encrytion-decryption-toolkit

name	encrytion-decryption-toolkit
description	Encryption Decryption Toolkit: Cryptographic toolkit: generate secure randoms, compute. Use when an agent needs encryption decryption toolkit, encrytion decryption toolkit, generating secure api keys or access tokens for authentication systems, creating unique uuids for database record identifiers, computing file checksums to verify data integrity during transfers, validating webhook payloads by computing and comparing hmac signatures, decrypt, value through AgentPMT-hosted remote tool calls.
version	1.0.1
homepage	https://www.agentpmt.com/marketplace/encrytion-decryption-toolkit
compatibility	Agent instructions for AgentPMT-hosted remote tool calls. Follow this skill body for supported account, wallet, and setup routes. No local command runtime is declared.
metadata	{"author":"agentpmt","openclaw":{"homepage":"https://www.agentpmt.com/marketplace/encrytion-decryption-toolkit"}}

Encryption Decryption Toolkit

Freshness

Last updated: 2026-07-04.

If the current date is more than 7 days after the last updated date, reinstall this skill from skills.sh or ClawHub before relying on endpoints, schemas, setup steps, or examples.

What This Tool Does

This function supports six core actions: generate for creating secure random values in ASCII, BASE64, HEX, or UUID formats with configurable lengths from 4 to 256 characters; hash for computing cryptographic digests using MD5, SHA256, SHA384, SHA512, and SHA3 family algorithms; hmac for generating keyed-hash message authentication codes with a secret key; sign for creating digital signatures using RSA (RS256, RS512) or ECDSA (ES256, ES384, ES512) algorithms with PEM-encoded private keys; and encrypt/decrypt for AES-256-GCM authenticated encryption with support for initialization vectors and optional additional authenticated data. Users can provide input as plain text or base64-encoded binary data, and all cryptographic outputs can be encoded in either hexadecimal or base64 format for flexibility across different system integrations. The toolkit handles the underlying cryptographic complexity while exposing a straightforward interface, making it ideal for agent workflows that require secure token generation, data integrity verification, or sensitive information protection.

Product Instructions

Encryption Decryption Toolkit

Cryptographic utility for generating random values, hashing data, computing HMACs, creating digital signatures, and performing AES-256-GCM encryption/decryption.

---

Actions

generate

Generate a cryptographically secure random value.

Required fields:

• generation_type (string) — Type of value to generate: ASCII, BASE64, HEX, or UUID
• property_name (string) — Name for the output property containing the generated value

Optional fields:

• length (integer, 4-256, default 32) — Length of the generated value (ignored for UUID)

Example — Generate a hex API key:

{
  "action": "generate",
  "property_name": "api_key",
  "generation_type": "HEX",
  "length": 64
}

Example — Generate a UUID:

{
  "action": "generate",
  "property_name": "session_id",
  "generation_type": "UUID"
}

Example — Generate a base64 token:

{
  "action": "generate",
  "property_name": "refresh_token",
  "generation_type": "BASE64",
  "length": 48
}

---

hash

Compute a cryptographic hash of text or binary data.

Required fields:

• hash_algorithm (string) — Hash algorithm: MD5, SHA256, SHA384, SHA512, SHA3-256, SHA3-384, or SHA3-512
• value (string) — Text to hash (required unless binary_file is true)

Optional fields:

• property_name (string) — Output property name (defaults to hash_result)
• encoding (string) — Output encoding: hex (default) or base64
• binary_file (boolean, default false) — Set to true to hash binary data instead of text
• binary_value_base64 (string) — Base64-encoded binary data (required when binary_file is true)
• binary_property_name (string) — Metadata label for the binary input

Example — SHA-256 hash of text:

{
  "action": "hash",
  "hash_algorithm": "SHA256",
  "value": "hello world"
}

Example — Hash binary data with base64 output:

{
  "action": "hash",
  "hash_algorithm": "SHA512",
  "binary_file": true,
  "binary_value_base64": "SGVsbG8gV29ybGQ=",
  "encoding": "base64"
}

Example — MD5 hash with custom property name:

{
  "action": "hash",
  "hash_algorithm": "MD5",
  "value": "check this content",
  "property_name": "content_checksum"
}

---

hmac

Compute a keyed-hash message authentication code.

Required fields:

• hash_algorithm (string) — Hash algorithm: MD5, SHA256, SHA384, SHA512, SHA3-256, SHA3-384, or SHA3-512
• secret (string) — The secret key for HMAC computation
• value (string) — Text to authenticate (required unless binary_file is true)

Optional fields:

• property_name (string) — Output property name (defaults to hmac_result)
• encoding (string) — Output encoding: hex (default) or base64
• binary_file (boolean, default false) — Set to true to use binary data as input
• binary_value_base64 (string) — Base64-encoded binary data (required when binary_file is true)

Example — HMAC-SHA256:

{
  "action": "hmac",
  "hash_algorithm": "SHA256",
  "value": "message to authenticate",
  "secret": "my-secret-key"
}

Example — HMAC-SHA512 with base64 output:

{
  "action": "hmac",
  "hash_algorithm": "SHA512",
  "value": "webhook payload content",
  "secret": "webhook-signing-secret",
  "encoding": "base64"
}

---

sign

Create a digital signature using a private key.

Required fields:

• value (string) — The text to sign
• algorithm (string) — Signing algorithm: RS256, RS512 (RSA), or ES256, ES384, ES512 (ECDSA)
• private_key (string) — PEM-encoded private key

Optional fields:

• property_name (string) — Output property name (defaults to signature)
• encoding (string) — Output encoding: hex (default) or base64

Example — RSA SHA-256 signature:

{
  "action": "sign",
  "value": "data to sign",
  "algorithm": "RS256",
  "private_key": "-----BEGIN RSA PRIVATE KEY-----\n...\n-----END RSA PRIVATE KEY-----",
  "encoding": "base64"
}

Example — ECDSA signature:

{
  "action": "sign",
  "value": "data to sign",
  "algorithm": "ES256",
  "private_key": "-----BEGIN EC PRIVATE KEY-----\n...\n-----END EC PRIVATE KEY-----"
}

---

encrypt

Encrypt plaintext using AES-256-GCM authenticated encryption.

Required fields:

• value (string) — Plaintext to encrypt
• key (string) — 32-byte AES key, encoded as hex or base64
• iv (string) — 12-byte nonce/initialization vector, encoded as hex or base64

Optional fields:

• encoding (string) — Encoding for key, iv, and output: hex (default) or base64
• aad (string) — Additional authenticated data (verified during decryption but not encrypted)

Example — Encrypt with hex-encoded key and IV:

{
  "action": "encrypt",
  "value": "secret message",
  "key": "0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef",
  "iv": "0123456789abcdef01234567"
}

Example — Encrypt with AAD:

{
  "action": "encrypt",
  "value": "confidential data",
  "key": "0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef",
  "iv": "0123456789abcdef01234567",
  "aad": "user-id:12345"
}

---

decrypt

Decrypt AES-256-GCM ciphertext back to plaintext.

Required fields:

• value (string) — Ciphertext to decrypt (hex or base64 encoded)
• key (string) — 32-byte AES key (same encoding used during encryption)
• iv (string) — 12-byte nonce (same value used during encryption)

Optional fields:

• encoding (string) — Encoding for key, iv, and ciphertext: hex (default) or base64
• aad (string) — Additional authenticated data (must match what was used during encryption)

Example — Decrypt hex-encoded ciphertext:

{
  "action": "decrypt",
  "value": "a1b2c3d4e5f6...",
  "key": "0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef",
  "iv": "0123456789abcdef01234567"
}

---

Common Workflows

Generate a key, encrypt, then decrypt

1. Use generate with generation_type: "HEX" and length: 64 to create a 32-byte key
2. Use generate with generation_type: "HEX" and length: 24 to create a 12-byte IV
3. Use encrypt with the generated key, IV, and your plaintext
4. Use decrypt with the same key, IV, and the returned ciphertext

Verify data integrity with HMAC

1. Sender computes hmac on the message with a shared secret
2. Receiver computes hmac on the received message with the same secret
3. Compare the two HMAC values — if they match, the message is authentic and unaltered

Hash a file for checksums

1. Base64-encode the file contents
2. Use hash with binary_file: true and binary_value_base64 set to the encoded content

---

Important Notes

• Encoding consistency: The encoding parameter applies to both input decoding (key, iv, ciphertext) and output encoding. Use the same encoding for encrypt and decrypt operations.
• Key sizes: AES-256-GCM requires exactly a 32-byte key (64 hex characters or 44 base64 characters).
• IV/nonce: Must be 12 bytes (24 hex characters). Never reuse an IV with the same key.
• Hash algorithms: SHA384 is supported directly (legacy SHA385 alias also accepted internally).
• UUID generation: The length parameter is ignored when generation_type is UUID; standard UUIDs are always returned.
• property_name: Controls the key name in the response JSON where the result appears. Useful for chaining outputs in workflows.

When To Use

• Use this skill for Encryption Decryption Toolkit on AgentPMT.
• Use it when an agent needs this specific tool's behavior, schema, inputs, outputs, and invocation shape.
• Search and activation keywords: encryption decryption toolkit, encrytion decryption toolkit, generating secure api keys or access tokens for authentication systems, creating unique uuids for database record identifiers, computing file checksums to verify data integrity during transfers, validating webhook payloads by computing and comparing hmac signatures, decrypt, value.
• Supported action names: decrypt, encrypt, generate, hash, hmac, sign.

Use Cases

• Generating secure API keys or access tokens for authentication systems
• creating unique UUIDs for database record identifiers
• computing file checksums to verify data integrity during transfers
• validating webhook payloads by computing and comparing HMAC signatures
• signing JWT tokens for stateless authentication in API workflows
• encrypting sensitive configuration values or credentials before storage
• decrypting stored secrets at runtime for secure credential injection
• generating session tokens or one-time codes for user verification flows
• creating content hashes for deduplication or caching key generation
• signing API requests to third-party services that require cryptographic authentication

Categories And Industries

No categories or industry tags are published for this tool.

Actions And Schema

Complete generated action schema: ./schema.md. Supported action count: 6. x402 availability: not enabled for this product.

• decrypt (action slug: decrypt): Decrypt AES-256-GCM ciphertext back to plaintext. Price: 5 credits. Parameters: aad, encoding, iv, key, value.
• encrypt (action slug: encrypt): Encrypt plaintext using AES-256-GCM authenticated encryption. Price: 5 credits. Parameters: aad, encoding, iv, key, value.
• generate (action slug: generate): Generate a cryptographically secure random value in ASCII, BASE64, HEX, or UUID format. Price: 5 credits. Parameters: generation_type, length, property_name.
• hash (action slug: hash): Compute a cryptographic hash of text or binary data using MD5, SHA, or SHA3 algorithms. Price: 5 credits. Parameters: binary_file, binary_property_name, binary_value_base64, encoding, hash_algorithm, property_name, value.
• hmac (action slug: hmac): Compute a keyed-hash message authentication code (HMAC) using a secret key. Price: 5 credits. Parameters: binary_file, binary_value_base64, encoding, hash_algorithm, property_name, secret, value.
• sign (action slug: sign): Create a digital signature using RSA or ECDSA with a PEM-encoded private key. Price: 5 credits. Parameters: algorithm, encoding, private_key, property_name, value.

Live Schema And Examples

Use the compact schema above for ordinary calls. Before a new production integration, or whenever parameters, enum values, nested objects, outputs, or examples are unclear, fetch live details first.

• Exact schema: call agentpmt-tool-search-and-execution with action: "get_schema", and tool_id: "encrytion-decryption-toolkit".
• Detailed examples: call agentpmt-tool-search-and-execution with action: "get_instructions" and tool_id: "encrytion-decryption-toolkit", or call this product with action: "get_instructions" when the product tool is already selected.
• Treat returned live schema and instructions as more specific than this generated summary.

MCP schema lookup through the main AgentPMT MCP server:

{
  "method": "tools/call",
  "params": {
    "name": "AgentPMT-Tool-Search-and-Execution",
    "arguments": {
      "action": "get_schema",
      "tool_id": "encrytion-decryption-toolkit"
    }
  }
}

For live examples, keep the same MCP tool and use these arguments:

{
  "action": "get_instructions",
  "tool_id": "encrytion-decryption-toolkit"
}

Authenticated AgentPMT REST schema lookup body:

{
  "name": "agentpmt-tool-search-and-execution",
  "parameters": {
    "action": "get_schema",
    "tool_id": "encrytion-decryption-toolkit"
  }
}

Authenticated AgentPMT REST live examples body:

{
  "name": "agentpmt-tool-search-and-execution",
  "parameters": {
    "action": "get_instructions",
    "tool_id": "encrytion-decryption-toolkit"
  }
}

Call This Tool

Product slug: encrytion-decryption-toolkit

Marketplace page: https://www.agentpmt.com/marketplace/encrytion-decryption-toolkit

• AgentPMT account route: first use ../agentpmt-account-mcp-rest-api-setup to connect the main MCP server or REST API for an Agent Group where this tool is enabled.
• x402 route: not enabled for this product.
• AgentPMT overview: use ../what-is-agentpmt for marketplace, Agent Group, workflow, MCP, REST, and payment concepts.

If those setup skills are not installed beside this product skill, use the downloads below.

Core AgentPMT setup skills:

• What AgentPMT is: ../what-is-agentpmt
  • ClawHub page: https://clawhub.ai/agentpmt/what-is-agentpmt
  • OpenClaw install: openclaw skills install what-is-agentpmt
  • skills.sh install: npx skills add AgentPMT/agent-skills --skill what-is-agentpmt
• AgentPMT account MCP/REST setup: ../agentpmt-account-mcp-rest-api-setup
  • ClawHub page: https://clawhub.ai/agentpmt/agentpmt-account-mcp-rest-api-setup
  • OpenClaw install: openclaw skills install agentpmt-account-mcp-rest-api-setup
  • skills.sh install: npx skills add AgentPMT/agent-skills --skill agentpmt-account-mcp-rest-api-setup

skills.sh install script:

npx skills add AgentPMT/agent-skills --skill what-is-agentpmt
npx skills add AgentPMT/agent-skills --skill agentpmt-account-mcp-rest-api-setup

MCP call shape after the main AgentPMT MCP server is connected:

{
  "method": "tools/call",
  "params": {
    "name": "Encryption-Decryption-Toolkit",
    "arguments": {
      "aad": "example aad",
      "action": "decrypt",
      "encoding": "hex",
      "iv": "example iv",
      "key": "example key",
      "value": "example value"
    }
  }
}

Use the exact tool name returned by tools/list; the name above is the expected readable form.

Authenticated AgentPMT REST call body:

{
  "name": "encrytion-decryption-toolkit",
  "parameters": {
    "aad": "example aad",
    "action": "decrypt",
    "encoding": "hex",
    "iv": "example iv",
    "key": "example key",
    "value": "example value"
  }
}

Use the setup skill for the account connection details before making REST calls.

Response Handling

• Treat the returned JSON as the source of truth for this tool call.
• If the response includes warnings or correction targets, apply them before retrying.
• If the response includes a passed or success-style boolean, use it as the workflow gate.
• If validation fails or the response shape is unclear, call get_schema or get_instructions before retrying.
• If decrypt fails, preserve the request parameters and retry only after fixing schema, auth, or payment errors.

Security

• Do not place account secrets, wallet private keys, mnemonics, signatures, or payment headers in prompts or logs.
• Keep tool inputs scoped to the minimum content needed for the task.
• Use the setup skills for credential handling; this product skill only defines product-specific behavior.

AgentPMT Reference

• What AgentPMT is: ../what-is-agentpmt (ClawHub: what-is-agentpmt, page: https://clawhub.ai/agentpmt/what-is-agentpmt; skills.sh: npx skills add AgentPMT/agent-skills --skill what-is-agentpmt)
• AgentPMT account MCP/REST setup: ../agentpmt-account-mcp-rest-api-setup (ClawHub: agentpmt-account-mcp-rest-api-setup, page: https://clawhub.ai/agentpmt/agentpmt-account-mcp-rest-api-setup; skills.sh: npx skills add AgentPMT/agent-skills --skill agentpmt-account-mcp-rest-api-setup)
• Marketplace product: https://www.agentpmt.com/marketplace/encrytion-decryption-toolkit
• AgentPMT main MCP server: https://api.agentpmt.com/mcp/
• AgentPMT REST invoke endpoint: https://api.agentpmt.com/products/purchase