Evernode PrecioEVR

Evernode (EVR) is a pioneering layer-2 smart contract platform built on the XRP Ledger, designed to bring scalable and efficient decentralized applications to the XRP ecosystem.

Key takeaways

• Evernode is a layer-2 smart contract platform built on the XRP Ledger (XRPL), enabling scalable dApp development.
• It operates using the Hooks amendment, a native smart contract functionality on the XRPL, and employs a unique Node Credit Consensus mechanism.
• The EVR token is the native utility token used for paying hosting fees to node operators and for governance within the Evernode network.
• With a fixed max supply of 72,253,440 tokens, EVR is designed to incentivize a decentralized network of hosts.
• Evernode aims to expand the XRPL's capabilities by providing a familiar smart contract environment for developers, similar to Ethereum's EVM.

What is Evernode? Key Specifications & Tokenomics

Evernode is a decentralized platform that provides a scalable smart contract execution layer on top of the XRP Ledger, leveraging its speed and low-cost transactions.

Who created Evernode (EVR)?

Evernode was created by a development team deeply integrated within the XRP Ledger community. The project is spearheaded by Hooks, which is the codename for the native smart contract functionality on the XRPL. The Evernode platform itself is built by developers who proposed and implemented the Hooks amendment (XLS-38d) to the XRPL protocol. This group includes core XRPL developers and researchers focused on expanding the ledger's capabilities beyond simple value transfer. The development is community-driven, with oversight from the XRPL Foundation and validator consensus. The team's primary goal was to create a scalable, efficient layer-2 solution that allows developers to build complex decentralized applications (dApps) on the XRP Ledger without compromising its core benefits of speed and low cost.

How does Evernode (EVR) work?

Evernode operates as a second-layer network on top of the XRP Ledger. Its functionality is powered by the Hooks feature, which are small, efficient programs that run directly on XRPL accounts. Here's how the system works:

• Layer-2 Architecture: Smart contracts (called "EApps") are deployed and executed on the Evernode network, a separate layer from the XRPL main chain. This keeps the main ledger fast and uncluttered while handling complex computations off-chain.
• Node Credit Consensus: The network is secured and operated by hosts (nodes). These hosts stake EVR tokens to earn "credits," which grant them the right to host EApps. Consensus on the state of EApps is reached among these credited hosts.
• Execution and Settlement: When a user interacts with an EApp, the computation happens on an Evernode host. The final state change or transaction result is then securely anchored back to the XRPL mainnet as a simple, verifiable transaction. This uses the XRPL for ultimate security and settlement.
• The EVR Token: The EVR token is central to the network's economy. Developers use EVR to pay hosting fees to node operators for running their EApps. Hosts are incentivized with EVR rewards for providing reliable computation and storage resources.

What makes Evernode (EVR) unique and valuable锛>

Evernode's value proposition is tightly linked to its integration with the XRP Ledger and its novel technical approach.

• Built on XRPL's Strengths: It inherits the XRP Ledger's proven advantages: fast transaction settlement (3-5 seconds), extremely low fees, and a decentralized, energy-efficient consensus mechanism. This provides a robust foundation for dApps.
• Hooks-Powered Smart Contracts: Unlike bridged sidechains, Evernode uses the native Hooks functionality. This allows for tighter, more secure integration with the main XRPL, reducing complexity and potential bridge-related risks.
• Scalability Solution: By moving smart contract execution off the main chain, Evernode addresses potential congestion, allowing the XRPL to remain optimized for high-speed value transfer while supporting a thriving dApp ecosystem.
• Developer Familiarity: The platform aims to provide a development experience similar to Ethereum's EVM, making it easier for Web3 developers to port or build applications on the XRPL, thereby expanding its utility and developer base.
• Fixed Supply Tokenomics: With a capped max supply, EVR is designed to be a deflationary utility token. Its value is tied to the demand for hosting services on the network, creating a direct incentive alignment for hosts and developers.

What is Evernode (EVR) used for?

The EVR token and the Evernode platform have several core utilities that drive its ecosystem.

• Paying for Hosting Services: This is the primary use case. Developers who deploy decentralized applications (EApps) on Evernode must pay node operators in EVR tokens for the computational and storage resources their applications consume.
• Network Governance: EVR token holders are expected to have governance rights in the future decentralized autonomous organization (DAO) that will guide the protocol's development, parameter changes, and treasury management.
• Host Staking and Incentives: Individuals or entities who run Evernode host software must stake EVR tokens to participate in the network and earn credits. They earn EVR rewards for reliably hosting EApps, securing the network.
• Enabling XRPL dApps: The platform's ultimate purpose is to enable a wide range of decentralized applications on the XRP Ledger, including DeFi protocols (DEXs, lending), NFTs, gaming, and enterprise solutions, all using EVR as the fuel.

How to buy EVR Coin?

1. Register a BTCC Account: Sign up using your email or phone number and complete the KYC verification to unlock more platform features and benefits. (How to buy USDT on BTCC)
2. Deposit Funds: Deposit fiat currency (via bank transfer, card, or third-party payment) or transfer USDT from an external wallet into your BTCC account. (How to buy USDT on BTCC)
3. Start Trading: Navigate to the trading page and search for the EVR spot trading pair (EVR/USDT) or the EVR perpetual futures contract (EVRUSDT). (Trade EVRUSDT)
4. Place an Order: Enter the amount of EVR you wish to purchase and submit your order. For futures trading, you can also choose to go short (sell) and adjust leverage according to your strategy and risk tolerance.
5. Confirm Your Purchase: For spot purchases, check your asset wallet to confirm the EVR tokens have been deposited. For futures, check your open positions on the trading page to confirm the order is active.