The Bitcoin "anti-spam" fork has effectively stalled after mining just two blocks, failing to secure the computational backing necessary for operational viability. According to Decrypt, the breakaway chain has drawn only 2.53 percent of total mining support, leaving its blocks spaced hours apart while the main network continues its regular production schedule.
With such minimal hash rate commitment, the fork faces a severe structural handicap. The two blocks produced represent the entirety of the chain's output, with subsequent blocks failing to materialize as miners overwhelmingly continue dedicating their resources to the main Bitcoin network. This concentration of mining power has created an insurmountable gap between the fork and the primary chain, which has powered ahead without interruption.
The scant 2.53 percent support level triggers a critical technical constraint regarding Bitcoin's difficulty adjustment algorithm. Designed to recalibrate every 2,016 blocks to maintain approximately ten-minute intervals, the mechanism requires steady block production to function properly. However, with blocks arriving hours apart rather than at the targeted cadence, the fork remains roughly 350 days away from its next automatic adjustment. This extended timeline leaves the chain locked with difficulty parameters calibrated for much higher hash rates than currently available, effectively trapping it in a state where block production remains prohibitively difficult for the limited hardware dedicated to the cause.
The operational implications extend beyond mere slow block times. Without regular block production, transaction processing remains effectively halted, preventing the network from serving any practical function as a payment system or settlement layer. The gap between the fork and the main network continues to widen with each passing hour as the established chain adds new blocks while the alternative implementation stagnates at block height two.
This development illustrates the decisive role of miner consensus in determining the fate of proposed protocol modifications. The distribution of hash rate serves as the primary mechanism for resolving disputes regarding valid transaction history and consensus rules. When miners decline to allocate significant computing power to a proposed alternative, that fork cannot achieve the security or liveness required for blockchain functionality, regardless of the intentions behind its creation.
The contrast between the dormant fork and the functioning main network demonstrates how Bitcoin's proof-of-work system creates strong incentives for convergence on a single chain. The economic rationality of miners, who seek returns on their hardware investments, naturally concentrates power on the chain with the greatest liquidity and network effects, leaving minority forks with marginal support unable to sustain the infrastructure necessary for survival.