FAHRENHEIT CHAIN preço 

WFAC

What is Fahrenheit Chain? Fahrenheit Chain is a project that aims to support decentralized financial applications, blockchain open source, and smart contracts. Fahrenheit's goal is to be a successful scaling solution and drive rapid growth.

What can I do with Fahrenheit Chain? Explore Fahrenheit Chain Ecosystem Send and receive FAC fast and low fee Create Smart Contract

Fahrenheit's goal is to provide a platform for developers to launch decentralized applications; while helping to reduce transaction costs, support multi-language as well as increase the performance of transactions.

Fahrenheit's characteristics:

Decentralized: Fahrenheit chain operates independently according to computer algorithms, completely not controlled by any one organization. Therefore, Fahrenheit chain avoids risks from 3rd parties.

Distributed: Blocks contain the same data but are distributed in many different places. Immutable: Once data has been written into the block of the Fahrenheit chain, it cannot be changed or modified, due to the nature of the consensus algorithm and the hash code.

Confidentiality: Only the holder of the Private Key can access the data inside the Fahrenheit chain.

Transparency: The transactions in the Fahrenheit chain are recorded and everyone can check these transactions. Based on that, we can check and retrieve the transaction history. One can even decentralize to allow others to access part of the information on the Fahrenheit chain.

Smart contract integration: Based on which the terms written in the smart contract will be executed when the previous conditions are satisfied, no one can prevent or cancel it.

What is EVM ? EVM (Ethereum Virtual Machine) is translated as Ethereum virtual machine, is the environment to execute the Bytecode code of smart contracts. And do not participate in the process of recording transactions on the Ethereum network. Ethereum Smart Contracts are written in Solidity programming language, so EVM will play the role of translating Code to Bytecode. Bytecode is like computer source code and in it will be stored Opcodes (Operation Code) so that the Ethereum network can directly understand and execute control commands.

For ease of visualization, the Ethereum network can be divided into two parts. One part works like Bitcoin, used specifically for transactions, asset conversion. The rest is used to code and store smart contracts, create and operate applications. Both are authenticated by Nodes. Virtual machines work in a similar way to a physical machine with storage, memory, and CPU, but they operate entirely as code. So anyone can run a virtual machine, which makes it a highly portable platform for a decentralized network.

The provision of commercial solutions is given a significant amount of weight in the development of Fahrenheit. In addition to this, it is an open source project that is being developed all around the world. This project offers high scalability while simultaneously preserving decentralization and security. Along with it, there are a few benefits, which include the following:

EVM Compatibles Consumers will not need to spend time acclimating to the new blockchain network, transactions will be assured rapidly, and products will be copied rather than being limited to a single Blockchain. Certain, the project's product will be extended to many additional EVM-compatible Blockchains.

Proof-of-Authority Consensus Validators get "interest" on the funds they stake, and there are also block incentives in addition to transaction costs. This allows the chain to have high levels of security without using too much energy.

Interoperable: Comes with efficient native dual chain communication; Optimized for scaling high-performance dApps that require a fast and smooth user experience.

Supports multiple programming languages Fahrenheit can be developed using the C, C++, Rust, Solidity, and flexible virtual server integration languages. Extremely quick block generation and transaction speeds. There are no risks regarding blockchain scalability. Enterprise-grade security