About 1.1 million bitcoins, which are linked to Satoshi Nakamoto, may become one of the first targets for quantum attacks. This was stated by Litecoin creator Charlie Lee. According to him, the problem lies not only in the technology but also in the complex question that arises around these coins for the entire Bitcoin community.
We are talking about old wallets that were created in the early years of the network's existence. Their protection is structured differently than that of more recent addresses. That is why they are considered more vulnerable in the event of a real breakthrough in quantum computing.
Old addresses are less secure
The reason for the risk is related to the format of early transactions in the Bitcoin network. In 2009-2010, a scheme was often used where the public key was visible directly. Later, the network transitioned to a more secure model where the hash of the key is published first, not the key itself.
This is an important distinction. In the old format, it is easier for a potential attacker to access the signing mechanism if quantum computing ever allows breaking such cryptography.
It is precisely these early addresses that are associated with Satoshi's wallets. According to Charlie Lee, if the threat ever becomes real, it is these coins that will be the first under attack.
The risk concerns not only Bitcoin
Lee emphasizes that the quantum threat is not limited to cryptocurrencies. If such computers can indeed break current encryption methods, the security of a much broader range of systems—from banking infrastructure to secure communications—will be in question.
But for the crypto market, the problem is particularly sensitive. If it becomes possible to access someone else's wallet through the hacking of cryptography, it will strike at the very basic principle of ownership of digital assets.
That is why the discussion has already begun, even though the market is still far from the practical implementation of such a scenario.
The dispute hinges not only on technology
The most complicated part of this story is not related to the code, but to network management. If the community ever decides to switch to quantum-resistant wallets, the question will arise: what to do with Satoshi's coins. If the creator of Bitcoin is no longer alive or is unavailable, there will be no one to transfer these funds to the new format. Then a fork arises.
The first option is to change nothing and leave everything as it is. The second is to change the network rules so that such coins cannot be spent or so that they are forcibly protected. But this is where the conflict with the principles of decentralization begins.
Freezing coins could undermine the foundations of the network
According to Lee, if the community decides to intervene and prohibit the movement of these coins, it will mean a departure from the fundamental logic of Bitcoin. After all, one of the main ideas of the network is precisely that no one should have the ability to manually decide the fate of others' funds.
On the other hand, if everything is left unchanged, in the event of powerful quantum machines appearing, these coins could become 'orphaned' and go to whoever first gains the technological advantage. This is no longer just a technical risk; it is a philosophical problem for the entire network.
Discussion in the community is already underway
The topic of quantum protection and old wallets has been sounding more frequently in recent months. Some market participants believe that future network upgrades may require freezing part of the old bitcoins, including Satoshi's coins.
Others, on the contrary, oppose any forced intervention. Their argument is simple: the network should not rewrite rules retroactively, even if it is about protection from future risks. That is why the question remains open for now. There is no consensus within the industry.
Technologically, the threat is still far off
At the moment, quantum computers are still too weak to actually break Bitcoin's cryptography. Machines of a completely different level than those that exist today would be required for this.
Different estimates show that such a level is still a long way off. But it is noteworthy that the market has already begun to take this risk into account, at least at the level of expectations. Some institutional investors and strategists directly mention the quantum threat as one of the factors of caution regarding Bitcoin.
This means that the discussion started before the technology itself became a real problem.
Litecoin can move faster than Bitcoin
Charlie Lee believes that smaller networks are capable of testing such changes earlier. In his opinion, Litecoin, being a more compact network, can try new solutions faster and serve as a platform for experiments.
The logic here is clear. If the protection mechanism first demonstrates its effectiveness in a network that is similar in architecture, it could simplify the discussion of similar steps already in Bitcoin. But for now, this is just a hypothesis. The market has not yet reached practical solutions.
What’s next?
Satoshi's coins have not moved for more than ten years. As long as they remain untouched, the question seems theoretical. But the very discussion shows how complex the next major fork for Bitcoin could become.
If the network ever truly faces a quantum threat, the community will have to choose between two values. On one hand—protecting old coins. On the other—maintaining the principle that no one has the right to change the rules of ownership of others' funds.
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