Ordinals put digital graffiti on Bitcoin’s blockchain

The inception of the Ordinals Protocol on the Bitcoin network has sparked extensive debate among enthusiasts and skeptics alike. At its core, the integration of nonfungible tokens (NFTs) on Bitcoin — which the protocol facilitated — is unaligned with Bitcoin’s original design and ethos. It represents a disruptive and unwelcome diversion.

Bitcoin (BTC) was conceived as a decentralized digital currency, primarily focused on facilitating financial transactions. Its design and architecture were meticulously crafted to serve this purpose, ensuring security, efficiency, and accessibility. The introduction of NFTs via Ordinals represents a significant departure from this foundational objective.

Its implementation raised concerns among some developers and users, who describe it as exploiting a vulnerability in the Bitcoin protocol. This perspective suggests that the integration of Ordinals was not a planned or natural evolution of Bitcoin’s capabilities but rather a manipulation of its existing framework. Such a viewpoint casts doubt on the legitimacy and long-term viability of Ordinals within the Bitcoin ecosystem, which also risks diluting its original vision and confusing its user base about its primary function.

Related: Bitcoin fragments could become more valuable than full Bitcoins

More importantly though, the integration of Ordinals into Bitcoin’s ecosystem has introduced more than just digital collectibles; it has ushered in a wave of digital clutter, akin to spam, that contradicts the network’s original efficiency and purpose. This influx of non-essential data is not just an annoyance. It leads to tangible issues such as network congestion and inflated transaction fees, straying far from Bitcoin’s vision of a streamlined, financial blockchain.

PSA: “Inscriptions” are exploiting a vulnerability in #Bitcoin Core to spam the blockchain. Bitcoin Core has, since 2013, allowed users to set a limit on the size of extra data in transactions they relay or mine (`-datacarriersize`). By obfuscating their data as program code,…

— Luke Dashjr (@LukeDashjr) December 6, 2023

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