On August 9, Michael Saylor, founder of Strategy, dropped a data point that should make every decentralist pause. BIP-110, a Bitcoin fork, managed to secure only 0.15% of the network’s hash power. It has mined exactly two blocks and is now more than 80 blocks behind the main chain. At current block production speed, the fork would need roughly 25 years to reach its first difficulty adjustment. Saylor’s comment was surgically precise: “Anyone can fork Bitcoin, but without security, utility, capital, and users, the fork is meaningless. Consensus must be earned, not declared.”
At first glance, this is a story about a failed technical proposal. But if you look deeper, it’s a live demonstration of what I’ve been calling algorithmic empathy—the ability of a decentralized system to reject a change not because it’s technically impossible, but because the human layer said no. Code is law, but people are purpose.
Context: The Anatomy of a Fork That Never Was
BIP-110 is a Bitcoin Improvement Proposal that aimed to increase the block size from 1 MB to 2 MB. It’s not new—the block size debate has been raging since 2015. But this fork attempted to implement it by splitting the network. The result? Almost the entire economic and security weight of Bitcoin stayed on the original chain. Only a handful of miners, probably idealists or speculators, allocated hash power to the fork.
To understand why this matters, we need to look at the concept of social consensus. In a decentralized protocol, the code is the final authority, but the community decides which code to run. The fork’s hash power is a proxy for that decision. 99.85% of miners chose to stay. That’s not a technical failure—it’s a sociological verdict.
Based on my experience auditing early ERC-20 standards during the 2017 ICO boom, I’ve seen how easily a flawed distribution logic can tear a community apart. I identified a vulnerability in a wallet project’s token allocation that favored whales over retail holders. Instead of just patching the code, I organized three town halls to explain the math of fairness. The lesson was clear: the most resilient protocols are those that treat governance as a continuous conversation, not a one-time deployment.
Core: The Math of Irrelevance
Let’s do the numbers. The BIP-110 fork has 0.15% of Bitcoin’s hash power. It mined two blocks in the time the main chain mined 80+. That means it’s producing blocks at a rate that is roughly 0.15% of Bitcoin’s rate. The difficulty adjustment on Bitcoin happens every 2,016 blocks. For the fork, to reach 2,015 blocks (the threshold before first adjustment), at its current pace, it would take approximately 25 years. During that time, the difficulty would remain at the initial level, which was set to match the main chain’s difficulty from the moment of fork. But since the fork has almost no hash power, the block time becomes astronomically long—several days or weeks per block. The fork is effectively dead in the water.
But here’s the core insight: the fork is not just slow; it’s insecure. With only 0.15% hash power, a 51% attack would require a trivial amount of energy. The fork’s security is a rounding error on Bitcoin’s total. This is the point Saylor made: without security, the fork is meaningless. And security comes from miner participation, which comes from economic incentives, which come from user adoption. The fork failed because it couldn’t bootstrap any of these.
I’ve been through a bear market where I managed the Compound community during a governance crisis in 2022. I saw how panic can fragment a user base. We created “Sanity Check” forums to let people vent and rebuild trust. That experience taught me that resilience is built on human connection, not just code. The BIP-110 fork lacks that connection. It’s a technical artifact without a social soul.
Contrarian: The Fork as a Stress Test, Not a Failure
Now, let me take a counter-intuitive stance. The BIP-110 fork, despite its failure, is actually a healthy signal for Bitcoin. Why? Because it demonstrates that the system can absorb dissent without fracturing. The ability to fork is a safety valve—it prevents the main chain from becoming a dictatorship. If a minority feels strongly about a change, they can fork, and the market decides. In this case, the market decided against it. But the fact that the fork happened at all shows that Bitcoin’s governance is not monolithic.
Furthermore, the fork’s failure highlights a blind spot in our understanding of decentralization. Many people think that decentralization is purely about node count or geographic distribution. But the BIP-110 case shows that the most important metric is narrative alignment. The fork’s proponents had a vision, but they failed to convince enough miners, developers, and users. That’s a failure of persuasion, not technology.
As a community architect, I’ve learned that consensus is not a declaration—it’s a process. In the 2021 NFT frenzy, I facilitated dialogues between artists and collectors on ArtBlocks to establish a Creator-First governance model. We anchored the project in cultural value, not speculative pricing. That allowed us to survive the hype cycle. Similarly, Bitcoin’s consensus is anchored in a shared belief that the 1 MB block size limit, however arbitrary, is part of the social contract. Changing it requires building a new anchor.
Takeaway: The Virtue of Inaction
So what does the BIP-110 fork teach us? That sometimes the most powerful action a decentralized network can take is to do nothing. By refusing to adopt the fork, Bitcoin’s community reaffirmed its core principle: change must be earned, not imposed. The 99.85% hash power is not just a number—it’s a vote of confidence in the existing rules.
Resilience beats hype every time. The fork was a hype-driven attempt to force a change. The network responded with resilience. Trust, verify. But also, connect. The Bitcoin network connected around a shared understanding that the status quo, for now, is the best path forward.
Community is the new central bank. The fork’s failure is not a story of technical limitation—it’s a story of social consensus. And that’s the most important lesson for anyone building in crypto: the code runs the network, but the people run the code. Always.
