Blockchain

Flow blockchain leverages role-specific nodes to process transactions and utilizes a resource-oriented model for digital asset management, enhancing both transaction execution efficiency and asset security.

The FLOW token powers the Flow blockchain by covering network fees, enabling staking participation, and rewarding nodes. As the primary asset, it drives the network's operations and underpins value exchange across the Flow ecosystem.

Flow (FLOW) is a blockchain purpose-built for digital assets and large-scale applications. It features an execution architecture based on task specialization, boosting performance and enabling support for complex use cases.

Fintech platform SoFi has introduced XRP deposit capabilities; however, since withdrawals to external wallets are not yet supported, users have expressed concerns regarding asset control. This article will examine SoFi's service model and the marketplace's response.

The Compound Interest Rate Model is an algorithmic mechanism that relies on the Utilization Rate to dynamically adjust both borrowing and deposit interest rates. As the proportion of assets lent out from the liquidity pool increases, the borrowing interest rate rises, while the deposit interest rate also shifts in response. This incentivizes additional capital to flow into the marketplace and helps sustain liquidity equilibrium. As a fundamental component of the Compound lending protocol, the Interest Rate Model governs borrowing costs and fund returns.

Compound is a decentralized lending protocol on the blockchain that enables users to deposit crypto assets via Smart Contracts to earn interest, or to use their assets as collateral to borrow other assets—all without the need for traditional financial intermediaries. The protocol automatically adjusts borrowing rates through algorithms and facilitates community governance with the COMP token, creating a more open, transparent, and permissionless lending marketplace.

Compound facilitates crypto asset lending and borrowing via a decentralized liquidity pool. Users can deposit digital assets into the protocol to earn interest, or borrow other assets by providing collateral. The entire lending process is managed automatically by Smart Contracts, covering asset deposits, cToken minting, loan limit calculation, interest rate adjustments, and liquidation management—all without the need for traditional financial intermediaries.

THORChain (RUNE) is a decentralized cross-chain liquidity protocol that allows users to swap native assets such as BTC and ETH directly, without using wrapped assets or relying on centralized exchanges. RUNE is the core token of the protocol, supporting liquidity settlement, node bonding, and network incentives. As the multichain ecosystem continues to grow, THORChain is becoming an important part of cross-chain DeFi infrastructure, while the value of RUNE is closely tied to protocol usage and liquidity growth.

The BitTorrent network architecture is a data distribution system built on a peer-to-peer (P2P) model, fundamentally enabling decentralized file transfers through direct data exchanges between nodes. In contrast to traditional architectures that depend on central servers, BitTorrent allocates data distribution capabilities to each participating node, allowing the network to function independently of centralized control.

BTT (BitTorrent Token) is a utility token that incentivizes decentralized data transmission and resource sharing. At its core, it establishes an economic mechanism within the BitTorrent network to optimize bandwidth allocation and resource efficiency. By converting voluntary P2P resource exchanges into market-driven, price-based transactions, BTT turns bandwidth and storage into tradable digital assets, advancing the network toward a more efficient, market-oriented structure.

BitTorrent (BTT) is a decentralized file distribution protocol built on a peer-to-peer (P2P) network, enabling efficient data transfer and sharing between users. By dividing files into multiple segments and distributing them across various nodes, BitTorrent achieves content distribution without relying on a central server. As blockchain technology has evolved, BitTorrent has launched the BTT token to incentivize network participants to supply bandwidth and storage resources.

Curve and Uniswap are both decentralized trading protocols built on the Automated Market Maker (AMM) mechanism, yet they differ significantly in their pricing curve designs and use cases. Uniswap uses the constant product formula, making it suitable for trading any asset, while Curve employs the StableSwap curve, which is specifically optimized to enable low-slippage swaps between stablecoins and similar assets. From a liquidity structure perspective, Uniswap prioritizes versatility in asset trading, whereas Curve is designed for capital efficiency in stable asset trades. Each AMM model fulfills distinct roles within the DeFi marketplace: Uniswap serves as a general-purpose liquidity infrastructure, while Curve is the core platform for stablecoin trading and liquidity optimization.

OriginTrail (TRAC) is a data infrastructure protocol used to build decentralized knowledge graphs (DKGs). Its core goal is to provide Web3 and artificial intelligence (AI) with a verifiable, discoverable data network that supports data ownership. As AI and blockchain continue to develop, OriginTrail has been widely applied in data sharing, supply chain traceability, trusted AI data management, and other use cases.

The Terra Classic (LUNC) burn mechanism is a deflationary mechanism that permanently removes a portion of tokens from circulating supply through on-chain rules. It is used to reduce the total supply of LUNC and influence its economic model. As the Terra ecosystem rebuilds after structural changes, the LUNC burn mechanism has been widely applied to transaction taxes, community proposals, and on-chain activity. At its core, it is a design that uses network activity to drive supply reduction.

The Terra Classic (LUNC) tokenomics model is a system of supply, distribution, incentives, and deflationary mechanisms built around its native token, LUNC. It is designed to support network operations, governance, and value transmission. After the Terra ecosystem underwent major structural changes and began reorganizing, LUNC’s token model shifted from a “stablecoin minting-driven” model to a “deflationary and community-driven” model, and it is now used in areas such as transactions, staking, and governance.From a market perspective, the core issue currently facing Terra Classic (LUNC) is its extremely high circulating supply and the inflationary structure left over from its history. As a result, the focus of its tokenomics is no longer expansion, but supply contraction through its burn mechanism and governance adjustments, while still preserving the network’s basic functions. From the perspective of blockchain and digital assets, LUNC is a typical example of a “post-crisis reconstruction token model.” Its ec