Bitcoin's "Anti-Data Spam" Soft Fork BIP110: Collective Miner Resistance, Doomed to Fail?

Foresight NewsPublicado a 2026-07-15Actualizado a 2026-07-15

Resumen

The article discusses the contentious BIP110 proposal, a "data-reducing" soft fork aimed at limiting transactions containing additional data interpretable by external software (such as in Ordinals inscriptions). Proponents argue this data violates network principles, but the author strongly opposes the fork. The core argument is that Bitcoin's fundamental value lies in its open-access, censorship-resistant ledger. Just as free speech protects unpopular opinions, Bitcoin must allow any valid transaction, regardless of its perceived "non-monetary" use. The author contends there's no clear line between monetary and non-monetary transactions, and node operators don't care about transaction details—only validity. Bitcoin's existing protocol limits (block size, sigops) already minimize network strain from data-heavy transactions and have spurred layer-2 innovation (e.g., Lightning Network). BIP110's proposed technical changes are described as the most radical script restrictions since 2010, including capping script sizes, disabling certain Tapscript features, and invalidating upgrades. Its activation process is criticized for having an unusually low 55% miner signaling threshold and a forced activation mechanism with a short timeline. The author argues BIP110 attempts the impossible—controlling how users interpret data on an open ledger—and that those it targets have already adapted to work around it. The proposal is deemed unnecessary, rushed, and lacking consensus. With miners...

Written by: Brandon Black

Compiled by: AididiaoJP, Foresight News

In the small circle of Crypto Twitter, there has been a heated debate over the past year regarding the "Reduction of Data Carriers soft fork" proposal (i.e., BIP110) put forward by @dathon_ohm.

The core logic of this proposal is: certain Bitcoin transactions contain data in their locking scripts or unlocking scripts that, besides the inherent meaning of the Bitcoin script itself, can be interpreted by other software as carrying additional information. Supporters view this as a violation of network principles.

They believe that reducing such transactions is sufficient justification for the most "confiscatory" Bitcoin soft fork to date—its deployment would be faster than the two most recent soft forks, with a lower activation threshold.

Bitcoin is fundamentally an open-access, censorship-resistant, distributed ledger. Anyone can write content onto the ledger by paying a sufficient fee to convince block template builders and miners to include their transaction. The fundamental value of Bitcoin, what distinguishes it from all other ledger systems, lies in this openness. Without it, the Bitcoin ledger would be no different from a bowling alley's scoreboard. Precisely because of this open access, we know Bitcoin will be used by people we dislike.

This is akin to the principle of free speech: if it only protects the speech we like, it is meaningless. The same applies to Bitcoin's open access—if it only permits ledger entries we approve of, it loses its meaning. Therefore, there is no need for us to censor how others construct their ledger entries, just as we wouldn't want others to censor ours.

Supporters of BIP110 might say, "Of course, but this only applies to non-monetary entries! What about purely monetary transactions?" The reality is that there is no clear distinction. Every transaction on Bitcoin creates a record on the ledger by satisfying the conditions of a locking script—consuming input UTXOs and generating new output UTXOs.

Whether a transaction's script is slightly larger or smaller is completely unimportant to node operators or average users. First, I don't care about the details of other people's transactions, just as I don't care what someone orders at a coffee shop. Second, Bitcoin nodes themselves do not make such distinctions. Transactions are only valid or invalid, with varying verification costs (e.g., large multi-signature transactions are costly to verify, while certain Ordinals or OP_RETURN transactions are relatively cheaper).

Some argue that Bitcoin would be a better monetary asset if, like gold, it couldn't be used "in other ways." Imagine if gold couldn't be used for jewelry or industrial purposes—perhaps it would be a purer form of money. But it is precisely the physical properties that make gold a good form of money that also make it popular for jewelry and industrial use.

The same applies to Bitcoin: precisely because it allows anyone to write data by paying a fee, we cannot control how others interpret this data. No matter how we restrict script structures, people will always find ways to interpret these entries differently using software outside of Bitcoin. So, like with gold, we must accept that "other uses" are inevitable. In the gold market, this leads to price distortions from fluctuations in non-monetary demand; in Bitcoin, it may lead to rising fees during surges in block space demand.

However, Bitcoin has two advantages over gold. First, creating Bitcoin transactions that can be interpreted in alternative ways does not directly affect the market for Bitcoin as an asset—unlike gold, the amount of Bitcoin used for these "additional purposes" is actually very small. Second, the Bitcoin protocol was designed from the outset with mechanisms to minimize the burden of such "alternative interpretations" on the verification network. It limits block size and the number of signatures in transactions (sigops), which are the most costly parts of node verification.

These early limitations were set precisely to prevent high-frequency, high-volume abuse of the ledger. These very limitations spurred innovations like the Lightning Network, Ark, Spark, Cashu, and other Layer 2 solutions. Even surges in block space demand from "non-monetary" data have encouraged the use of these more efficient scaling solutions—they can record less on the main chain.

Now that the supposed rationale for BIP110 has been explained (and is clearly untenable), let's look at what it actually proposes to change.

BIP110 would limit the size of locking scripts, limit the number of alternative scripts available in Taproot, invalidate the Taproot annex, remove all upgradeable witness versions and Tapscript versions, remove all upgradeable opcodes in Tapscript, and disable OP_IF and OP_NOTIF in Tapscript. These restrictions would apply only to UTXOs created within approximately 52,414 blocks (about one year) after activation.

Furthermore, BIP110 lowers the miner readiness signaling threshold to 55% (past soft forks typically required over 90%) and implements a node-forced activation mechanism: if insufficient signaling occurs before block 961,632, nodes enforcing this rule will treat unsignaled blocks as invalid, thereby forcing the changes to lock in at block 963,648 and activate at block 965,664.

This would be the most radical restriction on Bitcoin scripting since Satoshi disabled several opcodes in 2010 due to a critical vulnerability (CVE-2010-5137). It seeks to push this change with an unprecedentedly low threshold, an extremely short activation timeline (less than 9 months from BIP numbering to activation), and minimal code review—all justified merely by the fact that people are interpreting ledger entries in ways the proponents disapprove of.

More ironically, those using the "disapproved" data have already updated their software and are prepared: even if BIP110 activates, they will be able to continue embedding similar data. Many of us predicted this in advance because it is fundamentally impossible to restrict how people interpret entries on an open, public ledger using external software.

In summary, BIP110 attempts to do the impossible—restrict how users of an open-access ledger can use it—while the problem it claims to address is already well-handled by Bitcoin's existing protocol limitations. It also seeks to force this through with an irresponsible short timeline, rushed code review, and a disregard for ecosystem consensus. Fortunately, Bitcoin is not such a fragile system; this reckless attempt at modification will not succeed.

Miners have already explicitly rejected BIP110, and developers, investors, KOLs, and the business community have voiced their opposition. By August this year, this "attack" on Bitcoin's consensus rules will end in failure, and Bitcoin will emerge stronger, continuing to produce blocks at a steady pace—one block at a time.

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Preguntas relacionadas

QWhat is the core argument against the BIP110 'anti-data-spam' soft fork proposal according to the article?

AThe core argument is that BIP110 violates Bitcoin's fundamental principle of being an open-access, censorship-resistant ledger. The proposal's goal of restricting certain data inscriptions is seen as contradicting Bitcoin's core value proposition. Just as free speech must protect unpopular speech, an open ledger must allow transactions one might disapprove of. The article argues the 'problem' BIP110 claims to solve is already managed by Bitcoin's existing protocol limits (like block size and sigops), and its proposed changes are therefore unnecessary and harmful.

QWhat specific technical changes would the BIP110 soft fork implement, as listed in the article?

ABIP110 would: 1. Limit the size of locking scripts. 2. Limit the number of alternative scripts available in Taproot. 3. Make the Taproot annex invalid. 4. Remove all upgradeable witness versions and Tapscript versions. 5. Remove all upgradeable opcodes in Tapscript, and disable OP_IF and OP_NOTIF in Tapscript. These restrictions would apply to UTXOs created for approximately one year (around 52,414 blocks) after activation.

QHow does the activation mechanism for BIP110 differ from previous Bitcoin soft forks, and why is this controversial?

ABIP110 lowers the miner readiness signaling threshold to 55%, compared to the typical >90% requirement for past soft forks. It also implements a node-enforced activation mechanism: if insufficient signaling occurs by block 961632, nodes implementing the rule will treat non-signaling blocks as invalid, forcing a lock-in at block 963648 and activation at block 965664. This is controversial because it uses an unprecedented low threshold, a very short activation timeline (less than 9 months from BIP numbering), and a coercive 'flag day' activation, which is seen as rushing the change and disregarding broader ecosystem consensus.

QAccording to the author's analogy, why is it futile to try to prevent 'non-monetary' uses of the Bitcoin ledger?

AThe author uses the analogy of gold: the physical properties that make gold a good monetary asset (like durability, fungibility) also make it useful for jewelry and industry. Similarly, Bitcoin's property of allowing anyone to pay to write data means we cannot control how others interpret that data with external software. Any attempt to restrict script structures can be circumvented, as 'non-monetary' interpretations happen outside the protocol. Therefore, like with gold, these 'other uses' are an inevitable consequence of Bitcoin's core properties.

QWhat is the current state of the BIP110 proposal as described at the end of the article, and what is the predicted outcome?

AThe article states that miners have clearly rejected BIP110, and developers, investors, influencers, and the business community have also voiced opposition. It predicts that by August of the article's year, this 'attack' on Bitcoin's consensus rules will end in failure. The author concludes that Bitcoin will emerge stronger from this attempt and continue producing blocks at its steady pace.

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A diferencia de Bitcoin, que proporciona un papel de almacenamiento de valor ampliamente reconocido, este token parece centrarse en aplicaciones y características más amplias. Aspectos notables incluyen: Infraestructura Blockchain: El token está construido sobre la blockchain de Solana, conocida por su capacidad para manejar transacciones de alta velocidad y bajo costo. Dinámicas de Suministro: ORO DIGITAL tiene un suministro máximo limitado a 100 cuatrillones de tokens (100P $BITCOIN), aunque los detalles sobre su suministro circulante no se han divulgado actualmente. Utilidad: Si bien las funcionalidades precisas no están delineadas explícitamente, hay indicios de que el token podría ser utilizado para diversas aplicaciones, potencialmente involucrando aplicaciones descentralizadas (dApps) o estrategias de tokenización de activos. ¿Quién es el Creador de ORO DIGITAL ($BITCOIN)? En la actualidad, la identidad de los creadores y el equipo de desarrollo detrás de ORO DIGITAL ($BITCOIN) sigue siendo desconocida. Esta situación es típica entre muchos proyectos innovadores dentro del espacio blockchain, particularmente aquellos alineados con las finanzas descentralizadas y fenómenos de monedas meme. Si bien tal anonimato puede fomentar una cultura impulsada por la comunidad, intensifica las preocupaciones sobre la gobernanza y la responsabilidad. ¿Quiénes son los Inversores de ORO DIGITAL ($BITCOIN)? La información disponible indica que ORO DIGITAL ($BITCOIN) no tiene patrocinadores institucionales conocidos ni inversiones destacadas de capital de riesgo. El proyecto parece operar en un modelo de peer-to-peer centrado en el apoyo y la adopción de la comunidad en lugar de rutas de financiamiento tradicionales. Su actividad y liquidez se sitúan principalmente en intercambios descentralizados (DEX), como PumpSwap, en lugar de plataformas de trading centralizadas establecidas, lo que resalta aún más su enfoque de base. Cómo Funciona ORO DIGITAL ($BITCOIN) Los mecanismos operativos de ORO DIGITAL ($BITCOIN) pueden elaborarse en función de su diseño blockchain y atributos de red: Mecanismo de Consenso: Al aprovechar el único proof-of-history (PoH) de Solana combinado con un modelo de proof-of-stake (PoS), el proyecto asegura una validación de transacciones eficiente que contribuye al alto rendimiento de la red. Tokenómica: Si bien los mecanismos deflacionarios específicos no se han detallado extensamente, el vasto suministro máximo de tokens implica que podría atender microtransacciones o casos de uso nicho que aún están por definirse. Interoperabilidad: Existe el potencial de integración con el ecosistema más amplio de Solana, incluyendo varias plataformas de finanzas descentralizadas (DeFi). Sin embargo, los detalles sobre integraciones específicas permanecen no especificados. Cronología de Eventos Clave Aquí hay una cronología que destaca hitos significativos relacionados con ORO DIGITAL ($BITCOIN): 2023: El despliegue inicial del token ocurre en la blockchain de Solana, marcado por su dirección de contrato. 2024: ORO DIGITAL gana visibilidad al estar disponible para trading en intercambios descentralizados como PumpSwap, permitiendo a los usuarios comerciar contra SOL. 2025: El proyecto presencia actividad de trading esporádica y potencial interés en compromisos liderados por la comunidad, aunque no se han documentado asociaciones notables o avances técnicos hasta el momento. Análisis Crítico Fortalezas Escalabilidad: La infraestructura subyacente de Solana soporta altos volúmenes de transacciones, lo que podría mejorar la utilidad de $BITCOIN en varios escenarios de transacción. Accesibilidad: El potencial bajo precio de trading por token podría atraer a inversores minoristas, facilitando una participación más amplia debido a oportunidades de propiedad fraccionada. Riesgos Falta de Transparencia: La ausencia de patrocinadores, desarrolladores o un proceso de auditoría conocidos públicamente puede generar escepticismo sobre la sostenibilidad y confiabilidad del proyecto. Volatilidad del Mercado: La actividad de trading depende en gran medida del comportamiento especulativo, lo que puede resultar en una volatilidad de precios significativa y en incertidumbre para los inversores. Conclusión ORO DIGITAL ($BITCOIN) surge como un proyecto intrigante pero ambiguo dentro del ecosistema de Solana en rápida evolución. Si bien intenta aprovechar la narrativa del “oro digital”, su alejamiento del papel establecido de Bitcoin como refugio de valor subraya la necesidad de una diferenciación más clara de su utilidad y estructura de gobernanza previstas. La aceptación y adopción futura dependerán probablemente de abordar la actual opacidad y de definir sus estrategias operativas y económicas de manera más explícita. Nota: Este informe abarca información sintetizada disponible hasta octubre de 2023, y pueden haber ocurrido desarrollos más allá del período de investigación.

119 Vistas totalesPublicado en 2025.05.13Actualizado en 2025.05.13

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Bienvenido a la comunidad de HTX. Aquí puedes mantenerte informado sobre los últimos desarrollos de la plataforma y acceder a análisis profesionales del mercado. A continuación se presentan las opiniones de los usuarios sobre el precio de BTC (BTC).