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Stride is a liquid staking protocol operating in the Cosmos ecosystem, which is built on the Tendermint consensus mechanism. Utilizing the Cosmos SDK, Stride leverages features such as Inter-Blockchain Communication (IBC) and inter-chain queries, enabling it to facilitate liquid staking across multiple chains.

The article explains how shared sequencers increase inter-chain composability and efficiency, and facilitate decentralization.

This article, written by Jan Liphardt, Associate Professor of Bioengineering at Stanford University, delves into the challenges and opportunities of integrating autonomous intelligent robots into human society, as well as the key role blockchain technology plays in this process. The article analyzes the potential applications of intelligent robots in fields such as education, healthcare, and defense, discussing how technologies like decentralized governance and smart contracts support human-robot collaboration and inter-robot collaboration, driving the rapid development of autonomous intelligent robots.

Find out how Composable Finance aims to improve the De-Fi industry through composability.

This article explores how the decentralized cross-chain liquidity network represented by Chainflip will promote the unification of DeFi liquidity.

Discover the transformative potential of Polymer Labs in blockchain interoperability in this article. Explore how their cutting-edge technology is bridging networks and shaping the future of DeFi and NFTs.

In this article, we will examine the methodologies pursued by blockchain infrastructure in the past and present, and discuss the future direction that blockchain infrastructure should take. We will also explore which form of blockchain is most suitable for this division of labor structure.

This article provides a detailed overview of EigenLayer, an innovative platform aiming to expand decentralized trust boundaries through re-staking and Liquid Re-Staking Tokens (LRT). It explores how EigenLayer utilizes a dual-token model and the concept of intersubjectivity to address blockchain governance and decentralized trust challenges. EigenLayer allows validators to use ETH securing Ethereum to protect Active Validation Services (AVS), thereby enhancing capital efficiency and creating a more interconnected and resource-efficient ecosystem. The article also discusses EigenLayer's dual-token model, fork mechanism, and their adaptation within the broader crypto ecosystem.

Discover Octopus network, a blockchain platform using AppChains for improved scalability, efficiency, and secure decentralized apps.

Explore Phantasma's blockchain evolution—governance, dual tokens, NFTs, and more. Uncover the future of decentralized applications and blockchain technology.

Sharding is the core solution to the blockchain scalability problem. It divides the blockchain network into multiple independent shards to enable parallel processing. This article introduces sharding technology's origins, types, and implementation strategies. It provides an in-depth analysis of different forms such as network sharding, transaction sharding, and state sharding, exploring their advantages and challenges. Using examples such as Ethereum 2.0's Danksharding, it discusses how sharding technology enhances blockchain performance and interoperability, offering new ideas for the sustainable development of the blockchain ecosystem.

There is heated debate about Layer3, with some highlighting the applications of on-chain arbitrage and Zero-Knowledge (ZK) technology, while others focus on the AVS staking and reward-punishment mechanisms of Eigenlayer. The significance of Layer3's expansion lies in its autonomous characteristics, which can achieve interoperability and a trusted environment between multiple chains through ZK technology and reward-punishment economic mechanisms. Therefore, Layer3 should be customized based on application scenario needs, rather than simply being stacked and extended.

Talus Network is an emerging AI project aimed at integrating AI with blockchain technology to create a decentralized AI agent hub. The project has secured a $3 million financing round led by Polychain Capital and has released a whitepaper to further elaborate on its scope of operations and token economics. Talus offers a high-throughput L1 blockchain to address issues of data privacy, security, and accessibility, facilitating transparent interactions within the AI ecosystem. The whitepaper summarizes Talus's key technological components and new features, including the Protochain Node, Sui Move, MoveVM, IBC protocol, mirror objects, and AI stack. The TAI token serves as the core of the ecosystem, performing critical functions such as transaction mediation, resource acquisition, network security, and governance. Talus's use cases span across user experience enhancement, DeFi, DAOs, Internet of Things (IoT), Gaming/SocialFi, as well as AI and data ecosystems.

Coreum (COREUM) is a blockchain platform for businesses, designed for scalability, security, and decentralized applications.

Osmosis (OSMO) is a decentralized exchange built on the Cosmos blockchain. It allows for the trading of any Cosmos SDK-based token with high liquidity.