Technology

This article examines Sui’s object-centric data storage model, its implications for transaction processing, and its potential.

Puffer uses Restaking to build a more efficient Based Rollup, with decentralized sequencers and better cross-chain liquidity interaction. Based Rollup and mainstream Rollups will shape different ecosystems within Ethereum.

In-depth analysis of how multi-virtual machine (Multi-VM) architecture becomes the best solution to solve the scalability and performance bottlenecks of blockchain, and explore how Mango Network uses OPStack technology and MoveVM to build an efficient blockchain network that supports cross-chain communication. It also analyzes the technical advantages and market positioning of Mango Network, providing comprehensive analysis and insights for readers interested in blockchain technology, DeFi and cross-chain interoperability.

This article discusses how EIP-7702 could be adopted by wallets, users, dApps, and embedded wallets, and envisions a future adoption cycle.

This article dives into the approval mechanisms of Approve and Permit on Ethereum, exploring their practical differences and impact. It analyzes how the Permit mechanism helps reduce user costs in high gas fee environments, while also discussing potential security risks and offering practical safety tips.

Get an in-depth understanding of the Layer 2 expansion plan in the Bitcoin network, especially the validity proof and fraud proof technology. This article analyzes how to achieve Layer 2 expansion through technological innovation under the strict restrictions of Bitcoin, including Bit Commitment, Taproot, and Connector Output. and contracts, etc.

This article introduces the concept of Application-Specific Sequencers (ASS) and their application in decentralized applications.

Bridges play that role for on-chain capital today. They determine how money should be routed to get the user the most value or speed for their capital when a user wants to go from one chain to another.

This article analyzes the key elements in tokenomics design for Layer 1 blockchain projects, exploring how projects like Berachain, Initia, and Injective drive network growth through innovative token models. It discusses the importance of mechanism design, architectural alignment, and value capture, while also providing concrete examples of how these projects achieve the "token flywheel effect."

Plume Network is leading a new trend in Real-World Asset Tokenization Finance (RWAfi) through its modular blockchain platform. The article provides an in-depth analysis of Plume's technical architecture, including the Plume Arc tokenization engine, smart wallets, and the Data Highway real-time data feed system. It explains how these features assist institutions and investors in easily managing RWAs, while also exploring the significance of RWAfi and how Plume's innovative technology is shaping the future development of the financial sector.

This article introduces the Interwoven stack of Initia, which aims to support a modular blockchain ecosystem, particularly enhancing scalability and sovereignty through Optimistic Rollups. Initia provides an L1 platform that collaborates with multiple Minitias, these application-specific rollups can independently manage execution environments, control transaction ordering, and optimize gas fees. Through the OPHost and OPChild modules, as well as OPinit Bots, seamless interaction between L1 and L2 is achieved, ensuring security, flexibility, and efficient asset transfer.

The bridging landscape has come a long way in the last three years, with each new design improving scalability and capital efficiency. Intent-based bridges are the latest type, introduced for their improved UX and faster speed.

Monad Madness NYC startup competition reveals six award-winning projects, covering areas such as chain abstraction, meme culture, and decentralized leverage.

FBTC resolves Bitcoin’s liquidity issues by linking BTC with the DeFi ecosystem, offering users various ways to earn rewards.

Our goal here is to do an overview of all these proposals, figure out what technical patterns they share, figure out what kinds of new opcodes and other soft fork upgrades they need to function, and create a comparison table of how all the parts fit together. Along the way we’ll also define what an L2 protocol actually is, what kind of scaling Lightning is already capable of, and get an understanding of what improvements we need to do to mempools to achieve all this.