The most talked about topic in crypto this week is not the price movement – it is a question that affects the philosophy of Bitcoin: will the network freeze Satoshi Nakamoto’s untouchable coins to prevent future computers from stealing them? Binance founder Changpeng “CZ” Zhao put the question on the table, and the biggest names in the industry joined the opposing sides.
Here’s what’s happening, why it’s important, and where the debate begins.
What did CZ think?
Speaking on the Galaxy Brains podcast with Galaxy Research President Alex Thorn on June 18, CZ floated a hypothetical rather than a definitive plan. His idea: After Bitcoin evolves into a cryptographically neutral system, those with old, insecure addresses – including anyone who controls Satoshi’s estimated 1.1 million – will be. $BTC – they get a window of six to twelve months to transfer their money to newly secured addresses. If the money remains at the end, the community can choose to turn it off.
His reasoning was vague. In other words, if nothing is done with the money that is lying dormant, the network will give it to whoever steals it. The 1.1 million coins are worth about $68 billion at Bitcoin’s current price of around $62,000.
In fact, CZ was careful about who he chose. He stressed that any change would require a soft fork or a hard fork approved by the Bitcoin community – not a decision by Binance or any company. He later pushed back on the idea that he himself wanted to close Satoshi’s wallet, saying that telling Satoshi’s addresses to be different from other original mining addresses is technically wrong, and about 22,000 addresses of about 50 BTC are distributed according to Satoshi.
Why is quantum computing suddenly a Bitcoin issue?
The worry is that a powerful enough computer could break the cryptography (ECDSA) that protects Bitcoin wallets – scanning the blockchain to find public keys and finding the private keys behind them.
This went from sci-fi to the mainstream programming conversation for good reason. On March 30, 2026, Google Quantum AI published a 57-page white paper – written by Ethereum Justin Drake is a Stanford researcher of the Foundation – who completely changed the elements needed to break Bitcoin’s cryptography, and cut the requirements by about twenty. Drake himself said that his confidence that a large computer will be able to find the private key of Bitcoin by 2032 increased significantly after the paper, putting it at less than 10%.
The scale is bigger than just Satoshi. As of March 1, 2026, more than 34% of all bitcoins in circulation have a public key that is visible on the chain, making the currency vulnerable to increasingly powerful blockchains. To be clear, the gap between today’s hardware and Bitcoin-crunching machines is still huge — Google’s most advanced chip, the Willow, has 105 qubits today — but it’s the journey that developers are currently working on.
How are these companies doing?
This is where it gets interesting: some of the most respected voices in Bitcoin can’t agree, and they split into three camps.
- Freezes coins (method CZ / BIP-361). Developer Jameson Lopp has written Bitcoin Improvement Proposal 361, which sets a gradual, five-year migration away from vulnerable signatories. Lopp pitches it less as a system to expropriate Satoshi coins and more as a way to create incentives and deadlines for users, exchanges, depositors and organizations to migrate over time. In particular, Lopp himself disparaged CZ’s design, describing it as thinking about threats rather than making statements.
- Do nothing (property rights line). Investor Michael Terpin argues that the freezing of everyone’s money gives Bitcoin its initial promise. In his opinion he is starting to slip into a licensed system in a non-licensed system. He also doubts that a deal is possible, saying that it took years to implement SegWit, so a quick deal now is doubtful. His economic argument: if Satoshi is gone and only a massive hack unlocks the currency, the sale would hurt the price but it would be a one-time event where Bitcoin recovers.
- Circular method (reliable method of approval). Bitwise’s Matt Hougan denies that the money was stolen and frozen. Instead he supports a request from Castle Island Ventures’ Nic Carter to put Satoshi’s bitcoin into a legal trust until ownership can be proven through history books – a method that Hougan says avoids the philosophical problems of both CZ’s ideas and “let anything happen” view.
Why is this important in the mass market?
Above the philosophy, there is the real market. The coins represent the total amount of money, and the way the network is used affects the most profound questions about the identity of Bitcoin – is it immutable and immutable, or will the community ignore the facts when the prices are high enough?
This time also comes in an already fragile market. The conflict this week came when Bitcoin was clawing back from the most pain: it touched a 21-month low of around $57,950 at the end of June before recovering back above $63,200, and saw Bitcoin ETFs put their worst monthly output of around $4 billion in June, turning yearly negative flows for the first time. The question of Bitcoin’s security is the same type of issue that creates long-term confidence.
