A Mainnet for The Masses
Finschia moves forward as a user-centered yet fault-tolerant mainnet to pursue the Web3 ecosystem.
|
Robust Consensus AlgorithmA fair consensus algorithm based on VRF for decentralization. |
|
Extensive Smart ContractA virtual machine with improved performance and security. |
|
Flexible Modular ArchitectureModular architecture that enables functions to be modified efficiently. |
Robust Consensus Algorithm
Ostracon is a unique consensus algorithm that guarantees the network stability and security of the 3rd generation LBM(LINE Blockchain Mainnet) Finschia chain. It provides immediate finality and fast confirmation times, allowing for the creation of UX at the level of existing web/app services in dApps. In addition, by applying VRF(Verifiable Random Function) to PBFT(Practical Byzantine Fault Tolerance), the security is greatly enhanced by making it impossible to predict the block proposer and blocking the possibility of external network attacks such as DDoS.
Extensive Smart Contract
Finschia mainnet has applied CosmWasm based on the WebAssembly virtual machine to create an optimized Web3 ecosystem and easy dApp development environment considering the developer’s perspectives. CosmWasm, which is equipped with WebAssembly functionality, boasts high security and speed and allows businesses to write and deploy smart contracts in various general programming languages and upgrade them to achieve PMF(Product Market Fit). Gathering the technical advantages of Cosmos from a broad perspective, it is designed to collect each function as a module format so that necessary functions can be easily implemented, and it has superior performance, stability, and security compared to EVM(Ethereum Virtual Machine).
Flexible Modular Architecture
The chain must continually evolve in response to changing market conditions and trends. Finschia mainnet is designed as a modular structure, allowing users to efficiently modify or add functions to the chain according to user and market requirements. Multiple functions implemented for the same purpose can be grouped into a single module and easily integrated into or removed from the chain as needed. Additionally, if the purpose or use of a specific function changes, only the relevant module needs to be modified, rather than the entire chain, making efficient work possible. This modular design provides the chain with scalability and flexibility and provides an environment that can be continuously improved by the developer community.
