Paul Sztorc’s proposed eCash fork has been framed as a battle over Bitcoin principles. But a different interpretation is prevailing among infrastructure developers and builders.
They argue that this is not really a fork of Bitcoin. It is an aerial launch and potentially dangerous.
“I am strongly against the Paul fork, but not because it represents a ‘hostile hard fork of Bitcoin,’ as some claim,” Sergio Lerner, co-founder of Rootstock Labs, told CoinDesk in an email. “eCash is a new blockchain… It takes nothing directly from bitcoin holders.”
That distinction transcends much of the initial reaction. Unlike previous divisions that attempted to carry the Bitcoin name or compete for hash power, eCash is structurally closer to a new token that is airdropped to existing bitcoin holders.
But for Lerner and others, that framework changes the concern rather than resolves it.
Airdrops are common in cryptocurrencies. In Bitcoin, they are rare and often confusing.
Lerner argues that eCash distribution based on Bitcoin’s UTXO pool (the collection of “unspent transaction results,” essentially the chunks of bitcoin that make up users’ balances) exposes users to avoidable operational risks, particularly if they attempt to claim the tokens.
“Airdropping UTXO holders does not help bitcoiners and instead exposes them to significant risk,” he said, pointing to the need for users to take funds out of cold storage and interact with unknown software.
That risk is compounded by the lack of full replay protection between the two chains. Without clear separation, transactions destined for Bitcoin could inadvertently affect funds on the eCash network, or vice versa.
Dan Held, a Bitcoin entrepreneur, put it more bluntly: “Reallocating Satoshi coins is shock value marketing, and the non-repeat protection makes redeeming them quite dangerous.”
No-replay protection could allow a valid, signed hard fork transaction to be maliciously transmitted and accepted on another chain. This causes identical, unwanted transactions on both networks, resulting in accidental loss of funds. It occurs when two chains share the same transaction format.
Distribution questions
Beyond security concerns, the distribution itself is questioned.
Because ownership of Bitcoin is often mediated by exchanges, custodians, and institutional platforms, the entity that controls the private keys is not always the economic owner of the coins.
“The custodians who control UTXO keys are often not the legitimate economic owners,” Lerner said. “This puts users who hold bitcoins through custodians at a disadvantage.”
In practice, that means some users may never receive electronic money, while others may take new risks to access it. For systems built on top of Bitcoin, including sidechains such as Rootstock and federated custody networks, the situation becomes even more complex and may require coordination or updates to securely split coins between chains.
Lerner also criticized the project’s funding model, which allocates a portion of the Satoshi-pegged coins on the new chain to early investors, calling it “morally objectionable and unnecessary.”
philosophical fault line
For others, the objection goes beyond mechanics.
Jay Polack, head of Bitcoin sidechain strategy VerifiedX, sees the proposal as part of a broader category of attempts to reinterpret Bitcoin’s core properties through derivative systems.
“It’s mind-blowing to think that anyone could think that’s a really good idea,” Polack said, referring to the combination of forking and reallocating inactive coins.
Polack argues that even indirect changes to how Bitcoin ownership is represented risk undermining the system’s core guarantee.
“You can’t break the native ownership of Bitcoin. It’s totally contradictory to what Bitcoin is,” he said.
In that framework, eCash is less about whether Bitcoin itself changes (it doesn’t) and more about whether the ecosystem should tolerate structures that reinterpret its ledger.
Most Bitcoin forks fail to gain significant traction. eCash can follow the same path.
But the reaction is already making something else clear: Bitcoin’s resistance to change is not just about code or consensus rules. It extends to how users are expected to behave, how risk is introduced, and what types of experiments are considered acceptable at the limits.
Framed as an airdrop, eCash seems less of a challenge to Bitcoin and more of a test of how far its social limits really go.
