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Go Integer/Constant Obfuscator

Obfuscate numeric literals in your Go code by converting them to hex, octal, binary, bitwise NOT, XOR, arithmetic expressions, and bit shifts. Enter any number and get 7+ obfuscated variants that all evaluate to the same value. Supports all Go numeric types including int, uint, float32/64, and complex64/128. Copy individual expressions or the full set — all free, private, and no signup required.

Go Integer/Constant Obfuscator

Enter any numeric value and generate obfuscated Go expressions that evaluate to the same number. Choose from hex, octal, binary, bitwise, arithmetic, and shift disguises — all produce valid Go code.

Go Type
Selected: Hexadecimal4 chars
0x2a
Go validation: 0x2a evaluates to 42 as int

All Obfuscated Variants

Hexadecimal0x2a
Octal0o52
Binary0b101010
Bitwise NOT^42 ^ 0 ^ 0
Bitwise XOR42 ^ 0
Arithmetic(2 * 21)
Bit Shift672 >> 4

How it works

This tool generates obfuscated Go numeric expressions that evaluate to the same value but look completely different. Select a Go type (signed/unsigned integers) and enter any number. The tool applies multiple disguises: hex (0xFF), octal (0o377), binary (0b11111111), bitwise operations, arithmetic expressions, and bit shifts. Copy the generated expression directly into your Go source code. All processing is local — no data leaves your browser.

Features

14 Go Types Supported

Works with int, int8 through int64, uint, uint8 through uint64, float32, float64, complex64, and complex128. Obfuscated expressions include type casts where needed.

7 Obfuscation Methods

Choose from Hex, Octal, Binary, Bitwise NOT, Bitwise XOR, Arithmetic, and Bit Shift expressions. Each method generates valid Go code that evaluates to the same value.

Float & Complex Support

Float32/float64 values are preserved with type-annotated expressions. Complex types use Go's complex() constructor with obfuscated real and imaginary components.

Type-Safe Code Generation

Selected type prefix is applied to all expressions. Copy typed expressions (e.g., int32(0xFF)) directly into your Go source — no manual casting needed.

Use Cases

Config & Magic Number Protection

Disguise hardcoded configuration constants, port numbers, timeouts, and magic values in your Go source code to make reverse engineering more difficult.

Cryptographic Constant Hiding

Obfuscate cryptographic seeds, API keys, initialization vectors, and other sensitive numeric constants embedded in Go binaries.

License Validation Checks

Hide license verification numbers, checksum seeds, and validation constants behind complex expressions to deter casual cracking attempts.

Game Development

Conceal game balance parameters, scoring thresholds, damage multipliers, spawn rates, and economy values in Go game servers and CLIs.

Proprietary Algorithm Protection

Disguise pricing formulas, bidding increments, rate calculations, and other proprietary numeric logic in commercial Go applications.

Binary Fingerprinting Prevention

Prevent binary fingerprinting based on known constant values. Obfuscating well-known numbers (255, 1024, 65535, etc.) makes pattern matching harder.

About Go Integer/Constant Obfuscation

What Is Go Number Obfuscation?

Number obfuscation in Go rewrites numeric literals into equivalent expressions that are harder to understand. Instead of writing const port = 8080, you might write const port = 0x1F90 or const port = 4040 + 4040. Go's numeric literal syntax supports hex (0x), octal (0o), binary (0b), and IEEE 754 floating point — all of which can be combined with expressions.

How the Obfuscation Engine Works

The obfuscator applies seven distinct techniques to each numeric input.Hex, octal, and binaryconvert to Go's literal format.Bitwise NOT uses the ^x complement operator.XOR exploits the identity x^0 = x.Arithmetic generates multi-step expressions like (n*5/5).Bit shiftuses << and >> operators with corrective expressions. For typed constants, the tool wraps expressions in Go type conversions like int32(0xFF). Each technique uses randomization so you get different output every time.

Go-Specific Considerations

Go has no implicit numeric type conversions, so type-annotated expressions require explicit casts (uint16(value)). The tool automatically applies the correct type wrapper based on your selection. Go's compiler performs constant folding at compile time, so obfuscated expressions like (100*2 + 5)compile to the same machine code as 205. There is zero runtime performance overhead — the obfuscation is resolved during compilation.

Privacy & Security

This tool runs entirely in your browser. Your numbers, type selections, and generated expressions never leave your device. There are no API calls, no server-side processing, no data storage, and no tracking. All obfuscation logic uses client-side JavaScript with no external dependencies. Your Go source code and constants remain completely private.

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Frequently Asked Questions