"SPN"

Search result of

Pharos Network is a modular high-performance Layer-1 blockchain, featuring 50K TPS, a dual virtual machine architecture, and an innovative consensus mechanism. This article comprehensively analyzes its scalability, interoperability, and security, covering the execution engine, consensus design, SPN framework, and storage system, revealing how it supports the underlying infrastructure for the integration of AI and DeFi applications.

Pharos focuses on building a Layer 1 blockchain that bridges traditional fintech and Web3 technologies, providing solutions for real-time payments and real-world asset applications. The goal is to develop an ultra-fast, EVM-compatible internet-level blockchain that enhances payment and application security. Currently, the Pharos network is in its internal development stage, with plans to launch a testnet in Q1 2025 and a mainnet in H2 2025.

Pharos is a high-performance EVM-compatible Layer1 project founded by former executives of Ant Group. Its technical architecture is unique, adopting a modular and fully parallel L1 blockchain network, focusing on high performance, low latency, and scalability, supporting heterogeneous computing and cross-chain interoperability.

Superposition is a Layer 3 application chain purpose-built for DeFi. It features native yield mechanisms and utilizes an on-chain order book to enable shared liquidity across the ecosystem, enhancing capital efficiency. This article delves into its mechanisms, ecosystem, and tokenomics.

This Solana ecosystem overview aims to provide an in-depth analysis of the rapidly developing Solana ecosystem by categorizing and organizing over 250 of the most active projects, ranging from the infrastructure layer to consumer applications.

This article comprehensively outlines the scalability paths of Web3 parallel computing, covering mainstream architectures such as Monad, MegaETH, Sui, and Solana. It reveals the key design concepts and development trends of the next generation of high-performance blockchains, from account-level and object-level to the Actor model.