Why, according to Michael Saylor, the BIP 110 project will threaten Bitcoin – Bitcoin.pl

Key conclusions

  • The BIP 110 proposal assumes an annual restriction on the transmission of any data on the Bitcoin network, which is intended to prevent spam, but raises the risk of censorship.
  • Michael Saylor from Strategy strongly opposes the changes, pointing out the danger of lowering the consensus threshold from 95% to 55% of miners’ votes.

A fierce dispute has erupted in the Bitcoin community over the future of the network’s architecture. The new technical proposal, known as BIP 110, assumes the introduction of a temporary soft fork that will block the transmission of certain data not directly related to a purely monetary function. These changes are intended to cleanse the blockchain of spam. Michael Saylor, co-founder of Strategy, officially and decisively opposed the project, publishing a manifesto on the X platform titled “110 reasons why BIP-110 is a bad idea.” Saylor believes that implementing this type of restrictions affects the foundations of the cryptocurrency and opens the door to top-down control of the network.

Threats to neutrality and the BIP 110 specification

The project to modify the protocol assumes the implementation of seven new restrictions for a period of one year. The update creators want to impose limits on the size of data packets and reject the execution of certain scripts. Proponents of this solution argue that Bitcoin should only be used as peer-to-peer digital money. Excess data stored in blocks burdens the infrastructure and increases the costs of maintaining nodes, which in their opinion threatens decentralization.

Saylor counters these allegations by saying that the network should not, in principle, judge the intentions of users or the type of information transmitted. Bitcoin processes bytes of code and cannot distinguish whether a given packet is a text document, a piece of digital art, a contract or confidential metadata. Trying to technically define what is a legitimate transaction and what is spam introduces an element of human judgment into the code. According to Strategy’s president, this creates a dangerous censorship precedent that could be used in the future to block privacy tools or corporate transactions.

Changing miners’ voting rules and the risk of a split

However, what arouses the greatest emotions is the provision regarding the method of accepting changes in the protocol. The previous standard required support of 95% of the computing power generated by miners. The creators of BIP 110 proposed reducing this threshold to only 55%. Such a mechanism is intended to facilitate the implementation of innovations, but according to critics, it has serious consequences for market stability.

Saylor calls the proposal an overly aggressive attempt to force change. With such a low acceptance threshold, there is a real risk that almost half of the networks will not agree to the new rules. As a result, the chain may permanently split into two independent, competing versions of Bitcoin. Such a scenario generates enormous market uncertainty, which will negatively affect the confidence of large commercial entities. Institutions invest in bitcoin because of its predictability and immutable, secure environment.

Market Alternatives and Economic Impacts of BIP 110

Strategy currently has 843,775 BTC in its vault, which gives it the status of the largest publicly listed holder of this cryptocurrency in the world. Company representatives draw attention to the long-term financial consequences of artificially limiting network traffic. Reducing the number of transactions will translate directly into a decrease in revenues from transaction fees. In the reality of cyclical reduction of the reward for a mined block, i.e. halving, stable revenues from fees are necessary for miners to be motivated to maintain computing power and secure transactions.

Instead of modifying the source code, Saylor recommends using market mechanisms. The free market itself regulates the level of spam through fees – users sending unnecessary data will be forced out over time by rising transaction costs. Additionally, node operators have the right to configure their own traffic forwarding policies, which allows for network filtering without introducing global bans.