Daily Crypto Roundup: Michael Saylor Rejects Bitcoin Cleanup Plan, Quantum Threat Grows, Kraken Options & Crypto’s AI Talent Crisis

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Welcome back to the Daily Crypto Roundup. Bitcoin is facing two completely different battles over its future today. In one, Michael Saylor is warning that a plan designed to clean unwanted data from Bitcoin could create a dangerous precedent for censorship and potentially split the network. In the other, researchers believe they have developed a tool that could help legitimate owners recover Bitcoin after quantum computers become powerful enough to break its current signatures. But, there is one enormous exception. The solution would not protect the estimated 1.1 million Bitcoin believed to belong to Satoshi Nakamoto. We will also look at Kraken's attempt to bring options trading to a much wider crypto audience, and why Hyperliquid co-founder Jeff Yan believes the crypto industry is losing some of its brightest potential founders to artificial intelligence. Before we get into all of that, let us take a quick look at the market. Bitcoin is trading at approximately $64,500.
Ethereum is sitting near $1,870.
XRP is at approximately $1.10.
Solana is trading around $76.
BNB is near $570. While Hyperliquid's hype token is trading at approximately $61.
Most of the major market is slightly higher today, although prices are still moving within a relatively narrow range. Before we continue, make sure you are following Crypto News Today wherever you listen to the show. And anyone who signs up to Kraken through our link in the description can message us once it is done to be entered into our XRP giveaways. Our first story concerns a new and increasingly heated argument about what Bitcoin should actually be used for.
Michael Saylor has come out strongly against Bitcoin Improvement Proposal 110, describing the proposal as a bad idea and warning that the attempted solution could be more dangerous than the original problem. BIP 110 is designed to reduce what its supporters describe as spam on the Bitcoin blockchain. The Bitcoin network was originally created as a peer-to-peer monetary system, but over time people have discovered ways to use Bitcoin transactions to store images, metadata and other forms of arbitrary data. Supporters of BIP 110 believe this activity increases demand for block space without contributing to Bitcoin's primary purpose as money.
Their proposal would introduce a temporary soft fork lasting approximately one year. During that period, several new restrictions would be placed on the types and sizes of data that can be included within Bitcoin transactions. The proposal contains seven separate consensus restrictions, including limits on data payloads and the rejection of certain types of script execution. Its supporters see this as a way of returning Bitcoin to its monetary roots. Saylor sees it very differently. His central argument is that the Bitcoin network cannot understand why someone is including a particular collection of data within a transaction. The network sees bytes of information. It cannot determine whether those bytes represent a pointless image, an important ownership record, an authentication system, a financial contract, or an application that has not yet been invented. Therefore, once developers begin deciding which types of activity are legitimate, human judgment becomes embedded within Bitcoin's consensus rules. That creates a precedent. Today, the target might be images or unwanted data. Tomorrow, it could potentially be privacy technology, new custody systems, or another activity that a powerful group of developers or miners decides it does not like. Saylor is also concerned about how BIP-110 could be activated. Major Bitcoin upgrades have traditionally attempted to obtain extremely high levels of miner support, often around 95%.
BIP-110 proposes a miner signaling threshold of only 55%.
That means a major change to the network could theoretically move forward despite almost half of Bitcoin's mining power refusing to support it. Saylor believes that is far too aggressive and could significantly increase the risk of the network dividing into competing versions. Even if an actual split were avoided, the possibility of one could create uncertainty for exchanges, institutions, miners and investors. Saylor's preferred solution is to leave Bitcoin's underlying consensus rules alone. Individual node operators can already decide which transactions they are willing to relay, while Bitcoin's fee market naturally makes excessive data storage more expensive when demand for block space increases. His argument is that unwanted activity should be managed through market forces and voluntary node policies, rather than by changing what the entire network considers to be a valid transaction. There is also a longer-term economic question. As Bitcoin's block subsidy continues to have, transaction fees are expected to become increasingly important to miners. If certain uses of the blockchain are restricted, total demand for block space could decline. That could mean lower fee revenue for miners and potentially weaker incentives to provide the computing power that secures the network. Saylor's position is that Bitcoin does not need people deciding which uses are pure enough to remain on the network. It needs people defending Bitcoin's neutrality. And that debate could become one of Bitcoin's most important governance battles of the year.