Blockchain

WEMIX3.0 is an EVM-compatible Layer1 blockchain developed in-house by Wemade, a publicly traded Korean gaming company. Tailored for blockchain gaming and high-frequency on-chain interactions, WEMIX3.0 is governed by a council of 40 node partners (NCP) utilizing the SPoA consensus mechanism. Its architecture features a three-layer logical network (BPN, BNN, ENN), the unagi(x) cross-chain protocol, the Stablecoin WEMIX$, and the bridging version USDC.e, collectively providing a comprehensive on-chain infrastructure stack for gaming, DeFi, and payment applications.

The WEMIX gaming ecosystem, developed by South Korea's publicly listed game company Wemade, is a Web3 game publishing and economic system built on its proprietary WEMIX3.0 blockchain. The ecosystem includes the unified publishing platform WEMIX PLAY, the NFT and DAO platform NILE, the Stablecoin WEMIX$, and the native token WEMIX. Within this ecosystem, players can tokenize items, equipment, and currency earned in-game, enabling true ownership, pricing, and monetization through on-chain mechanisms, cross-chain circulation, and decentralized trading marketplaces—effectively converting in-game time and effort into portable on-chain assets.

WEMIX is a Web3 blockchain gaming public chain and integrated ecosystem platform developed by the publicly listed Korean gaming company Wemade. The WEMIX3.0 mainnet features an EVM-compatible architecture and is governed by a council of 40 Node Council Partners (NCP / WONDER) using the SPoA consensus mechanism. Aiming to build a "Mega-Ecosystem," WEMIX brings together multiple business lines—including the WEMIX PLAY game publishing platform, the NILE DeFi and NFT platform, the WEMIX$ stablecoin, and the WEMIX Pay payment solution—enabling a single public chain to power blockchain gaming, on-chain finance, and real-world payment use cases.

UNUS SED LEO（LEO） is a platform ecosystem token launched by iFinex, the parent company of Bitfinex. One of its distinctive features is that it does not exist on only one blockchain network. Instead, it was issued on both Omni Layer and Ethereum. This “dual chain structure” is uncommon among platform tokens and made LEO one of the earlier exchange platform tokens to adopt a cross chain asset model.

LEO’s burn mechanism is essentially a platform buyback based deflationary model. Like many platform tokens, LEO does more than provide trading fee discounts. Its economic model is also closely connected to Bitfinex’s platform revenue structure.

GAS (NeoGas) is the native fuel token of the Neo network. It is mainly used to pay for on-chain transactions, smart contract execution, and network resource consumption. Unlike many single-token public blockchains, Neo uses a dual-token structure consisting of NEO and GAS. NEO is responsible for governance, while GAS serves as the payment asset for network operations and resource usage.

OKB, BNB, and GT are all exchange tokens issued by cryptocurrency trading platforms, so users often compare them side by side. Although all three offer functions such as trading fee discounts, ecosystem incentives, and platform benefits, they differ significantly in their on-chain ecosystems, tokenomics, burn mechanisms, and broader platform strategies. BNB places greater emphasis on public chain and multichain ecosystem expansion; OKB focuses more on coordination between the trading platform and Web3 infrastructure; and GT develops around the trading platform ecosystem, on-chain assets, and the GateChain network.

X Layer is a Layer2 network launched by OKX to improve blockchain transaction efficiency, reduce on-chain costs, and expand the Web3 application ecosystem. Built on Polygon CDK and compatible with the Ethereum Virtual Machine (EVM), it allows developers to migrate or deploy on-chain applications more easily. At the same time, OKB is gradually taking on a role in ecosystem coordination and on-chain application connectivity within the X Layer ecosystem.

OKB is the core exchange token of the OKX ecosystem, used for trading fee discounts, on-chain payments, ecosystem incentives, and Web3 application scenarios. As crypto trading platforms gradually expand into on-chain infrastructure, OKB’s role has evolved from a simple trading benefits tool into an important asset connecting centralized trading, Layer2 networks, and the Web3 ecosystem.

The core difference between Injective vs Sei is that Injective leans more toward on-chain financial infrastructure and order book trading, while Sei places greater emphasis on a high-performance EVM execution environment and parallelized transaction processing.

Injective’s cross-chain mechanism connects different blockchains through components such as IBC and Peggy Bridge, allowing assets and messages to move between Injective and external networks.

The INJ token is the native asset of the Injective network. It is mainly used for on-chain governance, network staking, fee payments, burn mechanisms, and ecosystem incentives.

Injective (INJ) is a Layer 1 public blockchain built around on-chain financial use cases. Its design focuses on improving the efficiency of decentralized trading systems, cross-chain asset movement, and compatibility with financial applications. Unlike traditional DeFi-focused blockchains, which mostly rely on the AMM model, Injective places greater emphasis on on-chain order books, low-latency trading, and modular financial infrastructure.

ENS (Ethereum Name Service) is a decentralized domain name and on-chain identity protocol built on Ethereum. It primarily maps Wallet Addresses, Smart Contract Addresses, Content Hashes, social profiles, and multi-chain accounts to human-readable names. With names like alice.eth, users can receive assets, display their identity, connect to DApp, and maintain a consistent identity entry point across various Web3 applications.

The ENS domain name system serves as a decentralized naming protocol in the Ethereum ecosystem. Its primary purpose is to translate complex Wallet Addresses, Futures addresses, content Hashes, and identity data into human-readable names like name.eth. ENS maintains ownership records via an on-chain Registry, retrieves specific addresses and information through the Resolver, and enables a robust Web3 identity framework with features such as Namehash, reverse resolution, subdomains, and the Universal Resolver.