At 6:34 AM UTC on August 9, the BIP-110 enforcing chain sat at block 961,633. The dominant chain was at 961,690. Fifty-seven blocks behind. Eight hours without a new block. This is not a split. This is a boycott. The market respects discipline, not desire.

Let me state the obvious: a fork that cannot produce blocks is not a fork. It is a failed experiment. The enforcing chain produced two blocks—both from the OCEAN pool—and then stopped. The dominant chain, powered by Foundry, F2Pool, AntPool, ViaBTC, and MARA, continued without interruption. The first 59 blocks of the mandatory signaling window showed zero version bit 4 signals. The message from miners is clear: we are not interested.
Context: The Proposal That Could Not Move
BIP-110 is a proposed soft fork that restricts arbitrary data in Bitcoin transactions. It targets OP_RETURN, OP_TRUE, and other methods of embedding non-financial data. Supporters argue it keeps Bitcoin focused on money. Critics call it censorship. The proposal uses a 55% threshold for miner signaling. The mandatory signaling window started at height 961,632 and runs until 963,647. Enforcing nodes reject blocks without version bit 4. If 55% of blocks signal, the change locks in; if not, it fails. The first 59 blocks of the window: zero signals on the dominant chain. The enforcing chain produced two blocks, both from OCEAN pool. Then it stopped. This is a textbook rejection.
BGeometrics data shows BIP-110 miner signaling at 0.42% since May 1. That is not a debate; it is a dismissal. The enforcing chain's hash rate is negligible. The dominant chain's blocks came from the usual suspects: Foundry, F2Pool, AntPool, ViaBTC, MARA. No major pool switched. The market price of Bitcoin remained stable. The reason: the proposal has no economic backing. Miners know that the value of Bitcoin is not in its spam resistance—it is in its liquidity. Survival is a function of liquidity, not optimism.
Core: Order Flow Analysis—The Absence of Demand
I have seen this pattern before. In 2017, I led a team that audited 40 ICO whitepapers. I learned that signaling is cheap but hashing is expensive. Miners vote with electricity, not with words. The data from the 59-block sample is unambiguous: zero dominant-chain signals. The enforcing chain's two blocks came from OCEAN, a pool that historically supports controversial proposals. But OCEAN's hash rate is less than 1% of the network. The enforcing chain cannot sustain itself. The remaining 1,957 blocks in the window will likely continue the same pattern.
During the 2020 DeFi liquidation engine, I built an automated bot for Aave V1. I learned that decisions based on immediate profitability always win over ideological alignment. Miners are no different. If BIP-110 were profitable, they would signal. They do not. The transaction restrictions would reduce fee revenue from data-heavy transactions. Miners see that as a loss. The market has already priced in the failure. The bid-ask spread on the two chains was negligible. There was no arbitrage opportunity.
Consider the hash rate distribution. Foundry, F2Pool, AntPool, ViaBTC, and MARA control the vast majority of the network. They produced the first 59 blocks without signaling. They did not even need to coordinate. They simply followed the chain with the highest cumulative difficulty. The enforcing chain's difficulty is a fraction of the whole. It cannot adjust faster than the dominant chain. The split is not a fork; it is an orphan in waiting.
Contrarian: The Silent Boycott Is the Real Story
The conventional narrative is that BIP-110 is a contentious fork, a battle between maximalists and progressives. That is wrong. The real story is the silent boycott. The majority of miners simply ignored the window. They did not fight; they did not signal against. They just continued mining the dominant chain. This is the most effective rejection. It shows that the market has no appetite for this change. The battle is not ideological; it is economic. Miners follow the chain with the highest cumulative difficulty. The enforcing chain's difficulty is a fraction of the whole. The remaining 1,957 blocks in the window are unlikely to change the outcome. The proposal will fail.
The exchanges are quiet. Coinbase and Kraken reported normal operations. Their status feeds are backward-looking. They are not monitoring the split in real time. The real risk is not for the current fork, but for the precedent. If a future proposal with more hash power support were to activate, exchanges might be forced to choose. But today, the calm is deceptive. The market is indifferent because the split is too small to matter. The next fork might be different.
Code executes what words promise. BIP-110 promised to clean up the blockchain. The code promised to enforce restrictions. But the miners did not execute. They chose the profit-maximizing chain. The enforcing chain's code is correct, but it is irrelevant. The network follows the chain with the most work. The enforcing chain has very little work. The proposal is dead.
Takeaway: The Lesson for Traders and Builders
When the next contentious proposal comes, ask yourself: does the hash rate care? If not, neither should your portfolio. The BIP-110 episode is a case study in how protocol changes die. They die not from defeat in debate, but from indifference. The enforcing chain will likely remain orphaned. The proposal will be relegated to history. Bitcoin continues. The lesson: structure precedes profit; chaos demands a fee. BIP-110 was a structure that failed to attract liquidity. The market has spoken.
In 2022, during the Terra/Luna collapse, I activated a pre-defined emergency protocol. I preserved capital by following rules, not narratives. The same principle applies here. The market respects discipline, not desire. The BIP-110 supporters desired a cleaner blockchain. The market desired a stable, liquid network. The market won. The remaining 1,957 blocks will confirm what we already know: this fork is a footnote. The next time someone proposes a change, watch the hash rate, not the rhetoric. The hash rate is the only vote that counts.