-BEVM is designed to divide its architecture into 4 main layers, each optimizing and ensuring interoperability and functionality
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Interoperability Layer "chain by chain": This layer connects BEVM to #bitcoin via a Bitcoin light node and a bet confirmation (pos) mechanism. The nodes enable fast BEVM data transfer without compromising the integrity of the bitcoin network, while the PoS consensus ensures fast and efficient transactions.
Consensus Layer: BEVM utilizes a Byzantine fault-tolerant consensus system with a threshold signature that allows up to 1000 consensus nodes to operate without compromising security or overloading the system, even during periods of heavy traffic. It will.
Virtual Machine Tier: Using a board, this tier ensures that applications developed on the BEVM remain compatible with the EVM. #Ethereum developers can use their tools to create applications that run on this network.
Distributed Applications (DApp layer): BEVM offers a complete set of EVM development tools to facilitate the creation and management of dapps. This layer allows developers to connect projects and access integrated services such as wallets, user management and transaction capabilities.
Implementation and sustainability: By using #BTC as a gas, BEVM will create a new use case for bitcoin and incentivize the use of BTC in all transactions on the network. In addition to increasing utility costs, it also opens up opportunities for miners to make money.
Optimize cost and speed: Process data on the main #chain and write the results into bitcoins to reduce costs and increase transaction speeds.
Extended bitcoin functionality: With EVM compatibility, BEVM can extend the functionality of BTC users and create applications that go beyond just transferring funds. Developers can create DeFi applications, "NFT" and Dao markets on the BITCOIN network, use BTC as a gas, and benefit from its stability and decentralization.
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