Bitcoin fork stalls after two blocks as support crumbles

A proposed Bitcoin fork known as BIP-110 has effectively died in the water, according to Cointelegraph. After producing just two blocks, the fork ground to a halt as miners refused to back it with meaningful computational power.

This bitcoin fork stalls case highlights a fundamental tension in how blockchain upgrades actually work. It is not enough for developers to write code and announce a change. You need thousands of miners running the new software and dedicating their machines to it, or the chain simply stops producing blocks.

Why the fork ran out of steam so quickly

BIP-110 was designed as an “enforcing fork”, meaning it tried to force a rule change across the network by starting its own separate chain. For this to work, miners had to signal their support and then switch their hash power (the computational effort they contribute) to the new version.

The fork was operating at Bitcoin’s full mining difficulty, which is the puzzle hardness that determines how often new blocks get added. This is a brutal starting condition. On the original Bitcoin network, the difficulty adjusts automatically every 2,016 blocks to keep block times steady. But a fork starting from scratch does not get that mercy.

With almost no miners actually supporting the fork, the blocks came very slowly. After two blocks, the project simply died. Miners saw no economic incentive, no community momentum, and no exchange listing waiting for them. So they stayed on the main Bitcoin network where their hardware actually earns rewards.

The gap between the fork proposal and real-world adoption turned out to be enormous. This is not unusual. Most blockchain forks proposed by developers never gain traction because miners decide the original chain is worth more.

What this reveals about Bitcoin governance

Bitcoin’s story since 2017 is partly a story of failed forks. Bitcoin Cash (BCH) launched successfully because it had some miner support and institutional backing. Bitcoin SV (BSV) followed, and then a dozen smaller ones. But most proposals never even launch, and those that do often shrink to tiny market cap coins with minimal transaction volume.

The reason BIP-110 collapsed is the same reason 99 per cent of crypto ideas fail: nobody with real economic stake actually wanted it. Miners follow profit and security. Exchanges follow liquidity. Users follow utility and value. A fork proposal backed by passionate developers but zero miners is just a press release.

This is actually a feature of Bitcoin, not a bug. It means the network is genuinely difficult to split. You cannot fork Bitcoin on a whim. You need real adoption, real miners, real exchanges, and real users. That gravitational pull toward the existing chain is what gives Bitcoin its security and stability.

The mandatory signaling that BIP-110 was pushing for (a requirement for miners to publicly declare support) also went nowhere. Signaling without follow-through is meaningless. Miners were saying no, loudly, by simply not participating.

How does a fork actually succeed then?

Bitcoin Cash worked because it arrived at a moment of genuine community disagreement about block size and had substantial mining pools ready to switch. Ethereum forks have succeeded (or failed) based on whether Ethereum’s community believed in the direction. On both chains, success requires miners, exchanges, and users all moving together, not just code being available.

What this means for you

If you hold Bitcoin, BIP-110’s collapse is reassuring. It shows the network is genuinely resilient and cannot be fragmented by every proposal that circulates. The main chain remains dominant because of genuine economic backing. But it also teaches a lesson about crypto more broadly.

• Forks and competing proposals are constant in crypto, but real adoption is rare. Do not assume every blockchain upgrade or new chain has genuine support behind it. Check who is actually mining, trading, and building.
• Mining difficulty is a real barrier. A fork that starts with no hashpower will struggle to produce blocks at all, making it economically unviable from day one. This is why most forks fail silently.
• Community consensus matters more than clever code. Bitcoin’s governance is slow and messy, but that is because genuine change requires overwhelming agreement. A fork that cannot secure that agreement dies fast, as BIP-110 did.

For deeper context on how Bitcoin upgrades actually work and why some succeed where others fail, read our guides on blockchain governance and cryptocurrency mining economics at Thewealthora.

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Originally reported by Cointelegraph. Facts verified; analysis and wording are Thewealthora’s own.

Arpit Soni

The Thewealthora desk covers markets, money and personal finance, with zero jargon and every claim sourced.