VeChain’s innovative economic model is centered around a dual-token system, meticulously designed to address the unique challenges of blockchain adoption in business environments. This model, featuring the VeChain Token (VET) and the VeThor Token (VTHO), is fundamental in providing stability, transparency, and predictability in the VeChainThor blockchain ecosystem.
Nature and Purpose: VET, as the native coin of the VeChainThor blockchain, functions as the primary medium for value transfer. It plays a crucial role as the utility token, facilitating transactions and operations of smart contracts within the network.
Technical Specifics: VET has a total supply of 86,712,634,466 and is highly divisible, with a precision of 18 decimal places. This divisibility enables micro-transactions, making VET versatile for various transaction types.
Significance: The fixed total supply of VET enhances its transparency and predictability, crucial factors for investors and users. It allows for a clear understanding of the token’s long-term viability and potential value.
Functionality: VTHO represents the underlying cost of conducting transactions and executing smart contracts on VeChainThor. It acts as the ‘energy’ of the blockchain, with its supply and consumption dynamics crucial for the network’s operation.
Supply Mechanics: Unlike VET, VTHO doesn’t have a maximum supply. Its availability is governed by generation and burning parameters, designed to adapt to network demand. 70% of VTHO used in transactions is burned, while the remaining 30% rewards Authority Masternodes for block production.
Token Design: VTHO is based on the VIP180 token standard, a superset of the ERC20 standard. This design facilitates its role as the energy token for the VeChainThor blockchain.
Stability and Predictability: One of the primary objectives of the dual-token model is to shield transaction costs from the direct influence of market volatility. This separation is vital for businesses and individual users who need a predictable cost structure for blockchain utilization.
Market Adaptability: The dual-token system allows VeChain to respond adaptively to market conditions and network demands. In periods of high market activity, the VTHO burning mechanism helps regulate token supply and consequently its market value.
VeChain’s approach to sustainability is interwoven into its economic model. The network’s energy efficiency is a testament to this commitment, with a remarkably low carbon footprint and electricity consumption per transaction.
The PoA 2.0 consensus mechanism contributes to this sustainable model by balancing high performance with minimal energy use.
VTHO generation is an automated process for VET holders, fostering an incentive mechanism within the ecosystem. The rate of generation provides a steady supply of VTHO, necessary for transaction processing.
Transaction costs are calculated based on the gas required and the prevailing gas price, which is adjustable in response to supply and demand dynamics.
VeChain’s blockchain architecture fosters transparent and collective governance, essential for equitable decision-making in sustainability initiatives.
The tokenization capabilities on VeChain, particularly with assets like carbon credits, accelerate sustainable practices by enabling financial incentives for stakeholders.
In essence, VeChain’s economic model, with its dual-token system and intricate tokenomics, is a pioneering approach in the blockchain sphere.
In the VeChain ecosystem, the concept of a node takes on a dual meaning. Traditionally, a node in blockchain refers to a computer system that stores and validates the blockchain’s transactions. However, within VeChain, the term extends to include Economic and X-Nodes, distinct entities that hold a specified amount of VET and are identified by ownership of a unique non-fungible token (NFT). These nodes, often colloquially referred to simply as nodes, play a vital role in the network’s governance and operational efficiency.
VeChain’s innovative economic model is centered around a dual-token system, meticulously designed to address the unique challenges of blockchain adoption in business environments. This model, featuring the VeChain Token (VET) and the VeThor Token (VTHO), is fundamental in providing stability, transparency, and predictability in the VeChainThor blockchain ecosystem.
Nature and Purpose: VET, as the native coin of the VeChainThor blockchain, functions as the primary medium for value transfer. It plays a crucial role as the utility token, facilitating transactions and operations of smart contracts within the network.
Technical Specifics: VET has a total supply of 86,712,634,466 and is highly divisible, with a precision of 18 decimal places. This divisibility enables micro-transactions, making VET versatile for various transaction types.
Significance: The fixed total supply of VET enhances its transparency and predictability, crucial factors for investors and users. It allows for a clear understanding of the token’s long-term viability and potential value.
Functionality: VTHO represents the underlying cost of conducting transactions and executing smart contracts on VeChainThor. It acts as the ‘energy’ of the blockchain, with its supply and consumption dynamics crucial for the network’s operation.
Supply Mechanics: Unlike VET, VTHO doesn’t have a maximum supply. Its availability is governed by generation and burning parameters, designed to adapt to network demand. 70% of VTHO used in transactions is burned, while the remaining 30% rewards Authority Masternodes for block production.
Token Design: VTHO is based on the VIP180 token standard, a superset of the ERC20 standard. This design facilitates its role as the energy token for the VeChainThor blockchain.
Stability and Predictability: One of the primary objectives of the dual-token model is to shield transaction costs from the direct influence of market volatility. This separation is vital for businesses and individual users who need a predictable cost structure for blockchain utilization.
Market Adaptability: The dual-token system allows VeChain to respond adaptively to market conditions and network demands. In periods of high market activity, the VTHO burning mechanism helps regulate token supply and consequently its market value.
VeChain’s approach to sustainability is interwoven into its economic model. The network’s energy efficiency is a testament to this commitment, with a remarkably low carbon footprint and electricity consumption per transaction.
The PoA 2.0 consensus mechanism contributes to this sustainable model by balancing high performance with minimal energy use.
VTHO generation is an automated process for VET holders, fostering an incentive mechanism within the ecosystem. The rate of generation provides a steady supply of VTHO, necessary for transaction processing.
Transaction costs are calculated based on the gas required and the prevailing gas price, which is adjustable in response to supply and demand dynamics.
VeChain’s blockchain architecture fosters transparent and collective governance, essential for equitable decision-making in sustainability initiatives.
The tokenization capabilities on VeChain, particularly with assets like carbon credits, accelerate sustainable practices by enabling financial incentives for stakeholders.
In essence, VeChain’s economic model, with its dual-token system and intricate tokenomics, is a pioneering approach in the blockchain sphere.
In the VeChain ecosystem, the concept of a node takes on a dual meaning. Traditionally, a node in blockchain refers to a computer system that stores and validates the blockchain’s transactions. However, within VeChain, the term extends to include Economic and X-Nodes, distinct entities that hold a specified amount of VET and are identified by ownership of a unique non-fungible token (NFT). These nodes, often colloquially referred to simply as nodes, play a vital role in the network’s governance and operational efficiency.