Knots Defends Bitcoin's 2nd Innovation
Decentralized Governance
I. The Two Innovations
1. Two innovations, not one. Satoshi Nakamoto solved the double-spend problem: decentralized digital transactions. The 2008 white paper’s second innovation was decentralized governance: a combination of proof of work and distributed nodes that validate blocks.
2. Governance lives in Section 5. The white paper says “Nodes accept the block only if all transactions in it are valid and not already spent.” Nodes also “express their acceptance” by building on top. Bitcoin governance is not centralized. Governance is enforced by distributed nodes.
II. Nash-Nakamoto Connections reveal the Big Picture: Bitcoin is Asymptotic Ideal Money
4. The Nash Equilibrium is an emerging fixed-point theorem. Stir your coffee and watch the foam swirl, one point ends up in the middle. That is a fixed point, similar to a fixed point theorem and similar to the Nash Equilibrium. That point is becoming a standard measurement of value of everything that swirls around it.
5. Monetary-transactions are validated by the distributed nodes. Nodes accept, and nodes reject. BIP-110 will improve the quality of the transactions by tightening the rules back to what they were before Bitcoin Core added non-monetary use-cases. Taproot Wizards and their Ordinals, NFTs are non-monetary spam that weakens Bitcoin's original intent. Bitcoin Core supporting there use-case demonstrates they don’t know what Bitcoin is. The ignorance of ideal money and Austrian Economics within Bitcoin Core is an abomination.
6. The Fabian Blockchain Bros hate ideal money. They hate Ideal Money, they hate Nash, and they hate decentralized nodes. “We are all Satoshi” sounds like solidarity but conveniently obscures Bitcoin’s origin and Bitcoin's intent.
If everyone is Satoshi, Bitcoin can be redefined into whatever. Bitcoin Core v30 is transforming bitcoin into an arbitrary database. In contrast, the Nash-Nakamoto connections indicate Bitcoin is the sly, round-about, Austrian Economic way. Bitcoin is Asymptotically Ideal Money (AIM). Don't listen to the Blockchain Bros. Blockchain was not Bitcoin's innovation. Blockchain innovation is what Fiat Banks and the Chinese Communist Party want you to think Bitcoin is all about. If you look at the big player advocating the blockchain innovation narrative, it is understand their incentive against ideal money. The Blockchain Bros hate ideal money. The blockchain innovation narrative is an affinity scam.
Bitcoin Core enabled Taproot Wizard's NFT use-case on the Bitcoin network. That use case obfuscates Bitcoin's original innovation; which is decentralized digital transactions and decentralized governance. Because of the violation of trust, Bitcoin Core v30 must be dismantled.
III. Core v30
7. Core v30 wrongly expanded use-cases beyond ideal money. On October 10, 2025, Bitcoin Core v30 raised the default OP_RETURN limit from 83 bytes to roughly 100,000 and permitted multiple data outputs, opening block space to non-monetary, arbitrary data.
8. Fabian capture is change by gradualism. Fabianism advances not through a decisive contest but through minor adjustments that compound toward centralization. Repurposing a monetary network into a data network, one default at a time. Core v30 is Fabian capture. Big fiat-banking is actively working against Bitcoin's original intent. Perhaps I am paranoid? Just like Nakamoto. Just like Nash. Or perhaps Nash learned what he was really up against when he published, "Ideal Money" in 2002.
9. “OP_RETURN can be pruned” is an argument for BIP-110. The fallback defense is that the data is harmless because nodes can prune it. “You can prune it” is not a defense of storing the data. It is the argument for keeping it out in the first place. Which is exactly what BIP-110 does.
12. The nodes are already answering. Bitcoin Knots ran on roughly 400 nodes at the start of 2025. Now, Bitcoin Knots is running roughly 5,400 nodes, which is about 22–23% of the network.
IV. Bitcoin Knots and Node Sovereignty
13. Running Knots is not leaving Bitcoin; Knots is defending DECENTRALIZED GOVERNANCE. Knots v29.3 restores tighter data-carrier limits, adds a dust-penalty system and stronger spam filtering. Running Knots is a node exercising the right to reject or accept blocks, the same right granted by the 2008 white paper.
14. Luke Dashjr represents continuity. One of the longest-serving Bitcoin developers, Dashjr defends the founding principle: miners do the proof of work, nodes reject or validate blocks. Luke is defending the two 2008 White Paper innovations:
Decentralized Digital Transactions and Decentralized Governance.
15. Dismissing node sovereignty dismisses the decentralization. When operators applying policy are called “an attack on Bitcoin,” as Adam Back has described, the claim is inverted. Operators expressing a preference is not an attack on Bitcoin. Bitcoin's decentralized, secret-sauce is Proof of Work and distributed nodes validating the blocks.
16. Bitcoin Core's filter perfection standard would abolish probabilistic Bitcoin. The Knots objection says: filtering is pointless because data can be fragmented, buried in witness space, or disguised as public keys, so a rule that cannot stop everything should allow the spam to flow into OP_RETURN.
Consider the language in the 2008 White paper/Section 11. Bitcoin never makes double-spending impossible, only exponentially improbable. The probability approach is another Nash-Nakamoto connection. Nash innovated a probabilistic approach in a letter to the NSA in 1955: a cipher need not be unbreakable, only “effectively unbreakable,” its breaking cost growing exponentially. He admitted he could not prove the conjecture (“Nor do I expect it to be proven”), and every Bitcoin signature rests on exactly such a conjecture: breakable in principle, safe in practice. A filter provides a similar method by making it unreliable enough to be pointless. Bitcoin Core's perfection standard dissolves the Nash-Nakamoto's breakable in principle, safe in practice method.
V. The Chain-Split Scare
17. A soft fork does not split the chain; a hard fork does. A hard fork loosens the rules: old nodes reject the new, larger blocks as invalid, and two chains exist by construction. That is how Bitcoin Cash left in 2017, the only setting in which the comparison holds. A soft fork tightens the rules, so a block valid under the stricter rule is still valid under the old one. The Chain-Split Scare is FUD: fear, uncertainty and doubt. FUD sold by Core and their Fabian friends.
18. Miners do not make the rules; they obey them or forfeit the reward. Section 5 is not ambiguous: “Nodes accept the block only if all transactions are valid and not already spent.” A miner publishes a block. If the nodes reject the block, the proof-of-work is burned, and the block is orphaned. It's that simple. Distributed nodes ensure decentralized governance, and Knots 29.3 is defending decentralized governance.
19. Will miners signal BIP-110 on August 7, or soon thereafter? Will miners signal BIP-110 on August 7, or soon thereafter? At block 961,632 (~August 7), nodes running BIP-110 (RDTS, the Reduced Data Temporary Softfork) with enforcement enabled will begin rejecting every block that fails to signal BIP-110 support. If miners converge before that height, the chains never diverge and the question ends there. If they do not, two chains form. The non-compliant chain keeps building at nearly full speed, a block every ten minutes; the BIP-110 chain runs in parallel, only as fast as the hashpower that joins it.
Here's the key point: validity travels farther than speed.
A compliant block is valid to every node on either side of the split, so the compliant chain can one day be adopted by the whole network. A non-compliant block is valid to every node except those enforcing BIP-110, and even the nodes that accept it stand ready to abandon its chain, because every node follows the strongest valid chain it knows, wherever that leads. Should the compliant chain ever pull ahead in accumulated work, the non-compliant chain is not only beaten, it is erased: non-enforcing nodes reorganize onto the compliant history automatically, and every reward mined on the non-compliant side evaporates, all the way back to the August 7 split, or later-date split. The reverse can never happen; enforcing nodes will not follow the non-compliant chain at any weight of work. Nor is the race static. A miner that defects counts twice, its work subtracted from the non-compliant chain and added to the compliant one. Every non-compliant block enlarges the stake, rewards that a single overtake would erase in one step, and the price of losing climbs with every block. Signaling, by contrast, costs, after activation, a slice of fees that today total under 1 percent of revenue; losing entire block rewards is far more costly. Don't expect signaling much before the deadline: in 2017 miners moved only in the final two weeks, and waiting is free until the window opens. After August 7 there is no neutral ground. Not signaling BIP-110 is a wager that every other miner will also refuse. The game theory resembles a prisoner's dilemma, since BIP-110 compliance is nearly free and being the last holdout is ruinous. Probabilistically speaking, I can almost guarantee miners won't run that risk of having their blocks orphaned and their reward erased.
VI. Conclusion
20. Decentralized Governance is a running node. Run a node to improve your transaction privacy, and run Knots 29.3 to enforce higher-quality blocks. It's easy with Start9 or Umbrel. I used an old Linux laptop. Claude AI walked me through the steps. After a memory upgrade, the new node synced in about two days. Bitcoin Core does not represent Bitcoin Governance. Proof of Work and nodes validating blocks is Bitcoin's decentralized governance. Core masquerading as governance is an abomination, and Bitcoin Core must be dismantled. It is easy to dismantle Bitcoin Core. Run Bitcoin Knots 29.3, and Bitcoin Core will become irrelevant.
References
Bitcoin white paper. Nakamoto, S. (2008). Bitcoin: A Peer-to-Peer Electronic Cash System. §4 Proof-of-Work, §5 Network (steps 5–6), §12 Conclusion. bitcoin.org/bitcoin.pdf
Nash. “Ideal Money” (2002) and the Asymptotically Ideal Money lectures; “Non-Cooperative Games” (1950).
Nash to the NSA (1955). Nash, J. Handwritten letters to the U.S. National Security Agency, January–February 1955 (NSA replies through March 1955), proposing an enciphering machine and conjecturing that for well-designed ciphers the cost of recovering the key grows exponentially with key length: ciphers “effectively unbreakable” in practice, security as cost rather than provable impossibility (“I cannot prove it ... Nor do I expect it to be proven”). Declassified by the NSA in 2012; originals exhibited at the National Cryptologic Museum. Rivest and Shamir, “The Cryptography of John Nash,” Eurocrypt 2012 rump session: the letters anticipated complexity theory and modern cryptography by decades. nsa.gov/portals/75/documents/news-features/declassified-documents/nash-letters/nash_letters1.pdf
Bitcoin and Nash Equilibrium. Solstin, B. Solstin.com · @BryanBSolstin (x.com/BryanBSolstin).
Bitcoin Knots v29.3. Release v29.3.knots20260508: datacarrier limits, dust-penalty system, spam filtering, opt-in BIP-110 (RDTS). github.com/bitcoinknots/bitcoin
BIP-110. “Reduced Data Temporary Softfork.” Seven data-limit rules (OP_RETURN held to 83 bytes; restricted witness and Tapscript data). 55% miner-signaling lock-in, far below the traditional 95%; mandatory-signaling window from block 961,632 (~Aug 7, 2026); activation at 965,664 (~Sept 1, 2026); auto-expiry at 1,018,080 (~one year later). bip110.org; bips.dev/110.
Bitcoin Core v30. Released Oct 10, 2025: default OP_RETURN limit raised from 83 to ~100,000 bytes; multiple data outputs (relay policy, not consensus).
Node-share data. OAK Research, “An update on OP_RETURN, Bitcoin Core v30, and the Core–Knots war” (2025).
Adam Back on v30. Public statements backing Core v30, including describing social pressure against it as “itself an attack on Bitcoin.” Cryptopolitan (2025).