The eCash fork proposed by Paul Sztorc was considered a debate surrounding Bitcoin principles. But among developers and infrastructure builders, a different explanation is gaining ground.
They believe that this is not a real Bitcoin fork. It’s an airdrop, and potentially dangerous.
“I am firmly opposed to Paul’s fork, but not because it represents what some have called a ‘hostile Bitcoin hard fork,'” Rootstock Labs co-founder Sergio Lerner told CoinDesk in an email. “eCash is a new blockchain…it does not directly take anything away from Bitcoin holders.”
This distinction dispelled much of the early backlash. Unlike past schismatics that have attempted to use the Bitcoin name or compete for hash power, eCash is structurally closer to a new token being airdropped to existing Bitcoin holders.
But for Lerner and others, this framing deflects rather than solves the problem.
Airdrops are common in cryptocurrencies. In Bitcoin, they are rare and often confusing.
Lerner believes that allocating eCash based on the set of Bitcoin UTXOs (the collection of “unspent transaction outputs”, essentially the blocks of Bitcoin that make up a user’s balance) exposes users to avoidable operational risks, especially when they try to claim their coins.
“Airdrops to UTXO owners do not help Bitcoin holders and would put them at significant risk,” he said, noting that users would need to move funds out of cold storage and interact with unfamiliar software.
This risk is compounded by the lack of comprehensive replay protection between the two chains. Without clean separation, Bitcoin transactions could inadvertently impact funds on the eCash network and vice versa.
Bitcoin entrepreneur Dan Held put it more bluntly: “Redistributing Satoshi’s coins is shock value marketing, and the no replay protection makes redemption very dangerous.”
No replay protection could allow valid signed transactions from a hard fork to be maliciously broadcast and accepted on another chain. This can lead to identical, unwanted transactions occurring on both networks, leading to unexpected loss of funds. This happens when both chains share the same transaction format.
distribution problem
In addition to security concerns, the distribution itself has also been questioned.
Because Bitcoin ownership is often intermediarated by exchanges, custodians, and institutional platforms, the entity that controls the private keys is not always the economic owner of the Bitcoin.
“The custodian who controls the UTXO key is typically not the legal economic owner,” Lerner said. “This puts users who hold Bitcoin through custodians at a disadvantage.”
In practical terms, this means that some users may never receive electronic cash, while others may take new risks to obtain it. For systems built on top of Bitcoin—including sidechains and co-custodian networks like Rootstock—the situation becomes more complex and may require coordination or upgrades to securely split coins across chains.
Lerner also criticized the project’s funding model, which allocates some Satoshi-related tokens on the new chain to early investors, calling it “morally objectionable and unnecessary.”
philosophical fault lines
For others, the objections go beyond mechanics.
Jay Polack, head of strategy at Bitcoin sidechain VerifiedX, believes the proposal is part of a broader attempt to reinterpret Bitcoin’s core properties through a derivative system.
“It’s unbelievable that anyone would think this was a really good idea,” Pollack said, referring to the combination of forks and redistribution of dormant tokens.
Pollack believes that even indirect changes to the way Bitcoin ownership is represented have the potential to undermine the core safeguards of the system.
“You can’t break the native ownership of Bitcoin. That’s completely contradictory to the nature of Bitcoin,” he said.
In this framework, eCash cares less about whether Bitcoin itself will change—it doesn’t—and more about whether the ecosystem should tolerate reinterpretations of the structure of its ledger.
Most Bitcoin forks fail to gain meaningful traction. Electronic cash may follow the same path.
But the reaction to this has clarified something else: Bitcoin’s resistance to change isn’t just about the code or consensus rules. It extends to how users behave, how risk is introduced, and what kind of experimentation is considered acceptable at the edges.
As an airdrop, eCash looks less like a challenge to Bitcoin and more like a test of how far its social boundaries can actually reach.