Cryptographic Tools

stable
crypto.hash.v1

The Cryptographic Tools MCP server provides essential cryptographic operations for AI applications requiring hashing, message authentication, and unique identifier generation. Features industry-standard hash functions (MD5, SHA-1, SHA-256, SHA-512), HMAC signing for API webhooks and JWT tokens, hexadecimal encoding for data representation, and both random (v4) and deterministic (v5) UUID generation.

Category

Cryptography

Pricing

0.25 credits

Tools

10 available

Microsoft 365 Copilot Ready

This tool integrates seamlessly with Microsoft 365 Copilot, enabling enterprise users to extend their AI capabilities across Office applications.

Enterprise Use Cases:

  • Verify webhook signatures from external services
  • Generate unique IDs for SharePoint documents
  • Create content-addressed identifiers for Teams files
  • Sign API requests to external services
  • Generate deterministic document fingerprints

Available Tools

md5_hash

Generate MD5 hash (legacy algorithm, use SHA-256 for new applications)

Input Parameters

text- string (required) - The text to hash

Response Format

hash- string - Hexadecimal MD5 hash (32 characters)

sha1_hash

Generate SHA-1 hash (legacy algorithm, use SHA-256 for security-critical applications)

Input Parameters

text- string (required) - The text to hash

Response Format

hash- string - Hexadecimal SHA-1 hash (40 characters)

sha256_hash

Generate SHA-256 hash (recommended for most use cases, provides strong cryptographic security)

Input Parameters

text- string (required) - The text to hash

Response Format

hash- string - Hexadecimal SHA-256 hash (64 characters)

sha512_hash

Generate SHA-512 hash (highest security level, longer hash output)

Input Parameters

text- string (required) - The text to hash

Response Format

hash- string - Hexadecimal SHA-512 hash (128 characters)

hmac_sha256

Generate HMAC-SHA256 signature for message authentication (e.g., API webhooks, JWT signing, Stripe signatures)

Input Parameters

message- string (required) - The message to sign
key- string (required) - The secret key for HMAC

Response Format

signature- string - Hexadecimal HMAC-SHA256 signature

hmac_sha512

Generate HMAC-SHA512 signature for message authentication with higher security

Input Parameters

message- string (required) - The message to sign
key- string (required) - The secret key for HMAC

Response Format

signature- string - Hexadecimal HMAC-SHA512 signature

hex_encode

Encode text to hexadecimal representation

Input Parameters

text- string (required) - The text to encode

Response Format

encoded- string - Hexadecimal encoded text (e.g., "hello" → "68656c6c6f")

hex_decode

Decode hexadecimal back to text

Input Parameters

text- string (required) - The hexadecimal string to decode

Response Format

decoded- string - Decoded text

generate_uuid4

Generate random UUID (version 4) for unique identifiers with strong randomness

Input Parameters

Response Format

uuid- string - Random UUID in standard format (e.g., "550e8400-e29b-41d4-a716-446655440000")

generate_uuid5

Generate name-based UUID (version 5) for deterministic identifiers (same input always produces same UUID)

Input Parameters

name- string (required) - The name to generate UUID from
namespace- string (required) - Namespace: dns, url, oid, or x500

Response Format

uuid- string - Deterministic UUID based on name and namespace (e.g., "cfbff0d1-9375-5685-968c-48ce8b15ae17")

Common Use Cases

API webhook signature verification (Stripe, GitHub, etc.)

Secure password hashing and verification

Generate unique identifiers for resources

Deterministic ID generation for content-addressed storage

Data integrity verification with checksums

JWT token signing and verification

Pricing

Pricing Model

Fixed rate per operation

0.25 credits per tool invocation

Ready to Get Started?

Integrate Cryptographic Tools into your AI applications today