Topics of Crypto World

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.

To meet the growing demand for professional traditional finance (TradFi) copy trading, we are excited to announce that Gate's pioneering TradFi Copy Trading service will officially go live on April 2, 2026.

Trust Wallet Token (TWT) is a utility token designed to support the operation and governance of the Trust Wallet ecosystem. It is primarily used for fee discounts, community governance voting, and ecosystem incentives. As decentralized wallets become increasingly important within the Web3 landscape, TWT has gradually evolved into a key medium connecting users, wallet services, and on-chain applications.

Trust Wallet Token (TWT) is a functional token in the Trust Wallet ecosystem. It is designed to enhance user benefits, enable community governance, and support ecosystem incentives. As decentralized wallets increasingly become key entry points into the Web3 ecosystem, wallet tokens have evolved from simple reward mechanisms into tools for governance participation and ecosystem collaboration. In this shift, TWT plays an important role in connecting users with the wallet ecosystem.

Trust Wallet is a multi-chain decentralized wallet, while Trust Wallet Token (TWT) serves as the ecosystem’s utility token, connecting users, the community, and the wallet infrastructure. As decentralized wallets increasingly become entry points to Web3, the role of wallet tokens has grown accordingly. TWT has gradually evolved from a simple governance token into a broader tool for ecosystem incentives and community participation.

The tokenomics of Trust Wallet Token (TWT) is designed around supply control, ecosystem incentives, and long-term development. Compared with single-utility tokens, TWT builds a token economy linked to wallet growth through the combination of supply structure, distribution mechanisms, and ecosystem incentives.

edgeX is a decentralized derivatives trading protocol that combines off-chain order matching with on-chain settlement to achieve performance close to centralized exchanges while maintaining the security of self-custodied assets. As DeFi evolves from simple token swaps to more complex financial instruments, hybrid architectures like edgeX have become widely adopted for supporting high-frequency trading scenarios such as perpetual contracts. Its design reflects a balanced approach within decentralized trading infrastructure, navigating trade-offs between performance, transparency, and verifiability.

edgeX adopts a hybrid model of “off-chain matching + on-chain settlement” for decentralized perpetual contract trading. This design maintains asset self-custody and verifiable outcomes while improving execution efficiency. From order submission to final settlement, each trade goes through matching, risk calculation, and on-chain confirmation. This hybrid architecture has become a typical approach for improving performance in Perp DEX systems.

The core differences between edgeX, Hyperliquid, and Aster lie in their matching mechanisms and architectural paths. edgeX adopts an off-chain matching with an on-chain settlement model, Hyperliquid operates a fully on-chain order book, while Aster uses a modular design to aggregate liquidity and trading mechanisms. These distinctions directly shape each platform’s latency, level of decentralization, liquidity structure, and risk management approach.

In the first quarter of 2026, against the backdrop of overall pressure in the crypto market and increasing project divergence, Gate established a structurally complete spot listing framework through high coverage, a high proportion of first listings, and a meaningful share of exclusive listings, while maintaining relatively stable positive return coverage across multiple post listing time windows. From a data perspective, median returns at 24 hours and 3 days remained consistently positive, with first listings providing stronger return elasticity, non-first listings demonstrating higher success rates of price increases, and exclusive listings reflecting stronger selection capability and mid-term performance. Overall, in a weak market environment, Gate demonstrates a systematic capability to consistently source high quality projects, conduct effective selection, and deliver tangible market outcomes.

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.