A truly Open Metaverse on Bitcoin скачать в хорошем качестве

A truly Open Metaverse on Bitcoin

The Rise of On-Chain Digital Artifacts: The emergence of Bitcoin NFTs (Ordinals), a protocol that allows individual satoshis (the smallest unit of Bitcoin) to be inscribed with arbitrary data, such as images, text, or code. Unlike Ethereum-based NFTs, which often serve as pointers to off-chain data stored on centralized servers, Ordinals are "digital artifacts" where the data resides permanently and immutably on the blockchain itself. While Ordinals launched on BTC, we argue that the Bitcoin SV (BSV) blockchain provides a superior infrastructure for this technology due to its unbounded scalability, significantly lower transaction fees, and ability to handle massive files without the "block size" constraints that limit BTC. 1Sat Ordinals and the BSV Advantage On the BSV network, the 1Sat Ordinals protocol has become a definitive standard. It utilizes a single satoshi to hold the token data, allowing for efficient tracking and transfer. • Scalability: BSV’s ability to process large blocks (up to 4GB) allows for complex data types, such as high-resolution 3D models and HTML applications, to be inscribed directly on-chain. This contrasts with BTC, where developers often rely on complex workarounds like SegWit and Taproot to store data. • Interoperability: Platforms like 3DOrdi leverage this technology to create a decentralized marketplace for 3D assets. 3DOrdi facilitates interoperability by using open smart contracts, allowing assets to be traded across different marketplaces (like 1Sat.Market) and enabling social micropayments where creators earn fees from "likes" and interactions. • Innovation: Features like recursive inscriptions allow developers to bypass transaction size limits by referencing existing on-chain code libraries, enabling complex applications like on-chain video games. The Failure of the Corporate Metaverse and the "Metanet" Solution A significant portion of the sources analyzes the failure of centralized metaverse initiatives (such as Meta's Reality Labs), attributing their decline to closed "walled garden" ecosystems and a lack of interoperability. The sources propose that a truly open metaverse must be built on a public, scalable blockchain protocol. • The Metanet: BSV is presented as the infrastructure for the "Metanet," a vision where the internet and value transfer merge. In this model, 1Sat Ordinals act as the "TCP/IP of the metaverse," providing a universal standard for identifying and transferring digital assets across disparate virtual worlds. • Protocol vs. Platform: The shift is described as moving from platform-centric design to protocol-centric design, ensuring user sovereignty over identity and assets. Alternative Protocols: STAS Tokens also highlight the STAS (Substantiated Tokens from Actualized Satoshis) protocol as a prominent alternative on BSV. Unlike 1Sat Ordinals, which use inscriptions in transaction outputs, STAS tokens embed metadata directly into the UTXO (Unspent Transaction Output) via smart contracts. While 1Sat Ordinals focus on flexibility and ease of indexing, STAS offers robust "origin-based indexing" and is often favored for regulated use cases like stablecoins (e.g., Centi’s Swiss Franc token) and enterprise loyalty programs. Conclusion Collectively, the an ecosystem where Bitcoin (specifically BSV) is evolving beyond a peer-to-peer cash system into a global data ledger. By enabling permanent, on-chain storage for 3D assets and diverse token standards, BSV aims to provide the foundational layer for a decentralized, interoperable metaverse and a new digital economy.