Tncfourt Blockchain Ecosystem

Overview of Tncfourt Blockchain

Tncfourt Blockchain stands as the core communication nexus for data storage, verification, and processing. It's designed for efficient and rapid operations, featuring low gas fees and block times under 3 seconds. This enhances cost-effectiveness and expedites transaction completions.

Builders on Tncfourt can implement 'spotter' contracts, which act as decision-making entities. These contracts generate specific operations based on data inputs or the overall state of their protocols. For Solidity developers, Tncfourt assures EVM compatibility via the Ethermint Library. Interested parties can explore running a Validator Node on the Tncfourt network.

Tncfourt Blockchain Architecture

The architecture of Tncfourt Blockchain is layered, comprising the Application Layer, Modules Layer, and the Tendermint Core Layer.

Application Layer

  • Function: Manages the decoding, accuracy, and routing of messages to appropriate Modules.

  • Responsibility: Ensures the correct processing and flow of operations within the blockchain.

Modules Layer

  • A series of modules underpin the functionality of Tncfourt Blockchain, each with a specific role:

    • Delegated Proof of Stake (DPoS): Manages staking activities for Validators and Delegators.

    • Banking Module: Facilitates asset transactions on the Tncfourt Blockchain.

    • GOV Module: Empowers blockchain parameter modifications and new Validator or Distributor additions.

    • Auth Module: Authorizes the launch of smart contracts on Tncfourt.

    • IBC Module: Enables communication with other Cosmos-based Chains.

    • Distributor Module: Maintains a registry of approved Distributors.

    • EVM Module: Hosts and supports smart contracts, ensuring interoperability with EVM infrastructure like Metamask, Hardhat, and Truffle.

    • Vesting Module: Manages the vesting processes for TNF Tokens.

Tendermint Core Layer

  • Infrastructure: This layer provides the foundational blockchain consensus mechanism and is vital for the network's security and efficiency.

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