Blockchain

This article introduces several EVM-compatible blockchain projects expected to issue tokens in the second half of the year, including Monad, Aleo, Berachain, and others. These projects have total funding amounts ranging from tens of millions to several hundred million dollars, covering high-performance blockchains, privacy public chains, Layer 2 solutions, and more. They aim to advance the Ethereum ecosystem by increasing transaction speeds, enhancing privacy protection, and scalability.

This article takes a deep dive into the structural problems within the cryptocurrency venture capital scene, examining how large VC firms invest in infrastructure projects and the impact these investments have on the market and project valuations. It also compares the Solana and Ethereum ecosystems to assess their respective strengths and challenges, offering practical strategies and advice for both founders and investors.

The web3 growth stack feels inevitable—web3 companies need to understand their users, deeply engage them, and reach new ones. This report delves into this rapidly emerging industry, offering a comprehensive overview of the most promising web3 growth companies. It includes both publicly announced and privately shared fundraising data, providing a detailed snapshot of the industry today.

Discover Sanctum's groundbreaking approach to liquid staking on Solana. Learn how Sanctum is solving the staking dilemma with its unified liquidity layer, enabling infinite LSTs, better UX, and a thriving ecosystem.

Explore Karat, the innovative blockchain platform merging Web2 and Web3 identities to empower users with control over their digital data.

Gamium (GMM) is a digital avatar platform enabling users to create, experience, and monetize identities across virtual worlds.

Explore ZKThreads' role in blockchain scalability and interoperability, using zero-knowledge proofs and execution sharding for improved performance.

With the mainstream market experiencing fluctuations, the Memecoin market remains hot, and the Pump.fun protocol has hit a record high in revenue. Sun.pump is revitalizing the Tron chain, while Moonshot and MakeNow.Meme are introducing new features on the BNB chain. This article comprehensively analyzes Memecoin platforms across different blockchains, highlighting their competitive advantages and market performance. It delves into Pump.fun's asset issuance innovations, MakeNow.Meme's market-making improvements, Moonshot's traffic leverage with DEX Screener, and Sun.pump's rapid rise. The article also touches on Memecoin platforms on Base, Aptos, Avalanche, and Fractal Bitcoin, and discusses current market challenges and future growth prospects.

This article provides a detailed comparison of two innovative projects, Monad and MegaETH, which are both working to expand the Ethereum ecosystem through unique technological approaches. It offers an in-depth look at Monad’s Layer 1 innovations and MegaETH’s Layer 2 solutions, exploring how these projects overcome performance limitations to enable high-efficiency transaction processing.

This article delves into the privacy protection issues in blockchain technology, emphasizing the importance of privacy as a fundamental human right for freedom and democracy. It provides a detailed introduction to Privacy-Enhancing Technologies (PETs), including zero-knowledge proofs, multi-party computation, fully homomorphic encryption, and trusted execution environments. The article analyzes these technologies in terms of their generality, composability, computational efficiency, network efficiency, degree of decentralization, and cost. It also discusses practical application cases for these technologies and explores how hybrid approaches can leverage the complementary strengths of different techniques.

The Tanssi Foundation has announced the expansion of its blockchain infrastructure protocol to Ethereum, enabling the rapid launch of Active Verification Services (AVS), a decentralized network service. By partnering with Symbiotic's re-staking protocol, Tanssi provides developers with an efficient way to leverage Ethereum's security. This article details how AVS addresses the decentralization, customization, and interoperability shortcomings of Rollup technology, and how Tanssi simplifies the development process, reducing project launch times.

This article explores the origins of finance, the limitations of traditional financial systems, and the revolutionary potential of decentralized finance (DeFi). It explains the evolution of money and the origins of modern banking, highlighting the adverse effects of credit scoring systems on new participants. DeFi, with its transparent and fair rules and open access for everyone, offers a new way to participate in finance, free from geographical or social constraints.

This article delves into the origins, features, and challenges of Bitcoin as the world's first decentralized cryptocurrency. It analyzes Bitcoin's level of decentralization, its finite supply, and why it is referred to as "digital gold." The article also discusses Bitcoin's limitations in transaction speed and smart contracts. It introduces upgrades like SegWit, the Lightning Network, and Taproot, which have been adopted to improve transaction efficiency and scalability. Additionally, the article explains how Ordinals technology enables Bitcoin to support NFTs and how Layer 2 solutions such as Liquid Network and rollups enhance Bitcoin's functionality. Finally, it looks ahead to the future development of Bitcoin's programming, including cross-chain compatibility, DeFi potential, and native application platforms, highlighting the innovation and evolution within the Bitcoin ecosystem.

As one of the earliest stablecoins introduced in 2018, WBTC played a pioneering role in bringing Bitcoin liquidity into the DeFi and Ethereum ecosystems in 2022. This article explores the operational mechanism of WBTC and provides an overview of the current state of decentralized Bitcoin stablecoins.

The Arweave network uses a novel form of storage endowment in order to ensure permanence of the information that it stores. In this post we will detail and discuss how the storage endowment works, then study its properties and risk profile using Markov chain simulations of its execution.