Trading

Bitcoin SV (BSV) is a blockchain network designed to enable on-chain data storage and large block scaling. Its core mechanism embeds data directly within the trade structure, allowing the blockchain to function not only as a platform for value transfer but also as a system for data recording and verification. With this approach, BSV broadens the definition of "trade" to serve as a "data carrier," making on-chain data both traceable and verifiable.

Bitcoin SV (BSV) is a blockchain that utilizes Proof of Work (PoW). Its tokenomics follows Bitcoin’s issuance model, while incorporating a large-block scaling approach to establish its unique features. BSV’s incentive structure is built on block rewards and trading fees, ensuring network security and stable operations, while also supporting higher transaction and data throughput demands.

The A token, or Vaulta Token, is a core economic asset used to drive the operation of a DeFi yield vault protocol. Its main role is to connect user behavior with protocol revenue through incentive mechanisms and fee distribution. As demand for on chain asset management grows, A is widely used in yield optimization, liquidity incentives, and governance decision making.

Orca is a decentralized trading protocol that enables token swaps through an automated market maker (AMM) mechanism. Its core logic is to complete asset exchanges through liquidity pools rather than relying on an order matching system. Unlike traditional exchanges, users trading on Orca are not matched with other traders. Instead, they swap directly against assets in a pool, making the trading process more continuous and eliminating the need to wait for a counterparty.

IRYS is the native token of the Irys network. Its tokenomics support decentralized data storage, verifiable computation, and network security, serving as the core mechanism that connects data usage with economic incentives.

Irys is a blockchain infrastructure designed for decentralized data storage and a Verifiable Data Layer. Its core idea is that data should not only be stored, but also verified and used in on-chain computation. As Web3 applications demand higher levels of data trustworthiness and availability, this kind of architecture is becoming an important direction for data infrastructure.

Prediction market platform Kalshi has introduced a commodity trade section and integrated the Pyth price oracle for data support. This article outlines how it works and its potential impact on the marketplace.

Spark (SPK) and Aave are both decentralized lending protocols, but they differ significantly in positioning and yield models. Aave is a general-purpose lending protocol built for the open market and supports lending across many assets, while Spark mainly serves stablecoin liquidity and yield management within the Sky ecosystem. Aave places greater emphasis on cross-asset lending markets, while Spark focuses more on improving stablecoin capital efficiency and building a closed yield loop within its ecosystem. Understanding these differences can help users choose the right DeFi lending protocol based on their risk preferences and yield needs.

Spark is an important lending and yield protocol in the Sky ecosystem, mainly providing stablecoin users with on-chain lending, yield generation, and liquidity management services. As key infrastructure connecting the Sky stablecoin system with the DeFi yield market, Spark improves capital utilization through products such as SparkLend, while using the SPK token to support governance and value distribution. As demand for stablecoin yields grows, Spark is becoming an important engine for expanding capital efficiency and protocol revenue within the Sky ecosystem.

SparkLend is the core lending market within the Spark protocol. It allows users to deposit stablecoins to earn interest and enables borrowers to borrow funds by providing collateral. Its yields mainly come from borrower interest and are adjusted automatically through an algorithmic interest rate model that balances capital supply and demand. As a key liquidity infrastructure in the Sky ecosystem, SparkLend not only improves the utilization rate of stablecoin capital but also provides a source of protocol revenue, making it a core module in Spark’s yield loop.

THORChain and traditional cross-chain bridges are both important pieces of infrastructure for enabling cross-chain asset movement, but they differ significantly in how they work and where they are best used. Traditional cross-chain bridges mainly transfer assets by locking them and minting wrapped assets, while THORChain enables direct swaps between native assets through RUNE liquidity pools, without requiring wrapped assets. Compared with the traditional bridge model, THORChain has unique advantages in native asset swap efficiency and liquidity integration, though the two approaches differ in their security models and suitable use cases.

RUNE is the core token of the THORChain network, serving key functions in the cross-chain liquidity protocol, including transaction settlement, node bonding, and liquidity incentives. All cross-chain asset swaps use RUNE as an intermediary settlement asset, while validator nodes must bond RUNE to secure the network. Liquidity providers also receive rewards through RUNE. As THORChain’s cross-chain trading volume and liquidity grow, demand for RUNE increases as well. Its source of value is closely tied to protocol usage, making RUNE the core value carrier in THORChain’s economic model.

THORChain enables direct cross-chain swaps between native assets such as BTC and ETH through liquidity pools and RUNE as an intermediary settlement asset. Users do not need to wrap BTC into WBTC or rely on centralized exchanges. Instead, they complete the cross-chain transaction through a two-step swap path: BTC → RUNE → ETH. With its node validation network and decentralized liquidity pools, THORChain provides a more efficient solution for cross-chain asset movement and has become an important part of today’s cross-chain DeFi infrastructure.

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.

Blockchain.com has introduced Perpetual Futures Trading to its Non-Custodial Wallet, enabling users to use Bitcoin directly as collateral for leveraged trading. This article explores the mechanism behind this feature and examines its implications for trading models.