Skip to main content

​
Hash Generator API

Generate cryptographic hashes using a wide variety of algorithms. Perfect for password hashing, data integrity verification, digital signatures, and security applications.

​
Features

  • Multiple Algorithms: Support for 15+ hash algorithms including SHA, MD5, Blake2b, and more
  • Salt Support: Add custom salt to enhance security
  • Iterations: Multiple hash iterations for stronger security
  • Format Options: Hex, Base64, and other output formats
  • Case Control: Option to convert output to uppercase
  • No Rate Limits: Unlimited requests

​
Quick Start

Generate a SHA-256 hash: 
curl "https://api.sinaty.business/hash/?input=hello&algorithm=sha256"
Generate a salted hash with multiple iterations: 
curl "https://api.sinaty.business/hash/?input=password&algorithm=sha256&salt=mysalt&iterations=1000"

​
Supported Algorithms

​
SHA Family

  • SHA-1: 160-bit hash (legacy, not recommended for security)
  • SHA-256: 256-bit hash (recommended for most use cases)
  • SHA-512: 512-bit hash (high security)
  • SHA3-256: SHA-3 variant, 256-bit
  • SHA3-512: SHA-3 variant, 512-bit

​
Other Cryptographic

  • MD5: 128-bit hash (legacy, not secure)
  • Blake2b-256: 256-bit hash (fast and secure)
  • Blake2b-512: 512-bit hash (fast and secure)
  • Whirlpool: 512-bit hash
  • RIPEMD-160: 160-bit hash

​
Non-Cryptographic

  • CRC32: 32-bit checksum (fast, for data integrity)
  • Adler32: 32-bit checksum (fast, for data integrity)
  • FNV1a-32: 32-bit hash (fast, for data integrity)
  • FNV1a-64: 64-bit hash (fast, for data integrity)

​
Use Cases

  • Password Hashing: Secure storage of user passwords
  • Data Integrity: Verify files haven’t been tampered with
  • Digital Signatures: Create and verify digital signatures
  • Checksums: Generate checksums for file verification
  • API Security: Hash API keys and tokens
  • Blockchain: Generate transaction hashes

​
Security Recommendations

​
For Password Hashing

  • Use SHA-256 or SHA-512 with salt
  • Use 1000+ iterations for better security
  • Always use unique salt per password

​
For Data Integrity

  • Use SHA-256 for general purpose
  • Use CRC32 or Adler32 for fast checksums
  • Use Blake2b for high-performance applications

​
For Digital Signatures

  • Use SHA-256 or SHA-512
  • Avoid MD5 and SHA-1 (cryptographically broken)

​
Next Steps

⌘I