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This article introduces the RSK Infrastructure Framework (RIF) and its foundational services, including domain services, storage, payment, and lending, which support DeFi application development. As part of the RSK platform, RIF offers a comprehensive suite of unified protocols and interfaces.

Click to learn about the Rootstock sidechain and how it facilitates faster transactions.

Follow along to learn all about Sovryn and all its great features that push the boundaries of decentralized financing. Learn what makes it tick and why you should be a part of it.

In May 2024, the Bitcoin (BTC) halving will be one of the hottest events in the market. As the halving approaches, more funds will focus on Bitcoin, drawing investor attention to the Bitcoin-derived ecosystem. Layer 2, with its compelling narrative, is likely to become a preferred target for alpha-seeking capital. This article provides an overview of the current BTC Layer 2 concept race and introduces representative projects, including Stacks, RSK, and the Lightning Network.

Tokenized bitcoins are tokens that mirror the value of Bitcoin, allowing seamless transactions on different blockchains, notably Ethereum, opening doors to a more interconnected financial landscape.

Bitcoin is like physical gold, serving as an asset and inflation hedge, with a currency value similar to the dollar, reshaping monetary basics. Supporters seek credit and yield mechanisms on its protocol. Brick Towers automates Lightning Network services, optimizing efficiency and capital to meet liquidity needs, minimizing risk, enhancing Bitcoin's utility, offering secure, seamless yield for users.

Recently, the Bitcoin scaling solution, Fractal, achieved a market cap of $6 billion on its launch day—a milestone that took Bitcoin nearly five years to reach. Fractal has ignited a new wave of interest in Bitcoin Layer 2 networks, so let's explore what kind of solution Fractal is and whether there are other potential breakthroughs in space.

Built on the RGB++ protocol, the RGB++ Layer utilizes homomorphic binding and Leap technology to provide a seamless cross-chain interaction experience for native RGB++ assets or inscriptions/runes across UTXO-based blockchains like BTC, CKB, and Cardano without the need for cross-chain bridges. Leveraging CKB's Turing-complete smart contract environment, it establishes the necessary conditions for Bitcoin to achieve complex DeFi functions from asset issuance.

As the fervor around Ordinals and BRC-20 intensifies, a key question emerges: how can Bitcoin scale while maintaining its store of value, ensuring sustainable growth for the future?

Bitcoin Layer 2 is an important part of the development of modern Web3. If Bitcoin wants to maintain its status as one of the major blockchain networks, it needs a way to process transactions quickly and affordably. This article analyzes the Bitcoin Layer 2 track analysis and early and recent Layer 2 projects to provide readers with information on different projects and better understand the applications and routes of Bitcoin Layer 2.

The research report on the development of the Bitcoin ecosystem provides a detailed introduction to the concept of Bitcoin layers and various functionalities to address scalability challenges. The report focuses on four major Bitcoin layers: Stacks, Lightning, RSK, and Liquid, each making unique contributions to the growth and scalability of the Bitcoin ecosystem. More L2 solutions may emerge in the future to meet the growing demand for applications. Bitcoin's role as a native asset and for transaction settlement has sparked discussions and opportunities to expand its use cases.

Bitcoin's Layer2 technology is a payment channel network based on Bitcoin, which can achieve fast, low-cost small payments while providing better privacy protection. Bitcoin's usage scenarios and value have been enhanced through the development of Layer2 solutions and decentralized financial ecology. Currently, hundreds of decentralized applications are built on the Bitcoin second-layer network, including Lightning Network, Liquid Network, RSK and Stacks, etc. Investors need to consider technical risks fully, user acceptance and education costs, and adopt risk management and strategic planning to ensure sustainability and long-term returns of their investments.

The article discusses Bitcoin Layer2 solutions, which are mainly divided into two categories: sidechain and UTXO+ client verification. Sidechains such as Stacks, RSK, Liquid Network and Lightning Network aim to increase transaction speed and scalability, but face centralization and security challenges. UTXO+ client verification attempts to achieve Layer2 ledger sharing while maintaining the characteristics of Bitcoin, but its technical implementation is difficult. The RGB and RGB++ projects attempt to ensure asset security through client-side verification, while BitVM proposes theoretical concepts to enhance Bitcoin's programmability. The article points out that despite the promising prospects of Bitcoin Layer2, most projects are still in their early stages.

Take a deep dive into Sui, the fastest growing blockchain protocol by 2024, exploring its use of the Move programming language and high transaction processing capabilities, and analyzing Sui’s remarkable growth in total value locked (TVL) and daily active users (DAU), providing valuable insights into the technical advantages and market potential of the Sui protocol.

This year, TON and SUI have achieved significant breakthroughs thanks to their unique technical potential. In comparison, Aptos has remained relatively low-profile. Is it struggling to gain traction, or is it quietly accumulating momentum? This article will explore key metrics such as Total Value Locked (TVL), daily active users, daily transaction volume, and meme impact to evaluate Aptos' performance in the competition with other public chains and assess whether it has explosive growth potential.