audited. The BIP-110 soft fork proposal is dead. Not wounded. Not tabled. Dead. Mining support sits at less than 1% after months of signaling, and the community’s consensus—led by Michael Saylor, Adam Back, and Jameson Lopp—has turned it into a cautionary tale of overreach. This is not a failure of innovation; it is a confirmation of Bitcoin’s deepest structural logic: the protocol will not sacrifice permissionlessness for efficiency. And that matters more for your portfolio than any price action this week.
I audited this proposal the same way I audited fifteen ICO contracts in 2017: cold, technical, looking for the hidden assumptions. What I found was a design that attempted to solve a real problem (Ordinals-induced block space congestion) by breaking an even more fundamental principle (the right to transact without permission). The market has barely priced this event, but the implications for Bitcoin’s cycle positioning are profound.
Context: The Proposal That Almost Wasn’t BIP-110, formally titled "Reduced Data Temporary Soft Fork," was authored by an anonymous contributor and proposed a temporary limit on block data size, targeting non-monetary uses like Ordinals inscriptions and BRC-20 tokens. The mechanism was simple: reduce the maximum data payload per block from 4 MB to 1 MB for a period of 90 days, effectively choking the ability to inscribe large files onto the blockchain. The idea was to buy time while alternative scaling solutions matured.
On paper, it sounds reasonable. In practice, it violated everything Bitcoin was built on. The activation threshold was lowered from the historical 95% miner support to just 55%, a move that multiple core developers—including Adam Back and Jameson Lopp—openly called "reckless." The rationale was that miners themselves were conflicted: they earned transaction fees from Ordinals activity but also bore the cost of increased block propagation times. By lowering the threshold, the proposal hoped to bypass miner resistance.
audited. That is a governance hack. Not a technical one. Bitcoin’s soft fork activation has always relied on overwhelming miner consensus to ensure no chain split. Dropping the bar to 55% introduced the real risk of a minority soft fork: a situation where a faction of miners with 55% hash power could enforce new rules on the remaining 45% without their consent, potentially forking the network. Michael Saylor warned of this explicitly, calling it "a path to chain split." His company, Strategy, holds over 84,000 BTC—a financial interest that makes his voice more than opinion. It is capital asserting its veto.
Core: The Technical and Economic Anatomy of a Failed Intervention Let’s break down the three layers where BIP-110 fails: protocol design, miner incentive alignment, and long-term value capture.
1. Protocol Design: A Dated Approach to Spam The proposal was not innovative. It was a blunt instrument borrowed from early Bitcoin scaling debates—a temporary data cap that would have required nodes to enforce rules based on transaction content rather than shape. Bitcoin’s scripting language explicitly avoids content-based filtering; it validates transactions, not their meaning. Implementing BIP-110 would have set a precedent for future proposals to target specific asset types, privacy tools, or even compliant addresses.
From my experience quantifying liquidity decay, I’ve seen what happens when protocols try to pick winners. They introduce systematic risk. The Ethereum merge was a upgrade; this was a censorship mechanism. The technical consensus among developers was clear: the cure was worse than the disease.
2. Miner Incentive Alignment: The Unseen Economic Trap Miners are not passive. They maximize profit. BIP-110’s backers argued that reducing "spam" would lower block propagation delays and improve miner profitability. But they ignored the flip side: Ordinals-related transaction fees had become a significant revenue stream for miners post-halving. In May 2024, inscription-related fees accounted for nearly 15% of total Bitcoin transaction fees. Slashing that would hurt miner income immediately, with no guarantee that "clean" transactions would fill the gap.
audited. The liquidity decay model I built for DeFi yield strategies in 2020 applies here: when you artificially suppress demand for block space, the price of that space (fees) does not automatically stabilize. It creates a vacuum that either collapses miner revenue or gets filled by lower-value transactions, eroding network security over time. Saylor’s comment about "reducing the fees paid to miners" was not just a talking point—it was a quantitative concern.
3. Long-Term Value Capture: The Immutability Premium Bitcoin’s value proposition rests on three pillars: scarcity, security, and immutability. The last is the hardest to maintain. BIP-110 would have introduced a new type of mutability—the ability for a coalition of miners to redefine what constitutes valid transaction content. That is a direct attack on the "Truth Layer" thesis I have written about in the context of AI verification. If Bitcoin’s ledger can be shaped by committee, its value as a truth anchor diminishes.
Contrarian: The Failure Is Actually Good for Bitcoin (and L2s) The obvious reading is that Bitcoin governance is broken, that it cannot adapt to new use cases, and that Ordinals will continue to bloat the chain. I disagree. The failure of BIP-110 is a positive stress test that reinforces Bitcoin’s core narrative: it cannot be easily changed. This "stagnation" is actually its strongest defense against regulatory capture and social engineering.
But the contrarian insight goes deeper. By rejecting on-chain intervention, the community has effectively issued a license to L2s. Lightning Network, RGB, Rootstock, Stacks—all of them just received a signal that the main chain will not cater to application-layer needs. The only path for Ordinals, BRC-20, and future tokenization is to move to Layer 2. This will accelerate investment into Bitcoin L2 infrastructure, a space that currently has less than $500 million in total value locked. Within 12 months, I expect that number to exceed $2 billion.
From my work on the Bitcoin ETF custodial infrastructure in 2024, I saw how institutional money flows to clarity. The clarity now is: Bitcoin will remain a settlement layer. Everything else must settle on top. That is a massive opportunity for projects that can provide trust-minimized bridging and smart contract capability.
audited. The risk of governance paralysis is real, but it is priced in. The market has long assumed Bitcoin will not upgrade substantively. The real risk to your portfolio is not that Bitcoin fails to evolve, but that you ignore the L2 narrative shift. When the next cycle begins, capital will flow to those capturing the "compute on Bitcoin" thesis.
Takeaway: Positioning for the Next Cycle BIP-110 will be forgotten by mainstream media within a week. But its impact on Bitcoin’s governance culture will echo for years. The proposal’s death confirms that the protocol will not be a laboratory for social experiments. That is a feature, not a bug, for long-term holders.
My recommendation: look past the price action. Track Bitcoin L2 TVL as a leading indicator. Pay attention to which projects are building custodial bridges that maintain the security of the main chain while enabling high-throughput applications. The liquidity decay in meme-based Ordinals will accelerate as fees rise and users migrate. The next wave of institutional adoption will not come through more complex L1 rules—it will come through invisible plumbing that makes Bitcoin the universal settlement layer for AI-generated data, tokenized assets, and verifiable credentials.
audited. Follow the liquidity, not the noise. The death of BIP-110 is a birth signal for the next phase of Bitcoin infrastructure.
Disclaimer: I hold positions in select Bitcoin L2 projects. This is not financial advice. DYOR.
Tags: Bitcoin, BIP-110, Soft Fork, Governance, Michael Saylor, Ordinals, Layer2, Liquidity, Macro, Crypto Infrastructure, Contrarian, Audit
Prompt for illustration: A realistic, cold-toned digital illustration of a fractured blockchain cube being held together by a single glowing wire labeled 'L2', with small nodes falling away into the void, symbolizing the rejection of a fork and the emergence of scaling solutions.
