In-depth, honest guides on how code protection actually works.
Luraph, Prometheus, MoonSec, luaobfuscator.com, and Joker compared honestly: approach, uniqueness, free tiers, and what each is actually good at.
Loadstring is not a virus, it is a power tool: it compiles and runs arbitrary code at runtime. Here is when that is dangerous and how to avoid needing it.
Exploiters can copy anything that reaches the client. Here is exactly what they get, what they never get, and how to make the copies worthless.
Escrow only travels with assets sold through Tebex, and FiveM's platform fee is 15%. Here is the full comparison: escrow, VM obfuscation, and keyed licensing.
The browser has to run your JS, so anyone can read it. What minifiers, string-array obfuscators, and bytecode VMs each actually protect.
.pyc files decompile back to near-original source in seconds. Here is what each protection option actually buys you, honestly compared.
Short answer: sometimes, and it depends entirely on whether the attacker can run your code. Here is the honest version.
A Go binary leaks symbols, type metadata, and string literals. Here is what stripping fixes, what it does not, and where obfuscation fits.
Renaming variables barely slows anyone down. Here is how a real bytecode VM hides your Lua source, and where the honest limits are.
Java bytecode decompiles cleanly back to readable code. Here is what actually raises the cost of stealing your plugin.
How script theft really works, why renaming fails, and how a bytecode VM plus keyed builds raise the cost.
Renaming variables to a, b, c hides names but keeps your logic, strings, and API calls in plain sight.