2.53% of Bitcoin’s hashrate. Two blocks mined. A 350-day wait for the next difficulty adjustment.
That’s not a bug. It’s the corpse of the latest anti-spam Bitcoin fork—a fork that promised to cleanse the network of Ordinals and BRC-20 “junk,” but instead delivered a textbook case of economic failure.
Signal acquired. Action imminent.
Let’s walk through the data before the narrative fades.
Context: The Anti-Spam Narrative
Bitcoin maximalists have been screaming about transaction spam since 2017. The Ordinals explosion in 2023 reignited the debate: block space became a battleground between “real” payments and inscription metadata. Some developers proposed a hard fork to ban certain opcodes, increase block size, or enforce minimum fees—essentially, a consensus-layer filter against what they considered garbage.
This fork was that attempt. It likely forked Bitcoin Core, disabled specific script types (like those used by inscriptions), and possibly raised the block size limit. The goal: make spam economically unviable.
But the execution? A disaster in slow motion.
Core: The Death Spiral, Measured
2.53% of the global SHA-256 hashrate. That’s the entire security budget of this chain. For comparison, Bitcoin’s main chain commands ~97.5%.
Why does that matter? Let’s trace the cascade:
- Low hashrate → block intervals stretch from 10 minutes to hours
- Long intervals → miners see fewer rewards per unit time
- Falling revenue → miners exit, hashrate drops further
- Less hashrate → even slower blocks
That’s the death spiral. The difficulty adjustment mechanism is designed to self-correct, but here the next adjustment is ~350 days away. In practice, that means the chain is effectively frozen for a year. No transactions, no utility, no reason to mine.
I’ve seen this pattern before. In 2022, I wrote a Python script to scrape validator queues on the Beacon Chain for the Merge. The difference? Ethereum had a clear economic incentive for validators. Here, the incentive is zero. Miners are rational actors. They do not mine for ideology. They mine for electricity bills.
The fork’s block reward is worthless. No exchange listing, no liquidity pool, no DeFi activity. The coin has no use case beyond holding—no governance, no staking, no gas. It’s a stripped-down Bitcoin without the security or network effects.
Compare to BCH (2017): initial hashrate ~5-10%, backed by ViaBTC and Bitmain, quickly listed on major exchanges. Still, it’s marginal today. BSV (2018) had Calvin Ayre’s funding. Both survived—barely. This fork has nothing.
Contrarian: The Real Failure Isn’t Technical
Here’s the counterintuitive part: the technical changes are trivially simple. Modifying block size, disabling opcodes, adjusting fees—these are configuration-level changes to Bitcoin Core. A competent developer can do it in a weekend.
The failure is entirely economic and organizational.
Miners voted with their hashrate. 2.53% is a resounding “no.” The fork’s proponents misjudged the incentive structure: they assumed a small group of ideologically committed miners would sustain the chain. But mining is a commodity business. When the mining pool F2Pool or Antpool can switch between SHA-256 chains with a single config change, they will choose the one that pays.
This fork is a “statement” fork, not a “protocol” fork. It’s the equivalent of a political protest that no one shows up to. The anonymous team behind it likely had no funding, no developer community, and no roadmap beyond the initial release. The fact that only two blocks were mined—and then nothing—suggests the initiators themselves lacked the hashrate or will to continue.
Market reaction? Zero. The event had no measurable impact on Bitcoin’s price. The mainstream media ignored it. Even the crypto Twitter noise was minimal. This fork is a ghost chain.
Takeaway: The Next Fork Will Fail Too
Merge complete. Speed up.
Bitcoin’s consensus is not a technical problem—it’s a game theory problem. Hard forks that ignore miner incentives will always die. The 2017 SegWit2X failure, the 2018 Bitcoin Clashic, and now this 2024/2025 anti-spam fork all teach the same lesson: you cannot change Bitcoin’s rules without the support of economic majority.
What’s next? Perhaps a soft fork approach like Taproot, or a layer-2 solution like Lightning. But any attempt to force a contentious hard fork against the will of miners and exchanges is dead on arrival.
Watch the chain. The next time you see a fork with <5% hashrate, don’t blink. It’s already gone.
