Incubed Client

The Incubed client is a

• Crypto-Economic
• Non-syncronizing and stateless, but fully verifying
• Minimal resource consuming

blockchain client (Crypto-Economic Client, Minimal Verification Client, Ultra Light Client).

Most blockchains, such as Ethereum, require a client to connect to their blockchain network. Often, these clients require a lot of storage, a very high bandwidth or constant computation. While this is possible to perform on laptops or desktop systems, mobile devices, mobile app, and even web applications struggle to meet these requirements. Currently the solution of choice is to use a light client or remote client on mobile devices. While this may work for mobile phones, most IoT devices are unable to run light clients. Connecting an IoT device to a remote node enables even low-performance IoT devices to be connected to blockchain. However, by using distinct remote nodes, the advantages of a decentralized network are undermined introducing a single point of failure. Also, it is unsecure because the client is not able to verify the results by itself. The same applies for mobile apps or web pages. The Trustless Incentivized Remote Node Network, in short Incubed, makes it possible to establish a decentralized and secure network of remote nodes and clients which are able to verify and validate the results, enabling trustworthy and fast access to blockchain for a large number of low-performance IoT, mobile devices, and web applications.

A more detailed explanation of in3 can be found in the concept on readthedocs.

Platforms

Incubed can be used in different ways

other Languages (like C#, Python, Go, Rust) will be supported soon (until then you can simply use the shared library directly).

For information on the in3-node, sources on github or readthedocs will help you.

For information on the in3 client implementation in C, please go in3-c or API Documentation.

Installation and Usage

Installing the in3-client is as easy as installing other modules:

npm install --save in3

Import incubed with:

import In3Client from "in3"

Example

// import in3-Module
import In3Client from 'in3'

async function demo() {

    // use the In3Client as Http-Provider
    const in3 = new In3Client({
        proof         : 'standard',
        signatureCount: 1,
        requestCount  : 2,
        chainId       : 'mainnet',
        replaceLatestBlock: 10
    })

    // use the web3
    const block = await in3.eth.getBlock('latest')
    console.log(`Incubed signed block hash ${block.hash}`)
}
...
}

Example with Web3 (as Provider)

// import in3-Module
import In3Client from 'in3'
import Web3 from 'web3'

async function demo() {

    // use the In3Client as Http-Provider
    const web3 = new Web3(new In3Client({
        proof         : 'standard',
        signatureCount: 1,
        requestCount  : 2,
        chainId       : 'mainnet',
        replaceLatestBlock: 10
    }).createWeb3Provider())

    // use the web3
    const block = await web3.eth.getBlock('latest')
    console.log(`Incubed signed block hash ${block.hash}`)
}
...
}

Detailed examples with usage of in3 in typescript programs can be found here.

Features

Resources

• TypeScript API reference
• TypeScript examples
• in3-node
• in3 C client
• Website
• ReadTheDocs
• Blog
• Incubed concept video by Christoph Jentzsch
• Ethereum verification explained by Simon Jentzsch

Contributors welcome!

We at Slock.it believe in the power of the open source community. Feel free to open any issues you may come across, fork the repository and integrate in your own projects. You can reach us on various social media platforms for questions.

Got any questions?

Contact us on or send us an email at [email protected]