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The CBRC-20 standard is an inscription standard built based on the BRC-20 standard with an added Metaprotocol and metadata field created by the Ord 0.10 upgrade.

Cursed inscriptions are inscriptions not indexed by the ordinals protocol, resulting from bugs and thus considered invalid. However, since the properties of cursed inscriptions are not significantly different from regular inscriptions, Casey introduced negative inscriptions to categorize cursed inscriptions while maintaining the stability of the existing inscription numbering system. Hence, cursed inscriptions are also known as negative inscriptions.

This overview delves into the concepts of inscriptions and ordinals. Before exploring these concepts, a stroll through the history of storing arbitrary data on Bitcoin is taken to understand why these ideas are not entirely new.

This article briefly analyzes the Bitcoin Ordinals protocol with pictures and text.

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.

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 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.

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

This article analyzes the pure consensus-based meme coin ORDI.

This article introduces in detailRunes protocol and analysis of its advantages and disadvantages.

This article introduces several classic memes and discusses projects and meme culture related to blockchain.

Recently, besides the booming "shiba inu donations" in the SOL ecosystem, there's also a project in the BTC ecosystem generating huge buzz, leading to a revival of the entire BTC NFT sector. This is the community-acknowledged leader of the rune segment—Runestone.

Explore RunesTerminal, a platform using Bitcoin's blockchain with the innovative Runes Protocol to offer tools for token creation, project launches, and blockchain exploration.

This article introduces the new inscription protocol CBRC-20.

The success of runes will depend on user experience. If the broad compatibility of runes is quickly integrated and utilized, there is a good chance that they could replace BRC-20. In addition to storing token balances in UTXOs and shifting trust from the indexer level to the Bitcoin blockchain, runes should be easier to integrate with L2 solutions, bridges, and other DeFi applications.