CryptoSlate
None of the first 59 blocks on Bitcoin's dominant chain signaled for BIP-110. Its enforcing branch mined one successor before stalling after Bitcoin split into two chains overnight.
Why it matters
BIP-110's backers want to replace miners and change Bitcoin's proof-of-work. That makes the fork a test of coordination: can an enforcing branch keep producing blocks when the dominant chain's miners are not signaling for the proposal?
Market impact
The immediate market read is unresolved. The first 59 dominant-chain blocks carried no BIP-110 signal, while the enforcing branch produced one successor. Continued production on the branch and any new miner signaling will show whether the fork can develop beyond its initial split.
Frequently asked questions
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How many of the first 59 dominant-chain blocks signaled for BIP-110?
None of the first 59 blocks on Bitcoin's dominant chain signaled for the proposal.
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How many blocks did the enforcing branch produce after the split?
It mined one successor block before stalling.
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What changes do BIP-110's backers want?
They want to replace miners and change Bitcoin's proof-of-work.
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Why is miner coordination central to this fork?
The enforcing branch needs continued block production and visible miner signaling to develop beyond the initial split.
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What should observers watch as the fork develops?
Further block production on the BIP-110 branch and any new miner signaling are the key markers.
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