It is the hottest blockchain among developers building decentralized applications (Dapp). The Ethernet Internet has introduced independent innovations such as intelligent contracts into the Web3 community while maintaining strong testing standards.

However, in order to solve the problem of Ethernet maintainability, a new layer 2 (L2) block chain is introduced, which depends on the security of the Ethernet Master Network Line (Layer-1), but independent third parties process events on the network to increase the throughput rate.

EVM compatibility mode to achieve higher transaction management response speed

Most importantly, developers must ensure that this L2 blockchain is compatible with the Ethernet VM virtual machine (EVM), which is a runtime environment that implements Ethernet application programming code and intelligent contracts, and the EVM compatibility model ensures that intelligent contracts can also be implemented in a cross-chain environment, so that Web3 developers can build Dapp that can seamlessly join and interact with each other.

As a result, many fragmented financial (Defi), mobile games, and entertainment Dapp are built and hosted on the L2 blockchain, marking a critical change in the needs of Web3 developers from Ethernet hosting.

Finally, the L2 blockchain has gradually innovated independently, launching new solutions and technologies that can reduce transaction costs or natural gas, and increase network speed to comply with a wider audience. However, L2 block chains found that the integrated circuit process could not be completed without compromising testing standards because of the highway bridges or main chains they used. Therefore, in order to achieve IC process performance and unparalleled Ethernet security at the same time, we have no choice but to conceive a new type of modular design L2 block chain to provide Web3 innovators with a construction service platform that keeps pace with the times.

Next-generation layer 2 solution

Release Mantle- this is a high-performance Etherum Layer-2 Internet that leverages an independent layer of decentralized data availability and combines it closely with Etherum, creating more application examples for developers building on the Mantle ecosystem.

Implementation, data availability, and transaction management finality can be divided into different types of layers. Mantle provides Ethernet-level security and increases transaction management rates by reducing diseconomies of scale. In fact, information related to buying and selling is first solidified on the L2 of Mantle, and then broadcast to the Ethernet, effectively shortening the consultation period and providing faster final results for end users. In this way, Mantle can efficiently take advantage of the Ethernet's massive reliance on the Internet, and through its modularization removes the possibility of blockchain indoor space congestion.

Because of these improvements, game makers can now build more styles on the chain without having to worry about high transaction fees or embarrassing end-user feelings. Even high-end DEFI agreements, which provide margin transactions and other complex DEFI strategies, can reduce costs for development and operation, and provide a wider range of customers with the option of taking advantage of water.

As a commodity of BitDAO, Mantle is an example of how the L2 blockchain makes Web3 technically easier to navigate. In addition, the project also shows how the block chain built by the DAO owned by the community can be continuously improved by using the feedback of team members and the management decisions of the crowdsourcing platform.

As more and more consumers and developers are attracted to platforms like Mantle, Web3 will pay more attention to modular design L2 blockchain, which can also provide Ethernet recognition while providing Thunderbolt potential.