Blockchain

ETC serves as the native token of the Ethereum Classic network. It is mainly used for paying trading fees, executing Smart Contracts, incentivizing miners to secure the network, and supporting value circulation within its fixed supply model.

BNB is a versatile utility token powering the BNB Chain ecosystem. Originally launched as an ERC-20 token on the Ethereum network, it has developed into a decentralized core asset supported by its own independent blockchain. As the blockchain sector transitions from single trades to Web3 infrastructure, BNB is broadly utilized for trading fee discounts, cross-chain payments, on-chain governance, and as fuel for decentralized applications (dApps).

Ethereum Classic and Ethereum both trace their origins to the early Ethereum chain. Ethereum Classic remains committed to PoW and the principle of immutability, while Ethereum has moved to PoS and is actively advancing scalability and ecosystem enhancements.

Ethereum Classic is a blockchain network powered by the Proof of Work mechanism. Its defining characteristic is a steadfast commitment to the immutable “code is law” principle, supporting both Smart Contracts and decentralized applications.

IOTA and IoTeX are both decentralized infrastructure projects built for the Internet of Things (IoT). They aim to address security, privacy, and efficiency challenges between IoT devices. IOTA uses the Tangle architecture to provide an efficient, feeless transaction system, while IoTeX uses a hybrid consensus mechanism and privacy preserving technologies to build a more flexible and scalable IoT ecosystem.

Space is a blockchain-based prediction market protocol designed to integrate event outcomes with Market Price via on-chain trading mechanisms, achieving decentralized information pricing.

Space and Polymarket are both prediction market platforms; however, Space is more focused on Order Book trading, leverage, and incentive mechanisms on Solana, whereas Polymarket emphasizes mature event markets, CLOB trading, and a results token system.

SPC is a utility token in the Space prediction market ecosystem, serving core functions such as providing reward incentives, granting exclusive marketplace access, enabling participation in trading activities, and establishing a connection with prediction market performance through the platform’s revenue mechanism.

IOTA Tangle is a decentralized technology based on a directed acyclic graph (DAG). It moves beyond the architectural limits of traditional blockchains and provides a feeless, highly scalable transaction solution. The IOTA Tangle system is especially well suited to Internet of Things (IoT) scenarios, enabling devices to exchange data and carry out transactions efficiently and securely. Compared with traditional blockchains, Tangle offers higher speed and stronger scalability, supporting large scale, high frequency transactions without transaction fees.

IOTA is an open, low cost, and scalable distributed ledger built specifically for Internet of Things (IoT) use cases. It is designed to support frictionless transfers of data and value. Unlike traditional blockchains, IOTA uses the Tangle system, a blockless architecture that enables efficient, feeless transactions. Its protocol provides strong interoperability and security among IoT devices, helping drive innovation across the IoT industry.

Decred’s (DCR) tokenomics is a blockchain economic design that integrates incentives, security, and governance into one system. Through block reward allocation, staking, and on-chain fund management, it supports long term network operation. As blockchains evolve from simple transaction networks into autonomous systems, tokenomics has gradually become a core factor in determining whether a network can remain sustainable.

Decred’s hybrid consensus mechanism is a blockchain design that combines proof of work (PoW) and proof of stake (PoS). By separating block generation from block validation, it creates a security model based on coordination among multiple parties. This mechanism is used not only to maintain network security, but also to support on-chain governance and rule enforcement.

Arweave (AR) is a blockchain network built for permanent data storage, allowing data to be stored on-chain for the long term through a one-time payment model. As Web3 applications advance, decentralized storage is increasingly recognized as essential infrastructure, with Arweave widely adopted for NFT metadata, historical archives, and decentralized websites.

AR, the native token of Arweave, serves as a utility token for paying permanent data storage fees and incentivizing network operations. Leveraging a one-time payment model combined with long-term incentives, it underpins a decentralized data storage ecosystem. With the increasing demand for data permanence in Web3, AR is extensively utilized for NFT storage, on-chain data archiving, and decentralized website applications.

Arweave is a decentralized storage protocol built for permanent data retention. Leveraging a unique data structure and economic model, it enables users to pay a single upfront fee to store data indefinitely. With the rising demand for Web3 and on-chain data, Arweave has become widely adopted for NFT storage, decentralized websites, and data archiving.