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The article introduces Karak Network, a rising Restaking network that incentivizes users to restake for multiple rewards through a scoring mechanism. Karak has garnered high valuations in a short period and launched an early access program allowing users to earn points through restaking, which may later be converted into tokens for airdrops. Technical features of Karak include multi-asset restaking, restaking from anywhere, and a plug-and-play development environment supporting various assets and blockchain ecosystems. Compared to Eigenlayer, Karak offers broader asset support and unique technical advantages, potentially challenging Eigenlayer's dominance in the restaking field. The article also provides a guide on becoming an early participant in Karak and highlights related risks.

AVS stands for Active Validation Services, a term that essentially describes any network requiring its own validation system (e.g., oracles, DA, cross-chain bridges, etc.), which can be understood as projects using restaking services. By comparing Eigenlayer, Symbioticfi, and Karak Network, we can see more mature solutions and development potential, illustrating how AVS and restaking technologies eliminate the burden of building underlying trust networks, allowing projects to focus on developing new features and better decentralization.

This article analyzes the lending mechanisms and architectural designs of different protocols, and also examines the strengths and weaknesses of various approaches, as well as the challenges faced by the industry.

Click to discover how Karak Network blends restaking with an advanced security infrastructure.

This article explains the development and significance of re-staking and liquid re-staking in the ETH market, and analyzes the features and advantages of different re-staking protocols.

Symbiotic and Eigenlayer are two emerging protocols in the restaking field, but their design philosophies are vastly different. Symbiotic emphasizes permissionless and modular features, supports multi-asset and customizable parameters, and uses immutable core contracts, reducing governance risks. Eigenlayer, on the other hand, focuses on ETH and its derivatives, adopts a more centralized management approach, simplifying operations but presenting bundled risks. The launch of Symbiotic and its collaboration with the Mellow protocol offer more options and airdrop opportunities for the DeFi community. The competition and cooperation between the two will further drive the development of the restaking market.

The Threshold Signature Scheme (TSS) is a cryptographic protocol that provides a more secure and efficient way to authorize transactions than other key management systems like multi-sig. It distributes the private key generation and signing process among multiple parties so that no single party has access to the entire key. This makes it more secure against hacking and internal compromises. Additionally, TSS transactions are smaller and cheaper to verify than multi-sig transactions.

Data tokenization is a data protection process that guards against data breaches. It achieves this by restricting access to sensitive data and replacing it with randomly generated strings of alphanumeric symbols that have no correlations with the original data.

Data tokenization is an advanced security system that protects sensitive information from data breaches. Web 3.0 systems utilize data tokenization in securing financial data and optimizing processes in gaming, social media, and NFTs.

Pioneered by EigenLayer, Actively Validated Services (AVS) represent an innovative approach to blockchain security, leveraging the economic security of Ethereum's PoS consensus through restaking. This article delves into the operational mechanisms of EigenLayer AVS, examining its implications within the broader context of omnichain restaking. In this omnichain landscape, the AVS ecosystem is characterized by increasing diversification and competition. While challenges such as technical maturity and security risks persist, AVS promises to become a cornerstone of secure and trusted blockchain infrastructure, driving the growth of the crypto market. This paper offers a comprehensive analysis, providing readers with an in-depth understanding of the AVS ecosystem.

The restaking sector is rapidly evolving. While EigenLayer leads the way, many new competitors and innovators are entering the scene, expanding the use cases and technological boundaries of restaking. This process not only creates new revenue models but also enhances the security and liquidity of the blockchain ecosystem.

This article explores the ongoing innovation and competition within the re-staking ecosystem, suggesting that the ecosystem may undergo significant changes in the coming years, revealing more innovations and opportunities.

This two-part report explores ERC-7281: a new proposal to make cross-chain tokens fungible. Part 1 introduces the problem (non-fungibility of bridged tokens) and analyzes current solutions.

The HAWK token was originally intended to provide financial support for pet charities, but its skyrocketing and plummeting after listing revealed the common scam patterns in the cryptocurrency market. Hailey Welch's token saw its market value soar to $490 million in just three hours, only to plunge by 91% shortly after, resulting in significant losses for many investors. The underlying issues of token concentration distribution, early 'sniping' profits, and the significant risks of celebrity tokens have made this event another typical case in the cryptocurrency field.