Ray #BIP-110

The Bitcoin network is under attack.

One must compare how the human immune system is analogous to the Bitcoin node runners who are running Knots Bip-110. The advanced perspective of the human immune system as a master architect of physical form, rather than a simple "germ-killer", maps with precision to the nodes enforcing BIP-110 (Reduced Data Temporary Softfork). These node runners are not just passive data-checkers; they are acting as active citizens performing systemic city planning for the Bitcoin network. 1. Differentiating "Self" from "Non-Self" (Protocol Purism) The human immune system relies on deep molecular recognition to differentiate functional bodily tissue ("self") from foreign entities ("non-self"). The Conflict: Version 30 of Bitcoin Core relaxed specific data restrictions, creating an environment where non-monetary data (like large Taproot inscriptions and BRC-20 tokens) flooded the network. The Immune Action: Bitcoin Knots node runners using BIP-110 explicitly redefine "self." By restricting transaction outputs to 34 bytes and capping the OP_RETURN script limit to 83 bytes, they classify heavy, arbitrary data payloads as "non-self". The node rules dictate that data storage abuses distort the economic blueprint of Bitcoin, filtering them out to preserve its primary identity as a pure monetary settlement engine. 2. Forming Memory Traces (Immune Tolerance & Structural Adaptations) A sophisticated immune system builds historical memory to protect the host against future re-infections while maintaining tolerance for existing, harmless bodily structures. Immune Tolerance: BIP-110 respects this balance. It grandfathers in existing Unspent Transaction Outputs (UTXOs) created before activation. It does not retroactively attack old data, mimicking the biological process of tissue tolerance. The New Memory Trace: By actively rejecting nodes that attempt to broadcast data outside these parameters, the Knots cohort etches a collective "memory trace" into the network topology. It asserts a structural precedent: the ledger will explicitly remember and reward financial throughput over arbitrary data blobs. 3. Coordinating Tissue-Wide Plasticity Responses (The Temporary Soft Fork) Just as the immune system triggers a temporary inflammatory response or modifies tissue permeability to repair an organ, the Bitcoin network relies on software updates to adapt dynamically without breaking backward compatibility. Targeted Inflammation: BIP-110 is explicitly engineered as a temporary 1-year soft fork (active for exactly 52,416 blocks). It is not a permanent mutation of Bitcoin's DNA, but rather a coordinated, time-limited immune defense mechanism against resource exhaustion. Decentralized Activation: This "tissue-wide" plasticity requires a delicate dance between node runners and miners. Node runners deploy the code to build systemic pressure, aiming to align the global "tissue" (miners, exchanges, and wallets) to self-correct and adjust blocks before the temporary rule expires. 4. Building and Breaking Barriers Between Organism and Environment ​ Physical life requires semi-permeable membranes, like skin or mucosal barriers, that selectively absorb nutrients while blocking pathogens. Tightening the Barrier: The environment surrounding Bitcoin continually pushes data into the blockchain. BIP-110 runners decrease the network's barrier permeability. By forcing users to chunk data into small pieces and driving up the economic cost of data insertion, the node runners act as cell walls signaling: "Monetary transactions flow freely; arbitrary data must face severe resistance." The Architectural Result: This structural choice balances protection and utility. It ensures the blockchain remains lean enough for individuals to validate at home, maintaining the barrier against centralizing forces. 5. Integrating Multi-Dimensional Signals The human immune response integrates mechanical, chemical, and energetic signals across the entire body to decide how an organ responds. Bitcoin Knots node runners do exactly the same, looking past simple binary code correctness to interpret a complex web of signals: [Cryptographic Signals] ──> Valid digital signatures and hashes [Economic Signals]      ──> Fee-market inflation and UTXO set growth bloat [Network Signals]       ──> Peer propagation delays and mempool congestion [Social Consensus]      ──> Governance debates (Core vs. Knots philosophy)                                   │                                   ▼                      [BIP-110 NODE RUNNER DECISION]                  (Determines systemic fitness of money) By synthesizing these data points, a BIP-110 node runner is engaging in pure "city planning" for the digital organism. They are looking at the long-term biological survival of the system, weighing current fee optimization against future decentralization, and executing a localized defense plan to ensure the organism stays true to its core directive: functioning as immutable, censorship-resistant sound money.

Bitcoin Core Is Actively Sabotaging Bitcoin! ⇒ BIP-110 ⇒ Core Vs. Knots ⇒ What Will Happen in August @GrassFedBitcoin on the Civil War in BTC

This shit right here is why I #BIP110

Run Knots and signal BIP-110 to stop this garbage from bloating Bitcoin. youtube.com/shorts/cojAL9p…

The social consensus around OP_RETURN was 83 bytes. Yet this limit was only ever enforced at the policy level (node defaults), not at the consensus level (hard-coded rules that require a softfork to change). This gap allowed larger data transactions to proliferate. BIP-110 aims to restore that social consensus.

I have remained silent on the Core vs. BIP 110 debate. Mainly because I have not done enough due diligence to make a fully informed decision. However, when one side is defended by fraudsters and pedo looking creeps it’s hard not to be biased.

@zndtoshi It’s weird, we have bitcoiners turning into datacoiners and on the other side crypto influencers turning into bip-110 bitcoiners.

How times have changed.

@DavidFBailey The longest chain is actually the one Satoshi designed to prevent arbitrary data there is an exploit in the code, no matter how much you try to hide it, gaslight and personally attack me

The social consensus around OP_RETURN was 83 bytes. Yet this limit was only ever enforced at the policy level (node defaults), not at the consensus level (hard-coded rules that require a softfork to change). This gap allowed larger data transactions to proliferate. BIP-110 aims to restore that social consensus.

Since i feel like we're all back together and I have decent connections to most opinions on this topic, I'm curious... Do you support the BIP110 soft fork?

The social consensus around OP_RETURN was 83 bytes. Yet this limit was only ever enforced at the policy level (node defaults), not at the consensus level (hard-coded rules that require a softfork to change). This gap allowed larger data transactions to proliferate. BIP-110 aims to restore that social consensus.

Do you remove your water filter because it only filters 99.9% of contaminants? #bip110

Since Bitcoin is decentralized, no one is in charge of defending Bitcoin, so the responsibility falls on each and every one of us. Bitcoin's future as decentralized money depends on you. So make this moment count. It's now or never.

If the suitcoiners, paper bitcoiners, and shitcoiners are telling me not to run BIP110 then I know what I have to do.

At first, I didn't understand this. Why would anyone pay for a #BIP110 template? Well, it's because it helps decentralize mining pools away from dictating policy, and it helps miners focus on outputting highly compliant blocks without additional effort. Check it out 👇

@WillHodlMusic @Filecoin 🎶🤯 “Run BIP-110 Don’t just nod your head Go set your node and defend”🎶 -Will Hodl

@M28Ray If you want a file system use @Filecoin. Bitcoin is money, not cloud storage! youtu.be/RaGrBpo7rCA

This: "You either have an accounting database or you have a filesystem. The way bitcoin did this successfully from 2009 to 2025 was to have policy level filters" and... "L1 must be rigidly enforced, and if people cannot agree to do it with policy filters, then it must be done with consensus." and... "Fees are not a filter. The people who are saying that are lying to you. Fees ONLY enable the prioritization of high urgency transactions. "

Policy vs. Consensus

This weeks anti BIP-110 plan: Step 1: Overlook the importance of removing the default policy filter that kept random data out of blocks during 14 years. Step 2: Talk about policy vs consensus changes. Step 3: Hope they believe the BS.

@BigpictureBTC Bitcoin Core rolled out V30 without having consensus. Now the node runners are rolling back that change and making some bug fixes. This is how Bitcoin is supposed to work.

@BigpictureBTC The opposite. Core changed consensus, bip 110 corrects the offense.

Core v30 changed the default policy filter of 14+ years in the one client with 99% of market share at the time. Yes, everyone could configure their filter. For 14 years random data was not a problem, it is now. If the Bitcoin goal or intent from the beginning was to add random arbitrary data, then there would not be any default policy filter! That is important. Given the new realities (bypassing the Node network and sending transactions direct to miners), the logical, responsible action is to respond by adding the filter back in a way it cannot be bypassed, preserving the original goal of Bitcoin.

Re BIP 110, firstly, I fully agree Bitcoin is money. That is its design: peer to peer electronic cash. Before anyone jumps to conclusions, this isn’t me siding with Saylor, Adam Back, Bailey, or anyone else. I strongly disagree with them on many things. This is simply my own view. The whole point of decentralization is that no one gets to police the network or impose rules on everyone else. BIP 110 attempts to do exactly that by introducing consensus rules that filter what people can include in transactions. Core v30 only changed an optional default policy in one client that anyone can configure, ignore, or bypass. BIP 110 is fundamentally different because it seeks to hard-code those restrictions into Bitcoin’s consensus. That conflicts with Bitcoin’s permissionless, censorship-resistant foundation. We can all dislike spam and want Bitcoin to remain money first, but the answer isn’t to reshape consensus to police network activity. It’s to respect the decentralized immune system that protects Bitcoin’s core properties. If people ultimately prefer a different direction, Bitcoin’s open source nature allows them to pursue it through a fork. That’s the beauty of a permissionless system.