"ASTER"

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The article not only analyzes the background and significance of MC Launch, but also details the technical highlights and market performance of Aster, comparing it with other similar platforms and functions to analyze MC's new role and strategic direction in the cryptocurrency field.

Hidden orders allow users to trade perpetual contracts without revealing their trading intentions, thereby reducing slippage and market impact.

Gate Research Daily Report: On May 16, BTC and ETH remain in a consolidation range, with short-term price action likely to stay range-bound; most altcoins are pulling back, while new token MapleStory NXPC surges over 13x on launch; BlackRock's BUIDL fund completes its first DeFi protocol integration; CoinMarketCap launches CMC Launch platform.

Polkadot is currently a remarkable project in the blockchain field. With the gradual advancement of the Ethereum upgrade, Polkadot's performance and architectural advantages have suffered a lot, but it remains one of the most powerful competitors in terms of public chain infrastructure. If Bitcoin represents blockchain 1.0 which has opened up the crypto world, and Ethereum represents blockchain 2.0 which has promoted technology applications. In that case, when it comes to blockchain 3.0, it is surely represented by the popular cross-chain project - Polkadot (DOT). Polkadot neither loads smart contracts nor runs blockchain programs, but tries to establish an intermediate chain (Relay Chain) that can connect to other public chains and allows them to achieve reliable Interchain Message Passing (ICMP). The "Father of Polkadot'' Gavin Wood intended to use Polkadot to realize the interconnection between different public chains, thereby making it the Internet of blockchains. ## Polkadot’s team The major organizati

The article explores the application of parallel execution technology in the blockchain domain, particularly how it enhances transaction efficiency, reduces costs, and improves user experience. Solana, as a pioneer of parallel execution, demonstrates its advantages in processing speed and throughput. The article provides a detailed explanation of how blockchain transactions work, including the transaction lifecycle, the role of the mempool, and the operation of blockchains without a mempool. Parallel execution allows blockchains to process multiple non-conflicting transactions simultaneously, thereby increasing network throughput and scalability. The article also discusses different models of parallel execution, including deterministic and optimistic models, and analyzes the teams and projects driving parallel execution in the market, such as Solana, Parallel EVM, Sei Network, Monad, Move language, Aptos, Sui, and Movement Labs.