Mathispace
  • Whitepaper
  • Statement
  • Table of Contents
  • Introduction
  • Background
  • Core Features
  • The Development Process of the Game Metaverse
  • Key Features
  • Products and Services
    • Introduction of Main Products
    • Introduction of Main Products Pt2
  • Development Plan
  • Community and Governance
  • Risk Management
  • Team and Consultants
  • Economic Model
  • MATHI Underlying Technology
  • Summary
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  • MATHI Underlying Technology
  • 12.1 BSC Public Chain Architecture
  • 12.2 Platform Architecture
  • 12.3 Technical Advantages
  • 12.3.1 High Performance and Low Cost of BSC Public Chain
  • 12.3.2 Immersive 3D metaverse Experience
  • 12.3.3 Decentralized Governance and Token Economic Model
  • 12.4 Conclusion

MATHI Underlying Technology

MATHI Underlying Technology

12.1 BSC Public Chain Architecture

BSC public chain (Binance Smart Chain) is a public chain developed by Binance based on Ethereum, aiming to provide high-performance, low-cost infrastructure for DeFi, NFT, GameFi and other applications. The BSC public chain adopts the following architecture:

  • Consensus mechanism: The BSC public chain adopts the POS (Proof of Stake) consensus mechanism, which requires validators to pledge BSC tokens (BNB) to participate in block verification and obtain rewards. The POS mechanism has the following characteristics:

    • High energy efficiency: Compared with the POW (Proof of Work) consensus mechanism, the POS mechanism consumes less energy.

    • High security: The POS mechanism requires the verifier to pledge a large number of tokens, so it has high security.

    • Decentralization: The POS mechanism allows anyone to participate in block verification, so it has a high degree of decentralization.

  • Smart contracts: The BSC public chain supports EVM (Ethereum Virtual Machine), so it can execute Ethereum smart contracts. This makes the BSC public chain compatible with a large number of DeFi, NFT, GameFi and other applications.

  • Cross-chain bridge: There is a cross-chain bridge between the BSC public chain and other public chains such as Ethereum, so users can easily transfer assets between different public chains.

12.2 Platform Architecture

The platform adopts the following architecture:

  • Frontend: Developed using 3D engine technology, providing users with an immersive metaverse experience.

  • Backend: Utilising BSC public chain technology, providing the platform with secure and efficient infrastructure.

  • Smart Contract Layer: Employing smart contract technology to achieve decentralized governance and a token economic model for the platform.

12.3 Technical Advantages

The platform's technical advantages include:

  • High performance and low cost based on the BSC public chain: The BSC public chain features high throughput and low transaction fees, thus providing the platform with a high-performance, low-cost infrastructure.

  • Immersive 3D metaverse experience: The platform is developed using 3D engine technology, enabling users to enjoy a more immersive and interactive metaverse experience.

  • Decentralized governance and token economic model: The platform adopts smart contract technology to realise decentralized governance and a token economic model, making the platform more transparent and fair.

12.3.1 High Performance and Low Cost of BSC Public Chain

The BSC public chain has the following features:

  • High throughput: The TPS (Transactions Per Second) of the BSC public chain can reach several hundred, while Ethereum's TPS is only a few dozen.

  • Low transaction fees: The transaction fees on the BSC public chain are typically lower than those on Ethereum.

These features make the BSC public chain highly suitable for applications such as DeFi, NFTs, GameFi, etc., especially for applications with high transaction volumes and sensitivity to performance and costs.

12.3.2 Immersive 3D metaverse Experience

The platform is developed using a 3D engine, which can provide users with a more immersive and interactive metaverse experience. Users of the platform can create their own virtual avatars and interact with other users. The platform can offer various entertainment experiences, such as virtual casinos, virtual music concerts, team competitions, social events, and more.

12.3.3 Decentralized Governance and Token Economic Model

The platform adopts smart contract technology to achieve decentralized governance and a token economic model. Holders of the platform's token, MATHI, can participate in platform governance, such as proposing and voting on initiatives. MATHI tokens can also be used to pay for platform service fees, reward community contributions, and more.

12.4 Conclusion

The platform's technical architecture adopts advanced technologies such as the BSC public chain, 3D engine, smart contracts, etc., featuring high performance, low cost, immersive experiences, decentralized governance, and more. This enables the platform to provide users with a more diverse and vibrant metaverse entertainment experience.

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Last updated 10 months ago