"$FUR"

Search result of

This article proposes using a simple and explainable algorithm to provide real-time NFT pricing, and also suggests a prediction mechanism that allows stakeholders to participate fairly in price discovery.

This article explores the issue of bank account freezing arising from cryptocurrency transactions, analyzing risks and responsibility allocation through a specific case study.

This article takes a comprehensive look at XION's vision and how it can help Web3 achieve mass adoption.

Built on the Cosmos SDK, Berachain is an L1 blockchain compatible with the Ethereum Virtual Machine (EVM). It originates from the Bong Bears NFT series. Renowned for its unique community culture and strong brand power, the project has raised $420.69 million in seed funding. At the core of Berachain lies the Proof of Liquidity (PoL) mechanism, aimed at addressing some issues in Proof of Stake (PoS) networks, such as the balance between economic security and ecosystem liquidity, stake concentration, and coordination between dApps and underlying protocols. Berachain boasts a robust ecosystem with over 60 projects and has attracted significant attention from users and capital.

This article provides a comprehensive guide for newbies to engage in cryptocurrency futures trading on Mac. We introduce how to choose the right trading platform, set up a trading account, analyze market trends, engage in futures trading, and secure the account. Cryptocurrency futures trading offers more profit opportunities but also comes with higher risks. Therefore, newbies need to understand market dynamics, adopt appropriate trading strategies, stay vigilant, and ensure asset security. By selecting a reliable platform, mastering basic trading skills, and setting up security measures, you can smoothly embark on the journey of cryptocurrency futures trading on Mac.

The Pi node is an important part of the Pi network, allowing ordinary users to participate in the transaction verification and consensus process of the blockchain. Pi nodes run through desktop applications using the Stellar Consensus Protocol (SCP) mechanism rather than traditional Proof of Work (PoW). Nodes are divided into three participation levels: computer applications, nodes, and super nodes, each level having different responsibilities and functions. The goal of the Pi network is to gradually achieve decentralization, where in the future, users can not only verify transactions but also contribute computing resources to participate in network construction. Although there are currently no direct rewards in the Testnet phase, Pi nodes provide users with a simple way to participate in blockchain development, with reward mechanisms expected to be introduced in the future.