"RAM"

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This article delves into the features, functionality, and role of the EOS blockchain within the cryptocurrency space. Developed by Block.One, EOS is a decentralized platform designed to offer high scalability, efficiency, speed, and environmentally friendly attributes, supporting the development of smart contracts and decentralized applications (DApps). The article provides a detailed explanation of EOS's Delegated Proof of Stake (DPoS) consensus mechanism, the utility of EOS tokens, and the components of the EOS ecosystem. It also discusses the crucial role of EOS RAM as a key resource and how the exSat project leverages EOS's technological advantages to enhance Bitcoin's scalability. Furthermore, the new EOS token economic model, featuring a fixed supply and quadrennial halving cycle, aims to bring stability and sustainability to the EOS ecosystem.

This research piece provides an overview of parallel design architectures for blockchains, using three relevant examples: Solana, Sei, and Monad. It highlights the differences between optimistic and deterministic parallelization and examines the nuances of state and memory access across these chains.

Click to discover the transformative potential of Perlin on decentralized trading and cloud computing.

WAXE is the core governance token in the WAX blockchain ecosystem, based on the Ethereum ERC-20 standard, and has established a smart contract two-way exchange mechanism with the WAX mainnet token WAXP. As an important part of the WAX ecosystem, WAXE supports cross-chain liquidity, decentralized governance, and platform revenue sharing, providing strong support for blockchain games, NFTs, and DeFi services. This article analyzes the technical principles, token economic model, recent market performance, and WAX team's plans for future development, covering important topics such as multi-chain bridge open source. Despite the recent market volatility, WAXE, with its powerful functionality and innovation, remains an important driving force in the blockchain gaming and NFT field.

Monad is an EVM Layer1 that achieves 100,000 TPS through parallel execution technology. After launching its testnet in January, over a dozen projects, including PancakeSwap and Layerzero, announced their participation in the ecosystem. Additionally, Monad recently completed a $225 million funding round. This article will explore Monad's architectural design, technological innovations, and key features.

Explore Aleph.im, an open-source, decentralized peer-to-peer network revolutionizing decentralized infrastructure through Decentralized Physical Infrastructure Network (DePIN) solutions. Learn how Aleph.im addresses data storage, compute power, and blockchain interoperability for a truly decentralized future.

Vara Network is a decentralized network powered by the Gear protocol. It provides developers with an environment to build decentralized applications (dApps).

This article provides a detailed introduction to the exSat project, an innovative initiative using EOS technology to expand the Bitcoin ecosystem. It explores how exSat leverages its expansion module concept, dual consensus mechanism, and data mapping technology to offer more efficient and secure transaction processing and data management for the Bitcoin network. The goal of exSat is to drive the broad application of Bitcoin in areas like DeFi, GameFi, and NFTs through its unique technical architecture and fair tokenomics, bringing new vitality to the Bitcoin ecosystem.

The article delves into the motivations behind Arbitrum Stylus, its implementation details, and its impact on the Web3 space.

This article introduces the principles, challenges and future optimization plans of FHE.

Spheron is a decentralized platform that taps into global computing resources, empowering users to flexibly and efficiently engage with advanced networks and deploy large-scale edge AI workloads. Through its Decentralized Compute Network (DCN), Spheron connects retail GPU providers and data centers to create a secure, seamless ecosystem that delivers the computational power users need.

Explore how multidimensional EIP-1559 optimizes Ethereum's gas efficiency by separating resource costs, enhancing scalability, and improving network utilization.

This article introduces the concepts of co-processors and Rollup, as well as the modular separation of future blockchain computation and verification.

The article delves into the heated debate within the Ethereum community regarding increasing the gas limit, analyzing its potential impact on transaction throughput, gas fees, network activity, DApp development, and Ethereum's "impossible trilemma." It reviews the history of proposals to raise the gas limit, discussing technical considerations such as block size, execution time, validator hardware requirements, and MEV (Maximal Extractable Value) revenue. The article also highlights the risks and opportunities that this change may bring.

We should increase the gas limit at the right time, but currently, gas fees are already relatively low. The real focus should be on managing the network's long-term sustainability and performance, rather than simply raising the gas limit.