Inco
  • Introduction
    • Inco Introduction
    • Why should you use Inco?
    • Novel Use Cases
  • Getting Started
    • Quickstart
    • Connect Metamask
    • Faucet
    • Remix
    • Hardhat
    • Solidity + TFHE
      • Encrypted Types
      • TFHE Library
      • Access Control List
      • Decryption & Re-encryption
        • Global Decryption
        • Re-encryption
      • Control Structures
      • Randomness
    • fhevmjs
      • Installation
      • React Starter
      • Encryption & Re-encryption
      • Common webpack errors
      • Ciphertext Formation
    • Example Contracts
      • Confidential ERC-20
      • Private Voting
      • Blind Auction
      • Smart Wallet TOTP
      • Confidential DID
      • Decryption Examples
      • Hidden Random Card
  • Tutorial: Deploying Confidential ERC-20 contract
    • Overview of the tutorial
    • Prerequisites
    • Funding your wallet
    • Setting up your environment
    • Writing the confidential ERC-20 contract
      • Creating the contract
      • Defining functions
      • Complete Contract
    • Compiling and deploying the Contract
    • Setting up the frontend
      • Obtain Contract ABI
      • Deploy using our tutorial
  • Inco Protocol
    • Fully Homomorphic Encryption
    • fhEVM (FHE + EVM)
    • Global FHE Key
    • Ciphertext
    • Decryption and Re-encryption
    • Roadmap
  • Social
    • Contact Us
    • Twitter
    • Github
    • Discord
    • Telegram
    • Website
  • FAQ
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  1. Introduction

Inco Introduction

Confidentiality layer for existing blockchains to enable confidential compute and more.

NextWhy should you use Inco?

Last updated 5 months ago

Inco is a modular confidential computing Layer-1 blockchain and universal confidentiality layer for Ethereum and other networks, utilizing a combination of fully homomorphic encryption (FHE), zero-knowledge (ZK), multi-party computation (MPC) and trusted execution environment (TEE) to enable composable and operable confidential states. We augment existing blockchains with the capability to write private smart contracts and perform computations on top of encrypted data without requiring its decryption.

This innovation unlocks a wide range of use cases with confidentiality components, such as card games, DID, private voting, dark pools, etc. - paving the way for a new era of possibilities.

Fully Homomorphic Encryption
Quickstart