Satoshi Nakamoto’s Bitcoin Fortune Faces Theft Risk—But This BTC Developer’s Fix Could Save It

What happens if the world's most valuable digital treasure chest—Satoshi Nakamoto's untouched Bitcoin hoard—gets cracked open? A chilling prospect for the crypto faithful, but one developer isn't waiting to find out.

The Invisible Threat to Genesis Wealth

For years, the security of Satoshi's estimated 1.1 million BTC has been a sacred assumption. The coins sat dormant, protected by early cryptography and the founder's anonymity. But as quantum computing advances from theory to looming reality, that protection looks increasingly like a digital sitting duck. Old keys could become an open vault.

A Code-Based Shield Emerges

Enter a proactive Bitcoin core contributor with a surgical solution: a backward-compatible protocol upgrade. This isn't a hard fork panic switch. Instead, it quietly layers a quantum-resistant signature algorithm atop the existing blockchain—a digital force field that activates only if an attack is detected. Think of it as a silent alarm that also changes the locks.

The proposal cuts through the usual crypto governance gridlock. It bypasses the need for a contentious consensus overhaul by making the upgrade opt-in and threat-triggered. Miners and nodes would adopt it not out of fear of the future, but as a pragmatic insurance policy. The network evolves without the drama—a rare feat in a space that loves a good fork fight.

Why This Fix Matters Beyond the Myth

Protecting Satoshi's stash isn't about preserving one whale's portfolio—it's about defending Bitcoin's foundational narrative. A theft of the genesis coins would be more than a heist; it'd be a symbolic collapse, shaking trust in the system's immutability. The developer's patch aims to keep that story intact, ensuring the original Bitcoin remains untouchable, even as the tech around it transforms.

The cynical take? Wall Street would probably price in the theft risk as a "market adjustment" and sell you a quantum-risk ETF anyway. But in the crypto world, some legends are worth coding to protect—before the clock runs out.

BTC Dev Provides Solution On How To Handle Satoshi Nakamoto’s Bitcoin Holdings

Beast has proposed version 2 of the Hourglass proposal, which aims to reduce the Pay-to-Public-Key (P2PK) output that can be included in transaction inputs to 1 BTC per block. It is worth noting that Satoshi Nakamoto’s Bitcoin stash of around 1.1 million BTC is a P2PK address, which exposes the public key and makes it more vulnerable to quantum attacks. 

A Chainalysis report revealed that approximately $718 billion in Bitcoin is held in addressesvulnerable to quantum attacks, including these P2PK addresses. As such, Bitcoin could face an unprecedented supply shock if these coins get stolen by quantum attackers. 

Beast’s Hourglass proposal aims to minimize selling pressure to the barest minimum while also offering a compromise on whether to freeze or burn Satoshi Nakamoto’s coins to prevent them from falling into the wrong hands. The Hourglass v2 proposal also noted that burning or freezing these coins may be viewed as confiscatory, which could set a dangerous precedent for changing Bitcoin’s monetary policy going forward. 

If activated, the Hourglass V2 proposal will ensure that only one P2PK output may be included as a transaction input per block. Furthermore, no P2PK outputs to any address not currently being spent from can be created. Lastly, no P2PK outputs can be created from other output types. 

Meanwhile, it is worth noting that this proposal applies only to P2PK addresses, and other outputs that are vulnerable to quantum threats remain at risk. This is because putting similar restrictions on other output types may limit the transition to quantum-resistant Bitcoin addresses. These other output types are still commonly used, unlike Satoshi Nakamoto’s P2PK address, which makes the latter easy to sunset.

Rationale For The Proposal 

The Hourglass V2 proposal will limit P2PK output to approximately 144 BTC per day. Beast noted that this should effectively mitigate the market impacts of quantum attacks on P2PK coins since these quantum attackers won’t be able to dump all the Bitcoin at once. 

Without such restrictions, over 6,000 P2PK transactions could be executed in each block, releasing over 300,000 BTC per block to the market. At such a rate, all P2PK coins, including Satoshi Nakamoto’s, could be spent in just a few hours. 

However, under the rules of the Hourglass V2, it would take more than 32 years to move all P2PK coins, which drastically reduces quantum-related market risks. A positive is that original keyholders, such as Satoshi Nakamoto, should remain able to move their coins even after the proposal is activated, as long as no quantum actors are currently competing for P2PK transactions.