"SAT"

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Ordinal theory is a new method of inscribing data onto the Bitcoin blockchain, endowing the smallest unit of Bitcoin, the satoshi (sat), with numismatic value, and allowing for the tracking, trading, and transferring of individual sats. It uses different representation methods to enumerate satoshis and describes their rarity based on their position in the blockchain. Inscriptions are a way of recording arbitrary data within a Bitcoin transaction, embedding data onto the Bitcoin blockchain through a two-step transaction process. It has the potential to impact the Bitcoin and cryptocurrency industry in the medium to long term but has also sparked divisions within the community. Inscriptions are also influencing the NFT space, as seen with protocols like Nervos' Omiga and Spore.

This article introduces Satoshi Protocol, the first Bitcoin Layer 2 project compatible with BEVM for EVM development experience. It will guide readers through various aspects of the protocol and how to participate in the Testnet activities. By understanding Satoshi, readers will gain a rough impression of the trends in BTC Layer 2 development.

This article explores inscriptions and their applications on the Bitcoin blockchain, as well as the associated theory of ordinals. By clarifying the confusion between the terms "ordinals" and "inscriptions," this article will help readers understand these two concepts more clearly, delving into their technical foundations and potential impacts on Bitcoin and the crypto industry.

This article explores how the rise of the Revenant Protocol has also led to opinions within the development community regarding its significance.

Recursive inscriptions allow inscriptions to interact with each other, enabling new use cases. The generation of art, on-chain displays, and efficient storage has now become a reality. We can expect promising applications in art generation, chain games, metaverse, and more with the adoption of recursive inscriptions, as killer-level applications are believed to be brewing in the future.

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.