Search result of SHARD

Exploring the smart contract features of the TON blockchain platform, including its unique asynchronous messaging mechanism, account model, and gas fee model. The article provides a detailed analysis of the TON blockchain architecture, including the design of the main chain, work chains, and shard chains, and how they work together to enhance network throughput and scalability. It also emphasizes the security issues to be mindful of when writing smart contracts and offers practical advice and best practices to help developers avoid common security vulnerabilities.

Meta：U2U Network launched in 2023, distinguishing itself through its modular architecture, multi-shard mechanism, and subnet technology—ultimately emerging as a pioneer in the DePIN field. Its U2DPN technology transforms devices into network nodes, democratizing internet access and strengthening privacy protection. U2U aims to expand its global network by developing SDKs, launching hardware initiatives, and nurturing new projects, thereby reinforcing its position in the decentralized infrastructure sector.

Ethena Labs, the developer of the Ethereum stablecoin USDe, recently announced the launch of its public Mainnet and introduced the “Shard Event” to incentivize users. Backed by Dragonfly Capital and other prominent institutions, the project raised over $14 million, outlining Ethena’s mission and why it is crucial for the success of cryptocurrencies!

The OMNI network is an interoperability protocol across various Rollups, serving as a Layer 1 public chain and the first AVS (Arbitrum Verifier Shard) on the Eigenlayer. OMNI leverages heavy staking on the Eigenlayer to share Ethereum security and utilizes Byzantine Fault Tolerance (BFT) consensus mechanism to process a high volume of transactions while maintaining low latency.

Sharding is the core solution to the blockchain scalability problem. It divides the blockchain network into multiple independent shards to enable parallel processing. This article introduces sharding technology's origins, types, and implementation strategies. It provides an in-depth analysis of different forms such as network sharding, transaction sharding, and state sharding, exploring their advantages and challenges. Using examples such as Ethereum 2.0's Danksharding, it discusses how sharding technology enhances blockchain performance and interoperability, offering new ideas for the sustainable development of the blockchain ecosystem.

zkSharding aims to provide an alternative scaling solution by integrating multiple shards into a unified execution Layer2. This article introduces its features, architecture, and future plans.

Sharding is a database partitioning technique that helps blockchains build scalability, allowing transactions to be processed in parallel by multiple sharding chains to reduce network congestion and increase transactions per second (TPS).

This article discusses the technical aspects of the TON roadmap, emphasizing the continuous advancement of TON in terms of speed and scalability advantages.

Contentos (COS) is a blockchain project focused on content creation, distribution, and monetization with decentralized control.

This article explores the principles and implementation of parallel blockchain technology, analyzing its application in enhancing blockchain scalability and performance. It compares traditional blockchain with parallelized blockchain to reveal how parallel processing effectively addresses network congestion and transaction latency issues. Additionally, the article discusses the potential of parallelization in various decentralized applications, emphasizing its importance in the future blockchain ecosystem, providing blockchain developers and researchers with in-depth insights.

This article analyzes how modular blockchain will change the existing Layer2 architecture.

Parallel EVM is an upgraded version of the traditional Ethereum Virtual Machine. It improves the transaction throughput and efficiency of the blockchain by processing multiple non-conflicting transactions at the same time. Its implementation includes scheduling-based concurrency processing, multi-threaded EVM instances and system-level sharding.

This article explores TON’s development, features, token economics, ecosystem, and future potential.

Using Telegram to explore the interconnection between Web2 and Web3

QuarkChain (QKC) is a decentralized blockchain platform designed to achieve high scalability through sharding, aiming to deliver 100,000+ TPS.