Bitcoin

The core structure of the Babylon Protocol is the Babylon blockchain, which is a POS blockchain built on the Cosmos SDK and compatible with Cosmos IBC. It enables data aggregation and communication between the Bitcoin chain and other Cosmos application chains. Users can lock Bitcoin on the Bitcoin network to provide security for other POS consumption chains while earning staking rewards. Babylon allows Bitcoin to leverage its unique security and decentralization features to provide economic security for other POS chains.

Master Protocol is an interest rate swap market and points accelerator aimed at solving BTC Layer 2 liquidity issues. This article gives an in-depth overview of the three main products of Master Protocol and provides a step-by-step guide for participating in airdrop activities, including NFT staking, trade mining, and the invitation system.

Explore the core functionalities of Avalon Finance. Learn how to borrow, lend, and earn passive income on your crypto holdings through this user-friendly DeFi platform built for the Bitcoin ecosystem. .

Since April, the Bitcoin ecosystem has been buzzing, indicating a possible third wave of growth. The community's excitement peaked with the launch of the Runes protocol on the mainnet, as everyone scrambled to get ahead. However, project teams snapped up early runes, driving Gas prices to unbelievable levels. This article explores the current status of the first nine runes.

This article reviews various Bitcoin liquidity solutions to guide readers through the development and technical principles of these projects. It aims to provide a comprehensive overview of the latest advancements, helping users better utilize Bitcoin assets and explore more application scenarios.

Explore how Lorenzo Protocol transforms staked BTC into liquid restaking tokens, enhancing liquidity and enabling participation in DeFi. Learn how Lorenzo enables Bitcoin's liquidity, making it more versatile and accessible for users across the DeFi ecosystem.

Contracts, simply put, are restrictions on how tokens can be transferred, allowing users to specify the distribution of UTXOs through contracts. Many scaling solutions, such as the Lightning Network, are based on this principle, demonstrating that Bitcoin's scaling solutions heavily rely on introspection and contracts. In the crypto world, the most common method is commitment, often achieved through hashing. To prove that we meet the transfer requirements, a signature mechanism is needed for verification. Thus, contracts involve many adjustments related to hashing and signatures.

This article delves into the roots of value investing and how it can be applied to Bitcoin. It traces the philosophy from its inception in the late 1920s by Benjamin Graham and David Dodd to its refinement by Warren Buffett and others. While Bitcoin isn't a traditional security, the core principles of value investing - including a long-term perspective, contrarian thinking, and the power of compounding returns - can be applied to Bitcoin analysis. The article suggests that understanding Bitcoin's investment value and potential is enhanced through a value investing lens.

The Bitcoin community is continuously evolving with technological advancements, leading to new features. Different address formats are one such result of these advancements. This article explains why there are multiple address types in Web3 Bitcoin wallets and what each type is used for.

The Rune-Specific Inscription Circuit is a system built on Bitcoin’s Ordinals protocol for creating Non-fungible tokens that allow users to mine Bitcoin inscriptions.

This article discusses BTC market dynamics and the challenges of the "buy the dip" strategy, and addresses readers' concerns about Bitcoin Core client no longer supporting private key import. It concludes that Bitcoin Core still supports private key import, just requiring new methods.

This article analyzes the current state of decentralized finance (DeFi) on Bitcoin, introducing the emergence of meta-protocols such as Ordinals, Runes, BRC20, and TAP, and the challenges faced when trading tokens.

This article analyzes the recent panic in the cryptocurrency market, focusing on the large short positions in Bitcoin futures at the Chicago Mercantile Exchange (CME). Since launching BTC futures trading in 2017, CME now holds 28.75% of the market. Currently, CME's short positions amount to $5.8 billion, raising concerns about large-scale shorting of BTC by Wall Street. The author analyzes the data and suggests that these short positions are likely due to institutional investors arbitraging the price difference between CME futures and Bitcoin spot ETFs, rather than simply being bearish on the market. The article also discusses the potential impact of this arbitrage strategy on ETF net inflows and Bitcoin prices, urging investors to reassess the significance of the relevant data. Additionally, it points out that there are still bearish forces in the market, so caution is advised.

This article explains how these assets enhance Bitcoin's functionality through improved tools, wallets, and platforms, attracting more capital. It specifically mentions that although there are challenges in trading and using non-BTC assets, the experience is steadily improving with technological advancements, bringing new speculative and innovative opportunities to the Bitcoin community.

"Cryptonomicon" presents rich historical and technical details, attracting lots of readers while highlighting the importance of cryptographic technology in ensuring information security and personal privacy. Neal Stephenson and Bitcoin Foundation co-founder Peter Vessenes jointly founded Lamina1, aiming to create a truly open metaverse. By providing robust technical infrastructure, it allows users to seamlessly switch between different virtual worlds, enjoying a consistent digital experience and laying a solid foundation for the evolution of the Web3 ecosystem.