Michael Saylor, executive chairman of Strategy, has entered one of Bitcoin’s most contentious protocol debates in years, publishing a 110-point essay urging the network to reject BIP-110, a proposed software change that would restrict certain forms of arbitrary data storage on the blockchain.
The essay, titled “110 reasons BIP 110 is a bad idea,” was released on Saturday and had drawn more than 840,000 views by Sunday. Its publication comes just weeks before the proposal’s signaling period is expected to begin in early August, a phase that could determine whether the measure gains enough miner support to move toward activation or becomes a source of deeper division across the network.
Public signaling data showed miner support for BIP-110 at just 0.86%, far below the level needed for early activation. Under the current timetable, signaling is expected to begin around block height 961,632, estimated for August 7. Active enforcement would begin around September 1 if the proposal advances.
Saylor argued that Bitcoin’s rules should not attempt to judge the purpose or intent behind transactions that are otherwise valid and pay the required fees. He said unwanted data can be filtered by users, applications, and service providers without changing consensus rules, the core rules that determine which blocks and transactions are accepted by the network.
The intervention is notable because Strategy is the largest corporate holder of bitcoin. According to filings from mid-July, the company held 843,775 BTC at an average purchase price of $75,476, with the position valued at about $54.28 billion at that time. That scale gives Strategy a major financial stake in network stability, even though Bitcoin governance does not give formal authority to companies based on the size of their holdings.
The debate now centers on whether BIP-110 is a necessary defense against non-monetary data activity on Bitcoin or a risky attempt to impose subjective limits on a system designed to process valid transactions without discrimination.
What BIP-110 would do
BIP-110 is a proposed one-year soft fork that would introduce temporary restrictions on data-heavy activity on the Bitcoin blockchain. The proposal was originally introduced as BIP-444 in October 2025 after the release of Bitcoin Core v30 and later reworked under the BIP-110 label.
Its implementation code is based on Bitcoin Knots, software maintained by Luke Dashjr, who also serves as chief technology officer at Ocean. Supporters of the proposal say it is intended to reduce or discourage the use of Bitcoin block space for arbitrary data uploads, which they argue can congest the network, increase operating costs, and undermine Bitcoin’s primary role as a monetary system.
The proposal includes seven limits aimed at restricting certain data-heavy transaction patterns. Because it is structured as a soft fork, it would tighten the rules for what is considered a valid block. Nodes enforcing BIP-110 would reject blocks that do not comply with the new limits once enforcement begins.
That design is central to the controversy. A soft fork can be relatively smooth if a strong majority of mining power enforces it. But if support remains low, enforcing nodes may reject blocks produced by most miners, increasing the risk of a chain split or a minority chain that diverges from the broader network.
Low miner support raises split concerns
The current signaling level of 0.86% is well below the 55% threshold required for early activation. If support remains near that level during the signaling period, nodes running BIP-110 could reject almost all blocks produced by non-signaling miners.
Jason Hughes, Ocean’s vice president of development and engineering, recently estimated node adoption for the proposal at roughly 7% to 15%. Based on that estimate, he projected that the proposal would be unlikely to gain consensus within the required timeframe.
The low level of miner signaling does not automatically end the debate, but it makes activation more difficult. Bitcoin protocol changes depend on coordination among miners, node operators, developers, businesses, wallets, and users. No single group can easily force a change without risking fragmentation.
That coordination challenge is why BIP-110 has drawn heightened attention. A failed proposal would likely fade or be revised. A proposal enforced by a minority of nodes while most miners continue under existing rules could create disruption, especially for exchanges, wallets, payment processors, custodians, and traders moving funds during the activation window.
Bitcoin’s total computing power recently exceeded 1.16 zettahashes per second, underscoring the scale of the network that would need to coordinate around any rule change. A permanent chain split remains an extreme outcome, but even uncertainty around one can affect transaction behavior, fee markets, and confidence in settlement finality.
Saylor argues against interpreting transaction intent
In his essay, Saylor argued that protocol rules should not be used to interpret whether a transaction’s purpose is desirable. His central position was that if a transaction follows current consensus rules and pays the required fee, the network should not reject it because some participants dislike the data it carries.
That argument reflects a long-running divide within Bitcoin culture. One side views block space as a scarce commodity that should be used primarily for monetary transfer. The other side argues that Bitcoin’s neutrality depends on not allowing protocol rules to discriminate among valid transactions based on perceived purpose.
Saylor’s essay framed BIP-110 as a threat to that neutrality. He suggested that data filtering can happen outside the consensus layer, through wallet policies, mempool preferences, indexing tools, or other optional methods. In that view, participants who do not want to store, relay, or display certain data can choose not to do so without changing the rules that define valid blocks.
Supporters of BIP-110 see the issue differently. They argue that arbitrary data storage can create long-term costs for node operators and can crowd out ordinary monetary transactions. They contend that temporary restrictions would help restore balance to transaction demand and protect Bitcoin’s use as money.
The clash is not simply technical. It reflects competing views of what Bitcoin should optimize for: strict monetary use, broad transaction neutrality, low node burden, high fee-market openness, or some compromise among them.
Why Strategy’s role matters
Saylor’s comments stand out because Strategy is not a small market participant or a casual commentator. The company has made bitcoin central to its corporate identity and balance sheet, with hundreds of thousands of BTC accumulated over several years.
That does not give Strategy formal control over Bitcoin’s protocol, but it does make Saylor’s intervention highly visible. When the executive chairman of the largest corporate bitcoin holder publicly opposes a protocol proposal, traders, miners, developers, and service providers tend to pay attention.
On Sunday morning, Saylor posted a chart tracking Strategy’s bitcoin holdings with the caption, “What’s next?” By Sunday afternoon, the post had attracted nearly one million views. The chart displayed a $9.4 billion unrealized loss relative to acquisition cost, based on the figures shown in the post.
Saylor’s weekend tracking posts have sometimes preceded company transaction announcements, though the pattern has not been consistent. Earlier in July, one such post was followed by the company’s largest recorded sale, while later posts were not followed by similar announcements. Strategy had not confirmed any additional transactions for the week ending Sunday.
The company’s large bitcoin position adds another layer to market scrutiny. A sharp decline in bitcoin’s market value could increase pressure on balance sheets for companies with large holdings and debt obligations. However, the timing and likelihood of any asset sales depend on corporate financing structures, liquidity needs, board decisions, and market conditions, not simply on short-term price moves.
Fee market risk comes into focus
Network fees were relatively low near $2.63 on average, according to recent transaction data cited in the original report. But previous technical disputes and periods of heavy block-space demand have shown that Bitcoin fees can rise quickly when traders rush to move funds or when the mempool becomes congested.
If uncertainty around BIP-110 grows, some traders may choose to adjust their operational plans before the signaling and enforcement windows. That could include consolidating unspent transaction outputs, moving funds earlier rather than during peak congestion, reviewing wallet compatibility, or monitoring transaction confirmation times more closely.
The main risk is not just higher fees. During a contentious activation window, traders may also worry about delayed confirmations, inconsistent handling by service providers, or confusion over which chain is being followed if a split were to occur. In a severe scenario, businesses and wallets could temporarily pause deposits or withdrawals while assessing network conditions.
For now, there is no evidence that such disruption is imminent. Miner signaling remains extremely low, and the proposal appears far from the support needed for a smooth activation. Still, the scheduled start of signaling around block 961,632 gives the debate a clear deadline.
Daily block data becomes a key signal
The most important near-term indicator will be miner signaling. If support remains near 0.86%, BIP-110 is unlikely to gain broad activation momentum. If support begins rising significantly, the risk profile changes.
Traders are also likely to watch node adoption estimates, developer commentary, mining pool statements, and announcements from major infrastructure providers. Large movements from known corporate addresses may draw attention as well, particularly because large transfers can affect sentiment even when they do not immediately represent selling.
The debate could also shift if BIP-110 supporters revise the proposal, delay enforcement, or seek a different activation method. Bitcoin’s history includes several intense technical disputes that ended in compromise, delay, abandonment, or the emergence of competing software paths.
At the same time, the network’s decentralized governance model means uncertainty can persist longer than in traditional corporate software environments. There is no central authority that can order all participants to upgrade, reject the proposal, or pause the process.
A broader fight over Bitcoin’s identity
The dispute over BIP-110 is part of a larger argument about Bitcoin’s future. The rise of data-heavy uses of block space has challenged earlier assumptions about what the chain would mainly be used for. Some participants view these uses as spam or abuse. Others see them as valid demand in an open fee market.
Saylor’s essay pushes firmly toward the latter principle, even if he does not endorse all uses of block space. His argument is that Bitcoin’s strength comes from predictable, neutral rules, and that allowing protocol-level filters based on transaction purpose could set a precedent for future restrictions.
Supporters of BIP-110 counter that neutrality must be balanced against the cost of permanently storing arbitrary data across a global network of nodes. They argue that Bitcoin’s long-term health depends on keeping node operation practical and preserving the blockchain for monetary settlement.
With the August signaling window approaching, the debate is moving from theory into a measurable phase. Miner support, node adoption, and public statements from major participants will determine whether BIP-110 remains a minority proposal or becomes a serious activation fight.
For now, Saylor’s intervention has made one point clear: a proposal that began as a technical effort to limit data storage has become a high-profile test of Bitcoin’s governance, its fee market, and its definition of neutrality.
To deepen your understanding of Bitcoin’s infrastructure debates, explore what is Bitcoin and how does it work in detail.
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