In the world of cryptocurrency, Bitcoin is a pioneer that has revolutionized the financial system with blockchain technology. One of the most crucial elements in blockchain is the block. A block is a data structure that stores transactions and ensures the integrity of the Bitcoin network. But what are the
Introduction Bitcoin, as the pioneer of cryptocurrency, was initially designed solely for peer-to-peer transactions. However, with the development of blockchain technology, various innovations have emerged to expand its functionality. One of the latest innovations is Runes, a protocol that enables the creation and transfer of tokens on the Bitcoin network
Introduction Bitcoin was originally designed as a decentralized digital currency, prioritizing security and simplicity over advanced programmability. Unlike Ethereum, which supports complex smart contracts through a Turing-complete language, Bitcoin’s scripting language is intentionally limited to enhance security and scalability. However, the introduction of Taproot, activated in November 2021, significantly
Introduction The emergence of blockchain technology has catalyzed the development of new governance structures, among which Decentralized Autonomous Organizations (DAOs) stand out as a radical departure from traditional corporate models. DAOs leverage smart contracts to facilitate decentralized decision-making, eliminating hierarchical control and enabling collective governance. By distributing authority among token
Unspent Transaction Outputs (UTXOs) are a fundamental concept in Bitcoin's blockchain technology. They form the backbone of how Bitcoin transactions are structured, verified, and recorded. This article will provide a detailed explanation of UTXOs, how they work, their importance, and their role in ensuring the security and efficiency
Introduction Bitcoin is a digital currency that allows users to send and receive value without intermediaries like banks. All Bitcoin transactions are recorded in a distributed digital ledger known as the blockchain. This article explores how Bitcoin transactions work, from their basic structure to validation processes and factors affecting speed
Introduction Bitcoin (BTC) operates differently from traditional financial systems. Unlike bank accounts, Bitcoin balances are not stored in a central database or a single location. Instead, Bitcoin balances are calculated based on Unspent Transaction Outputs (UTXOs) recorded on the blockchain. This unique structure enhances transparency, security, and decentralization while allowing
Introduction Bitcoin mining operates in a complex global environment where geopolitical dynamics significantly influence its profitability and sustainability. Key factors such as regulatory policies, energy costs, trade relations, and environmental concerns shape the industry, affecting both large-scale mining operations and independent miners. Over the past decade, Bitcoin mining has shifted
Introduction Bitcoin mining is the backbone of the Bitcoin network, ensuring security and transaction verification through decentralized consensus. However, despite its robust design, the mining process is not without risks. Among the most significant threats are 51% attacks, which can compromise network integrity, along with other security challenges such as
Introduction Bitcoin (BTC) remains the dominant Proof-of-Work (PoW) blockchain utilizing the SHA-256 hashing algorithm, but it is not the only one. Several other blockchains, such as Bitcoin Cash (BCH), Bitcoin SV (BSV), and other lesser-known SHA-256-based projects, compete for mining power. Since mining requires significant computational resources, miners tend to
In Bitcoin transactions, fees play a crucial role in determining how quickly a transaction gets confirmed by miners. If a transaction has a low fee, it may remain stuck in the mempool for a long time. To address this issue, Bitcoin supports a feature called Replace-By-Fee (RBF), which allows users
In the Bitcoin network, transactions with low fees often get stuck in the mempool and are not immediately processed by miners. One solution to this issue is the Child Pays for Parent (CPFP) technique. This method allows a new transaction with a higher fee to help speed up the confirmation