Blockchain

AAVE V4 launched on the Ethereum mainnet in Mar. 2026. This article offers a comprehensive analysis of Aave V4's core upgrades across five key dimensions: architecture, risk isolation, interest rate pricing, liquidation mechanism, and governance cadence. It systematically compares V4 to V3, explores potential impacts and future scaling paths, and enables readers to gain a thorough understanding of the true significance of this mainnet launch.

Vitalik’s redefinition of the L2 role, the emergence of EEZ, and the pressure on Ethereum mainnet revenue are driving the marketplace to reevaluate ETH’s value logic. This article explores whether Ethereum is shifting from an “ecosystem city” to “financial infrastructure” by analyzing four critical aspects: scalability, interoperability, fee structure, and asset pricing.

As Magic Eden Wallet is delisted and numerous crypto products retract, the Web3 wallet sector is entering a period of consolidation. This article examines the true significance behind wallet project closures through four key dimensions: business models, distribution patterns, security costs, and platform competition. It further discusses the characteristics of wallets likely to endure in the future.

Morpho is a protocol designed to improve efficiency in decentralized lending markets. By introducing a peer-to-peer (P2P) matching mechanism on top of traditional liquidity pool models, it enables more favorable interest rate matching. As demand for DeFi lending continues to grow, Morpho has become widely used to enhance capital efficiency and improve yield structures for users.

Morpho combines peer-to-peer P2P matching with liquidity pools to achieve more efficient interest rate matching. Building on traditional lending models, it introduces yield optimization mechanisms that allow both lenders and borrowers to access more competitive rates.

MORPHO is the native token of the Morpho protocol, primarily used for governance and ecosystem incentives. Through its token distribution and incentive design, Morpho aligns user behavior, protocol development, and governance power, establishing a long-term value framework within a decentralized lending system.

The core difference between Morpho and Aave lies in their lending mechanisms. Aave uses a liquidity pool model, while Morpho builds on top of it by introducing a peer-to-peer (P2P) matching system, enabling more efficient interest rate matching within the same market. Aave serves as a native lending protocol that provides base liquidity and stable rates, whereas Morpho acts as an optimization layer, improving capital efficiency by reducing the spread between borrowing and lending rates. In essence, Aave is infrastructure, while Morpho is an efficiency enhancement layer.

Base was once seen as the Layer2 most likely to achieve widespread adoption. Yet, as user engagement declines, a core problem has emerged: robust distribution does not guarantee sustained retention. This article explores the true causes behind Base's growth struggles, examining product features, ecosystem development, and the competitive logic among L2 solutions.

Ontology (ONT) is a blockchain infrastructure centered on decentralized identity (DID) and data collaboration. It aims to enable identity authentication and trusted data exchange in decentralized environments through verifiable credentials and on-chain trust mechanisms. With ONT ID, a dual-token model, and a modular architecture, Ontology allows users to establish trusted relationships without relying on centralized institutions, with applications spanning digital identity, data exchange, and enterprise blockchain use cases.

Ontology’s workflow can be summarized as “identity creation, data binding, credential verification, on-chain consensus, and trust establishment.” Users first create a decentralized identity through ONT ID and bind data or credentials to it. When verification is required, cryptographic signatures and verifiable credentials are used to confirm authenticity. Finally, network nodes record the results through a consensus mechanism, enabling trust to be established without relying on centralized institutions.

Ontology’s use cases center on “identity and data,” including decentralized identity (ONT ID), data ownership, privacy protection, cross-chain trust, and enterprise applications. Through verifiable credentials and on-chain trust mechanisms, Ontology enables identity authentication and trusted data exchange without relying on centralized institutions, providing foundational infrastructure for the data economy.

Meta Description: As a Layer 1 blockchain adopting the PoL consensus, Berachain's ecosystem is growing rapidly. This article delves into Berachain's bArtio testnet, liquidity staking, DEX, and key DeFi projects within the ecosystem, such as Kodiak, Honeypot Finance, and Infrared.

This article provides an in-depth look at KAITO's veToken model, the way AI algorithms measure KOL (Key Opinion Leader) influence, and its unique systems for voting and staking. It highlights how KAITO achieves its goals by managing dissemination nodes and shaping public opinion.

In our previous series, we explored based rollups, booster rollups and native rollups. In this article, we will examine gigagas rollups by looking at what they are trying to solve and how they work

In this article, we’ll examine how Rewards V2 improves upon the MVP, its core innovations, and the broader impact it has on enhancing decentralization and security within the EigenLayer ecosystem.