"TAPROOT"

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The Taproot Upgrade is a recent network upgrade that improved the scalability, privacy, and efficiency of the Bitcoin network.

This article introduces three BIP proposals related to Taproot.

Explore the transformative impact of Taproot Assets on Bitcoin's blockchain. Learn how this upgrade revolutionizes digital asset management, enabling advanced smart contracts and DeFi innovations, and enhances Bitcoin's transaction security, privacy, and versatility.

This article provides an overview of the situation after the Bitcoin Taproot upgrade and offers insights into future development directions and application expansions.

This article compiles the new protocols and noteworthy technological routes that have been propelling the Bitcoin ecosystem since 2023.

Leveraging Bitcoin technology, Nostr Assets is a decentralized protocol that brings taproot assets and Satoshis to the Nostr ecosystem.

This article introduces the Bitcoin ecosystem, explaining Ordinals' BRC20, optimized Atomicals, as well as the RUNE protocol and Taproot Assets.

This article discusses significant upgrades to Bitcoin achieved through community consensus, including SegWit and Taproot, as well as the upcoming OP_CAT upgrade.

In this diversified ecosystem, Taproot Asset and Flash Protocol, as the latest technological breakthroughs, not only enhance the efficiency and security of the Bitcoin network, but also provide more possibilities for users and developers. This article will delve into the innovation behind these technologies and their unique position in the current market.

This article combines Ordinals to bring new norms to the BTC ecosystem, examines the current challenges of BTC scalability from the perspective of asset issuance, and predicts that asset issuance combined with application scenarios such as RGB & Taproot Assets have the potential to lead the next narrative.

The article provides an in-depth exploration of the development history of Bitcoin technology, especially its challenges in handling large-scale applications and transaction scale. The article analyzes the limitations of Bitcoin's original technology, such as the UTXO model, non-Turing complete scripting language, and the history and reasons of Bitcoin forks. Subsequently, the article introduced in detail several key technologies in the development of Bitcoin, including OP_RETURN, Segregated Witness (Segwit), Taproot technology, as well as Schnorr signatures, MAST and Taproot Scripts. The article also discusses new Bitcoin-based protocols such as Ordinals, Inscriptions, and BRC-20, and how they promote the development of the Bitcoin ecosystem. Finally, the article looks forward to the potential applications of new technologies and their possible impact on future development.

Blockchain is fundamentally an extension of payment scenarios. Stablecoins play a crucial role not only in the cryptocurrency market but also in global payments and cross-border settlements. The introduction of the Taproot Assets protocol suggests a vast potential for stablecoins in high-frequency, low-value payment scenarios and indicates the possibility of widespread adoption of stablecoins as a regular means of payment.

Get an in-depth understanding of the Layer 2 expansion plan in the Bitcoin network, especially the validity proof and fraud proof technology. This article analyzes how to achieve Layer 2 expansion through technological innovation under the strict restrictions of Bitcoin, including Bit Commitment, Taproot, and Connector Output. and contracts, etc.

The article begins with the fundamental principles and technical details of Ordinals technology, analyzing its developmental trajectory and examining the importance and roles played by Segwit and Taproot upgrades. It then delves into the concept of recursive inscriptions, explaining their innovative uses through real-world cases.

The native technologies introduced after Bitcoin's Taproot upgrade in 2021, such as Schnorr signatures and Mast contracts, have made it possible to build a decentralized BTC layer 2 (L2). BEVM utilizes these technologies to propose a decentralized L2 solution based on the Bitcoin lightweight node network, which is considered to be the key to achieving cross-chain trustlessness in BTC.