Today I want to talk about a very cool project with a top ambassador program, the project is a fast, secure bridge between blockchains, with a minimum trust value and allows developers to create cross-domain applications (xApps) with a strong focus on security What is pleasing is that the project, being at such an early stage, has already built a complete system of interaction between all IVM compatible blockchains, in the form of a cross-chain solution.

cross-chain projects are gaining momentum and from my point of view, a real trend for them will come soon, because it is this that can fundamentally simplify the world of cryptocurrencies and allow it to develop and come to mass adoption, therefore, such projects as Connext will gain many users.

Connext can be deployed and works the same way on any circuit type or L2 system By collaborating with each of the IVM solutions, the project develops exponentially, such as :zkSync, Optimism, Aztec, Stark ware, arbitrum and so on.

The transfers feature high capital efficiency, making Connext the cheapest bridge for users, as well as the most secure protocol in the space, with no trusted third parties. by subscribing to the project’s twitter, you can see a huge number of well-known companies and organizations that follow it, which naturally shows us a high level of connext interest, such as: optimism, argent, zigzag, moonbeam, aurora, arbitrum and so on.

the developing ecosystem of the project cannot but rejoice:

for those who are just getting acquainted with the world of cryptocurrencies, let’s understand cross-chain technology in general.

Cross-chain technologies (sometimes also called “blockchains of blockchains”) are the ability of several parties to exchange transactions between different blockchains.

The problem of blockchain interoperability is very relevant: • The number of blockchains is growing. • Applications running on different blockchains must be able to interact with each other. • Value must be able to move from one blockchain to another.

Blockchain networks are gradually changing the nature of transactions through on-chain infrastructures. This fundamental building block facilitates intra-chain transactions in the crypto ecosystem by allowing interested parties to validate or validate those transactions. Unlike traditional finance, where transactions take place offline, the crypto ecosystem has introduced public ledgers such as the Bitcoin and Ethereum blockchains that anyone can track.

The blockchain ecosystems of Bitcoin and Ethereum are layer 1 blockchains because transactions and operations are carried out at a basic level. These are the first networks to have a significant place in market capitalization and adoption. However, the rise of the crypto ecosystem is currently calling into question the capabilities of layer 1 blockchains, forcing innovators to debut scalability and interoperability solutions.

Some of the scalability solutions that have emerged since then include layer 2 chains and bridges between chains; The first niche focuses on solving the scalability problem, and the second focuses on interoperability. In recent months, launches of layer 2 chains on Ethereum and Binance Smart Chain (BSC) have been seen, among other layer 1 networks.

While layer 2 solutions have been causing a lot of noise, cross-chain networks are gradually growing and are now closer than ever to integrating the blockchain ecosystem. Several cross-chain projects have already launched solutions for the mainnet and connect various blockchain environments, including Layer-1 to Layer-2 and Layer-2 to Layer-2 networks.

Cross-chain solutions will play an integral role in the development of the blockchain ecosystem. This new technology offers a chance to connect segregated blockchain projects to create end-to-end solutions and communication chains. If the integration is successful, blockchain networks will soon be able to fully exchange data. An achievement that will greatly influence the mass adoption of blockchain and digital assets.

The central problem facing the cryptocurrency market is that there is no universal existence between different ecosystems, dApps, coins and tokens. So each hosted on its own separate blockchain or built on top of larger ecosystems such as Ethereum, Polkadot and Cardano and Connext solves this problem.

Connext is made up of an ecosystem of nodes called routers that provide liquidity and route data between chains. Applications built on Connext communicate with routers using NXTP, a lock/unlock protocol that allows you to pass values ​​and invoke contracts between chains.

Let’s understand the mechanics of cross-chain transactions inside Connext

Transactions routed through nxtp go through a total of three stages. Let’s look at these steps in more detail:

more specifically, the route auction occurs first, this process is initiated when the user broadcasts to the Connext network, signaling their desired route. The routers then respond to this broadcast with sealed rates. After that comes the preparation of the transaction, at this stage the user sends the transaction to the contract on the sender side, which includes the signed rate of the router. As a result of the transaction, the user’s funds are blocked in the sending chain.