Bitcoin Fork Proposal Seeks to Reassign 500,000 Coins Linked to Satoshi
Bitcoin is again confronting questions of ownership and immutability after developer Paul Sztorc floated a hard-fork concept involving early-mined coins widely associated with Satoshi Nakamoto. The idea lands as the community also weighs whether long-dormant BTC should ever be frozen to reduce potential future risks from quantum computing.
Sztorc, co-founder and CEO of LayerTwo Labs, has outlined plans for a separate network called eCash. The chain would replicate Bitcoin's full transaction history, but rewrite a portion of the ledger connected to early mining output. Under the proposal, roughly 500,000 coins associated with the so-called Patoshi pattern would be reassigned. Researchers have long linked that mining pattern to Satoshi, though no formal proof of ownership exists.
Sztorc said the reassigned coins would be used to support early investors in the new project ahead of its intended launch. He added that Bitcoin holders would also receive eCash on a one-for-one basis with their BTC balances at the snapshot taken at the fork point.
The plan would not move any BTC on Bitcoin's main chain. It would create a new blockchain with an altered history. Bitcoin developer Jameson Lopp characterized it as a separate-chain event rather than a direct transfer of BTC.
For Bitcoin holders, the mechanics are straightforward: BTC balances would remain on the original network, and matching eCash balances would appear on the new chain based on holdings at the snapshot. The open question is market appetite for a fork whose narrative centers on reassigned Satoshi-linked coins. Some holders may disregard the new asset; others may sell or trade it once exchanges list it.
Past splits illustrate how markets can differentiate between legacy networks and breakaway chains. Bitcoin Cash emerged in 2017 from a scaling dispute. Ethereum split in 2016 after the DAO hack, with Ethereum Classic preserving the original transaction history.
The broader context is a parallel debate over whether coins that have been inactive for long periods should be frozen as a defensive measure against quantum computing. Some estimates put about 5.6 million BTC in wallets that have not moved for more than a decade. Supporters argue that advances in quantum computing could eventually threaten older cryptographic signatures, leaving certain dormant coins exposed if early wallet protections can be compromised. Opponents counter that freezing any coins would undermine Bitcoin's core promise of unconditional ownership, a principle many institutions cite as a reason for holding the asset.
Because Sztorc's proposal operates on a separate chain, it would not directly change Bitcoin's ledger. Even so, it could intensify debate around Satoshi-linked supply, the value of forked assets, and the boundaries of developer-driven change. Analysts in the dormant-coin debate have warned that any main-chain adjustment to balances could trigger rapid repricing, particularly if funds with strict ownership and censorship-resistance mandates begin to view protocol rules as more flexible.
The eCash fork carries less direct protocol risk for Bitcoin because adoption is optional. Its eventual value would hinge on post-launch support from users, exchanges, miners, developers, and available liquidity.
