Blockchain scaling is an elementary dilemma in the industry, especially when it comes to major players like Bitcoin and Smart Contract pioneer, Ethereum. It is not unusual that many layer 2 solutions are sprouting out in the market.
Connext is a dynamic player in the Layer 2 Solution arena determined to create a remedy to scaling albatross. According to their website, it is an infrastructure layer on top of Ethereum and any other EVM Blockchains that enables instant, high volume, p2p transfers on and across chains.
It comes without the need to trust third parties and compromising Ethereum level security. Protocols and dApps seeking to batch up Ethereum synergies to get more transaction throughput per block can easily integrate for optimization. Connext fits for micropayments, marketplaces, games, and applications atop the Ethereum Blockchain, struggling with faster and cheaper transaction fees. More like an environment where value exchange is easier for wealth creation.
The network relies on State Channels to deliver non-custodial wallets and install more transactions into each block more instantly and extra scalability. Users of the platforms are in control of their funds and have no worries about malicious actors like hackers, and Connext does not even run the code, you do.
The Decrypt clearly illustrates how the State Channel works below:
“These are off-chain blockchain transactions that work a bit like a bar tab. Users make a bunch of payments between each other and then, after a certain period, “settle the tab” by making an on-chain transaction on the Ethereum blockchain. It means that hundreds of transactions can be made while only two use up space on the Ethereum network.
To do so, Connext runs on Counterfactual, a protocol for using state channels on the Ethereum mainnet. Counterfactual is backed by the Ethereum Foundation, which handed out a new range of grants recently to Ethereum projects focused on scaling the network.”
The State Channel nodes allow anyone to effortlessly clear channels and range transactions to other channels in the system. Then, it ends up generating one swift and seamless encounter among wallets, browsers, and applications.
How To Use connext Client
Comparable to web3.js or ethers, the Connext Client is a combination of archives that assist you to interact with a local or remote node. Let’s take a look at how to set up a channel, deposit, swap, transfer, and withdraw.
To set up a channel, initially, you must install the client library in your project root catalog appropriating NPM. Afterward, import it and set up using private key indiscriminately produced from inside the Client.
Following instantiating and commencing Connext, you can deposit into a channel using ETH or ERC20 tokens. When you are making a deposit, ascertain that there is sufficient Ether in the signer address to pay gas for the deposit transaction. When it comes to swapping, the testnet node, which is the collateral tests ETH and Dai and lets you interchange between them in-channel. Here comes instant trading with exchange rates pulled from the Dai medianizer.
Also, it is easy to do an instant transfer to clients connected to the node. All you need is to call the transfer channel, then the recipient is identified by the counterparty’s public identifier. You can withdraw funds to recipient addresses clicking on the withdrawal channel. It should be noted that the specified asset ID and amount must be part of the channel’s balance.
Currently, the Connext Client, combined with the core protocol execution engine, is implemented only in Typescript. Additional implementations are on the roadmap, and the team is inviting to help in building them. More so, the remainder of the roadmap will either be implemented within a browser, in a TS/JS server-side environment, or in React Native.
Join The Community
This platform stands for cheaper and fairer payments you can think of in the space. It is not an exchange or financial service provider nor a blockchain of its own.
The project does not have a native token, and there are no intentions to go for ICO/IEO in the future. There are no transaction fees for using the network. However, nodes implementing packet routing and storage services may solicit fees if they wish. To learn more, follow them on Twitter, Medium, Discord, and if you are technical on Github.