Fork of BIP-110: 300 blocks behind the mainnet and years ahead
The BIP-110 fork, which split from Bitcoin, has faced a serious crisis: its lag behind the main chain has exceeded 300 blocks. This is not just a technical glitch, but a natural result of inheriting the mainnet's mining difficulty, which stood at 127.48 trillion at the time of the split. The problem is that the fork cannot adjust this metric downward until it completes a full cycle of 2,016 blocks, meaning it must reach height #963,647.
The Math of Survival: From a Year to a Quarter Century
The situation is exacerbated by the fact that this branch accounts for only a tiny fraction of Bitcoin's computing power—literally fractions of a percent of the total hash rate. Under such conditions, estimates for reaching the target height range from 350 days to 25 years. The latter scenario essentially means stagnation: the network will not be able to generate blocks fast enough to escape its "suspended" state.
This is a classic example of how economic and technical consensus parameters can turn a viable experiment into a long-term anomaly. Unlike many forks that quickly adjust difficulty or attract miners, BIP-110 is stuck in a trap of its own architecture. Interestingly, the BIP-110 mechanism itself, which involves changing validation rules, is secondary here—the key role is played by the inertia of difficulty.
My View on the Prospects
Under current conditions, the fork is unlikely to compete for market attention: without a difficulty reduction and an influx of hash rate, its functionality remains in question. In my view, this is a striking example that even technically sound changes require strategic resource planning; otherwise, a project risks becoming a "dead" chain with zero liquidity and activity.