What is REI Network (REI)?

Quick Facts

  • Origin: Evolved from GXChain (GXC), rebranded as REI Network
  • Consensus: Delegated Proof-of-Stake (DPoS) + Byzantine Fault Tolerance (BFT)
  • Block Time: ~3 seconds average
  • Throughput: 3,000+ transactions per second (TPS)
  • Compatibility: Fully EVM-compatible
  • Native Token: REI, used for gas, governance, and staking
  • Governance: Managed by REI DAO, open to all REI holders

Introduction

REI Network is a high-performance, EVM-compatible public blockchain designed to make decentralized applications (dApps) faster, cheaper, and more accessible. Its defining feature is a gas-free user experience — users can stake REI tokens to cover on-chain resource costs, enabling near-zero-fee transactions.

The network targets developers and users who need Ethereum compatibility without Ethereum's congestion and high fees.

History & Background

REI Network is not a brand-new project. It is the upgraded successor to GXChain, a blockchain platform focused on data economy. The original GXC token was converted into REI at a 1:10 ratio during the token swap migration.

The rebrand and technical overhaul repositioned the project as a general-purpose, EVM-compatible chain built for modern DeFi, GameFi, and NFT ecosystems.

How REI Network Works

REI Network uses a DPoS+BFT consensus mechanism. Token holders elect validator nodes to produce blocks, and Byzantine Fault Tolerance ensures fast transaction finality. This combination delivers 3-second block times and over 3,000 TPS.

A key innovation is the staking-for-gas model: users who stake REI tokens receive 'Crude,' an on-chain resource credit usable as an alternative to paying gas fees directly. This makes everyday on-chain activity near costless.

The network is fully compatible with Ethereum's RPC and WebSocket interfaces, meaning developers can migrate smart contracts with minimal changes.

Tokenomics

The REI token serves multiple roles within the ecosystem. It is used to pay gas fees, stake to earn on-chain resource credits, pledge as collateral to become a validator, and vote in governance decisions through the REI DAO.

The tokenomics model is intentionally designed around low resource consumption, incentivizing staking participation while keeping transaction costs minimal for end users.

Circulating supply ? 987.87 million REI
Total supply ? 1.00 billion REI
Max supply ? 1.00 billion REI
Updated 15h ago

Ecosystem & Use Cases

REI Network supports a broad range of applications, including DeFi protocols, GameFi platforms, and NFT marketplaces. Its EVM compatibility allows Ethereum developers to deploy existing dApps with minimal friction.

The roadmap also includes cross-chain bridges (notably for BNB Smart Chain assets), gas-free payment scenarios for Web3 apps, and integration of AI modules through the REI MCP framework and AI Agent developer program.

Team, Governance & Community

REI DAO is the decentralized governance body of the network. All REI holders can participate — voting on proposals, electing validators, and shaping the protocol's future. This model reflects the project's commitment to transparency and community ownership.

The project maintains active communities via Telegram, Discord, and social media, with ongoing developer growth fund programs.

Advantages

  • Gas-free UX: Staking REI covers transaction costs, lowering the barrier for everyday users.
  • EVM compatibility: Seamless migration for Ethereum developers and dApps.
  • High performance: 3,000+ TPS and 3-second block times rival centralized alternatives.
  • Decentralized governance: REI DAO puts protocol decisions in the hands of token holders.
  • Established lineage: Built on GXChain's proven infrastructure and community.

Risks & Challenges

  • Market adoption: Competing with established EVM chains like BNB Smart Chain and Polygon is difficult.
  • Ecosystem size: The dApp ecosystem is smaller than leading EVM networks, limiting network effects.
  • Validator centralization risk: DPoS systems can trend toward centralization if token holdings concentrate.
  • Dependency on staking participation: The gas-free model relies on sufficient staking activity to function effectively.

Long-Term Vision

REI Network aims to become a leading lightweight, fee-free EVM blockchain for real-world Web3 applications. Future plans include faster block times (targeting 1.5 seconds), deeper cross-chain interoperability with networks like Solana and BNB Chain, AI agent integration, and expanding gas-free use cases into payments, gaming, and daily consumer applications.

Frequently Asked Questions

REI Network is an EVM-compatible public blockchain offering high throughput, near-zero fees, and a gas-free experience via staking. It evolved from the earlier GXChain project and supports DeFi, GameFi, and NFT ecosystems.

REI is the native token used to pay gas fees, stake for on-chain resource credits (Crude), pledge as validator collateral, and vote in REI DAO governance. It is central to both network security and governance.

Users stake REI tokens to earn 'Crude,' an alternative on-chain resource credit that replaces direct gas payments. This allows transactions to be processed with near-zero fees for active stakers.

REI Network uses Delegated Proof-of-Stake (DPoS) combined with Byzantine Fault Tolerance (BFT). Token holders elect validators who produce blocks, while BFT ensures fast and final transaction confirmation.

Yes, REI Network is fully EVM-compatible, supporting Ethereum's RPC and WebSocket interfaces. Developers can deploy existing Ethereum smart contracts on REI with minimal modifications.

REI DAO is the decentralized governance community of REI Network. All REI token holders can participate by voting on proposals, electing validators, and influencing the protocol's development direction.

REI Network is the upgraded successor to GXChain. The original GXC token was swapped into REI at a 1:10 ratio, with the project rebranding and rebuilding its technical foundation for EVM compatibility.

REI Network achieves an average block time of approximately 3 seconds and can handle over 3,000 transactions per second (TPS), making it competitive with other high-performance EVM blockchains.