Generate Hash
Result MD5
The hash will appear here
Verify Hash
Verification Result
Verification result will appear here
About Hash Functions
Hash functions are cryptographic algorithms that convert data of arbitrary size into a fixed-size output (hash). They are designed to be one-way functions, meaning it should be computationally infeasible to reverse the process.
Key characteristics of hash functions:
- Deterministic: Same input always produces the same output
- Fixed output size: Regardless of input size
- One-way function: Cannot easily derive input from output
- Avalanche effect: Small changes in input produce significantly different outputs
Supported hash algorithms:
- MD5: 128-bit hash (32 hex chars) - Note: Considered cryptographically broken
- SHA-1: 160-bit hash (40 hex chars) - Note: Vulnerable to collision attacks
- SHA-256: 256-bit hash (64 hex chars) - Widely used, considered secure
- SHA-512: 512-bit hash (128 hex chars) - Higher security than SHA-256
- SHA-3: Modern hash function with variable output sizes
Common uses:
- File integrity checking
- Password storage (with proper salting)
- Digital signatures
- Data identification
Note: Bruteforcing is resource-intensive. For better performance:
- Keep maximum length ≤ 8 characters
- The process uses all available CPU cores
- WebAssembly acceleration is used when available
Result
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Results will appear here
Hash | Type | HashCat Mode | John Mode |
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Result UTF-8
The converted string will appear here
Result UTF-8
The hex values will appear here