MonkeCipher 🐒

A highly secure and robust toolkit for securing data over the internet in a fault-safe way. Web 3.0, NFT, and blockchain ready ✔️

Read The Paper Here

API Reference

Cipher Text

  toMonkeCipher(message)

| Parameter | Type | | :-------- | :------- | | message | string |

| Returns | | :------------------------- | | string encrypted in MonkeCipher|

Decipher Text

  fromMonkeCipher(message,key)

| Parameter | Type | | :-------- | :------- | | message | string | | key | MonkeDecryptionKey |

| Returns | | :------------------------- | | string decrypted from MonkeCipher|

Generate Decryption Key

  genMonkeDecryptKey(message)

| Parameter | Type | | :-------- | :------- | | message | string |

| Returns | | :------------------------- | | MonkeDecryptionKey|

Demo

import { toMonkeCipher } from 'monke-cipher'
toMonkeCipher("Secret Message")

Or Use Via CDN

 <script src="https://cdn.jsdelivr.net/npm/monke-cipher/monkeCipherWeb.min.js"></script>

FAQ

How do I decrypt?

A feature with MonkeCipher is that it is discreetly undecryptable and requires a lot of brainpower to decrypt. It is impossible to brute force MonkeCipher via a computer but easy for a human. We do not recommend using key based decryption, it should only be used for developement.

Is it secure?

This cipher was developed after years of work at Foothill's Cybersecurity Labs and has been hailed as a performant alterative to AES. We have done the math in our paper and have confirmed the security of MonkeCipher.

Installation

Install monkeCipher with npm

  npm install monke-cipher

Used By

This project is used by the following companies:

• National Security Agency

• Federal Bureau of Investigation

• Central Intelligence Agency

• Investigative Committee of Russia

Features

• Powerful encryption function included

• Utilites to simulate human decryption

• Impossible to brute-force

License

MIT

Contributing

Contributions are always welcome!

Please adhere to this project's code of conduct.