How it works: Encrypts literals; values exist in memory briefly at runtime.
When to use: Error messages, keys, URLs, config values.
How it works: Produces varied, obfuscated forms to resist pattern-based reversing.
When to use: High-value targets and public distributions.
How it works: Translates code into a proprietary VM with custom opcodes executed by an internal interpreter.
When to use: High-security apps or modules with significant IP.
How it works: Detects VM/sandbox environments and triggers countermeasures.
When to use: Always when adversaries may analyze in VMs.
How it works: Monitors for automated analysis; delays, disables or alters behavior when detected.
When to use: Recommended for all production builds.
How it works: Replaces meaningful identifiers with randomized tokens to obscure structure.
When to use: Default-on for production.
CalculateSum → a1b2c3, UserName → x9y8z7.We answer real developer questions—configuration, pipelines, licensing, and more.
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