REI Network (REI)

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Overview

REI Network is a blockchain for running decentralized applications, or dApps. It grew out of GXChain and was designed to make its technology easier for developers who already build on Ethereum. REI is the network’s native token. It helps pay for transactions, secure the chain, elect validators, and support community decisions. (docs.rei.network)

A key idea behind REI Network is that people can stake tokens to obtain a resource used for transaction fees. This gives regular users and app developers another way to cover the cost of using the chain. The network combines that model with Ethereum-compatible tools and a system for selecting the nodes that confirm transactions. (docs.rei.network)

History & Team

From GXChain to REI

The project’s roots go back to GXChain, whose team began work on a high-performance blockchain in 2016. GXChain’s original design used the Graphene framework. As Ethereum-based applications grew, the team began working on a network better suited to Ethereum tools and smart contracts. REI Network became the upgraded version of that project. (docs.rei.network)

The change also included a token swap. Holders received ten REI for each eligible GXChain token under the exchange conversion plan. That ten-to-one change was a redenomination: it changed the number of token units held as the project moved to REI. (binance.com)

Exchange project disclosures identify Minqiang “Mcqueen” Huang as founder and CEO and Andy Tu as a co-founder. REI’s governance documents describe a Singapore-registered nonprofit foundation involved in the network’s development and its planned shift toward community governance. (feed-content.bithumb.com)

Technology & How It Works

Ethereum-compatible applications

REI Network is a layer-1 blockchain, meaning it processes transactions on its own chain. It supports the Ethereum Virtual Machine, or EVM, which runs many smart contracts written for Ethereum. It also supports Ethereum-style RPC and WebSocket connections. These features let developers use familiar tools when building or adapting applications for REI. (docs.rei.network)

A smart contract is a program stored on a blockchain. It can carry out rules for a token, a game, or a financial application when someone sends it a transaction. Each action takes computing resources. REI’s built-in system contracts help manage functions such as staking, resource use, and validator penalties. The network’s documentation also describes a peer-to-peer connection layer based on Libp2p. (docs.rei.network)

Validators and transaction confirmation

REI uses delegated proof of stake combined with Byzantine fault tolerance, often shortened to DPoS+BFT. Token holders can stake REI and vote for validators. Validators are the nodes responsible for producing blocks and helping confirm the network’s transaction history. The BFT part helps participating nodes agree on that history even when some do not respond or behave as expected. (docs.rei.network)

REI’s website describes an average block time of about three seconds and a throughput of more than 3,000 transactions per second. Block time is the interval between new groups of transactions. Throughput describes how many transactions a network can process in a given time. The project’s roadmap also discusses testing shorter block times. (rei.network)

Tokenomics & Utility

Supply and allocation

REI’s stated maximum supply is one billion tokens. The GXChain-to-REI change used a ten-to-one token split. Project governance documents describe an allocation of 250 million REI for ecosystem grants and related work: 150 million for developer and ecosystem incentives, 50 million for marketing, and 50 million for node rewards. Those allocations describe the project’s funding plan, rather than the balance of any individual wallet. (docs.rei.network)

What REI does

REI has several roles within the same network. Users can pay a small transaction fee in REI, while validator nodes receive fees for processing and verifying activity. People who want to run validators can pledge REI. Other holders can use it to vote in validator elections and take part in REI DAO governance. (docs.rei.network)

The network’s low-fee experience centers on staking for a resource called Crude. A holder can stake REI to obtain Crude, which can be used in place of paying the usual gas fee in REI. Gas is the amount charged to process a blockchain action, such as sending tokens or calling a smart contract. REI’s system gives frequent users a way to obtain transaction resources through staking. The DAO dashboard separates REI staked for gas resources from REI staked for validator voting. (docs.rei.network)

Ecosystem & Use Cases

Apps, assets, and governance

REI’s EVM support makes it suited to the types of applications built across Ethereum-compatible chains. The project highlights decentralized finance, games, and non-fungible tokens. Its ecosystem materials also discuss exchanges, lending applications, stablecoins, and NFT marketplaces as areas for development. An exchange lets users swap digital assets; an NFT marketplace handles tokens used to represent distinct digital items. (rei.network)

The project’s ecosystem directory names services including Nabox, FilDA, NerveNetwork, and 4EVERLAND. These examples show the range of wallet, finance, cross-chain, and Web3 infrastructure projects associated with REI. The network’s growth fund is intended to encourage more developers to build applications and tools. (rei.network)

REI DAO provides a way for token holders to discuss and vote on proposals. Its published governance process covers ideas such as network settings, grants, and the project’s direction. Proposals move through community discussion and review before voting. This connects the token’s role in governance to practical choices about how the ecosystem develops. (docs.rei.network)

Advantages & Challenges

REI’s main strengths come from putting familiar developer tools and its staking-based gas model on the same chain. EVM compatibility can reduce the work needed to adapt an existing app. Short block intervals suit applications that involve repeated interactions. Meanwhile, validator voting gives token holders a direct role in choosing some of the nodes that operate the network. (docs.rei.network)

The design also brings trade-offs. Validator selection depends on delegated voting, so the distribution of staked tokens matters to how much influence participants have. Gas use involves learning when to pay directly in REI and when to stake for Crude. For developers, compatibility with Ethereum tools is a starting point; applications still need users, supporting services, and ongoing maintenance to become useful. REI’s grants and ecosystem program address that need for development beyond the base chain. (docs.rei.network)

Where to Buy & Wallets

REI Network can be purchased through Gate’s REI/USDT spot market, subject to the exchange’s regional access rules. Gate’s REI listing traces back to the GXChain token swap. Exchange accounts hold tokens on a user’s behalf, while a self-custody wallet lets the holder connect directly to REI-based applications. (gate.com)

MetaMask can connect to REI Network using the project’s mainnet settings: chain ID 47805, currency symbol REI, and RPC endpoint https://rpc.rei.network. The project also provides a REI-compatible Safe interface for shared wallets that require more than one person to approve a transaction. Choosing the REI mainnet when withdrawing from an exchange allows the tokens to be used directly with the network’s apps, staking tools, and DAO. (docs.rei.network)

Regulatory & Compliance

REI’s token has uses within its blockchain, but legal treatment depends on the activity and jurisdiction involved. In the United States, the Securities and Exchange Commission explains that an offer or sale involving a crypto asset may fall under securities law when it meets the conditions for an investment contract. U.S. tax rules also require reporting of relevant digital-asset transactions and income, including staking rewards. (sec.gov)

In the European Union, the Markets in Crypto-Assets framework sets requirements for crypto-asset offers and for firms providing crypto-asset services. Singapore maintains licensing rules for digital payment token service providers. These rules concern activities such as offering, trading, and providing services, as well as the organizations carrying them out. (esma.europa.eu)

REI’s published token materials describe its fee, staking, and governance functions but do not establish a formal halal or Shariah-compliant status. An Islamic-finance assessment would need to consider the specific way REI is acquired and used, including any related financial arrangements; the network’s staking function alone does not settle that assessment. (docs.rei.network)

Future Outlook

REI’s published roadmap focuses on faster block production, cross-chain connections, broader gas-free uses, and tools for AI agents. The roadmap describes work on shorter block times and ways for applications on other networks to interact with REI. Project communications also outline a modular approach to AI-agent tools, where applications could connect separate functions for carrying out tasks. These items describe areas of development rather than features that every REI application already uses. (rei.network)

The network’s longer-term place in crypto will be shaped by what developers build and what people continue to use. Its grant program, DAO, and Ethereum-compatible design provide routes for that activity to grow. Cross-chain tools and simpler transaction costs could make the network easier to use across more types of apps. (rei.network)

Summary

REI Network is the EVM-compatible successor to GXChain. Its native token ties together transaction fees, staking for Crude, validator elections, and community governance. The project’s place in the crypto ecosystem rests on a clear technical approach: offer developers familiar tools while giving users another way to obtain the resources needed for on-chain activity. (docs.rei.network)