Quick Take
  • What if someone hacked your Bitcoin wallet and ended up paying you for the theft?
  • That is the idea behind a proposal from Bitcoin Core developer Cory Fields.
  • On November 4, he introduced “quantum landmines” to the Bitcoin Development Mailing List.
  • The idea is surprisingly simple: let Bitcoin owners secretly prepare traps that punish future hackers.

What Happened

What if someone hacked your Bitcoin wallet and ended up paying you for the theft? That is the idea behind a proposal from Bitcoin Core developer Cory Fields.

On November 4, he introduced “quantum landmines” to the Bitcoin Development Mailing List. The idea is surprisingly simple: let Bitcoin owners secretly prepare traps that punish future hackers.

How Could a Bitcoin Hacker Lose Their Own Money?

Hackers must give Bitcoin to steal Bitcoin: Under the proposed rules, once quantum attacks become possible, anyone attempting to move that vulnerable 1 BTC must provide another 1 BTC as collateral. Both amounts then face a waiting period, potentially 30 days.

Hackers can steal, but you will get it back: If a quantum hacker steals your Bitcoin, you can reveal your secret proof during that window, recover your BTC and seize the hacker’s deposit.

The hacker loses money. You could walk away with twice your original holdings.

The blockchain cannot distinguish a hacker from a legitimate owner. So everyone moving vulnerable Bitcoin would face the same collateral requirement.

If their private keys are lost, nobody can prepare a landmine. Fields proposes alternative auction mechanisms where bidders could challenge hackers and claim their deposits. One version would permanently destroy the vulnerable coins.

That raises difficult questions about ownership and Bitcoin’s supply.

For now, the debate exposes a difficult trade-off: protecting Bitcoin from future hackers could make moving older coins far more expensive for legitimate owners.

The post Bitcoin Developer Proposes a Quantum Trap for Hackers appeared first on BeInCrypto.

Market Context

Imagine you own 1 BTC in an old wallet vulnerable to quantum attacks.

Before Q-Day, you create a hidden proof of ownership inside a tiny quantum-safe Bitcoin output. Nobody else can see that proof.

Why It Matters

As Bitcoin prepares for Q-Day, when powerful quantum computers could break its current cryptography, Fields wants to make stealing vulnerable coins a costly gamble.

Fields argues that attackers would become “wary of stealing coins as they may be secretly guarded by mines.”

Someone holding 10 BTC in an old wallet might need another 10 BTC in quantum-safe funds just to move their savings.

Details

But There’s a Major Problem for Bitcoin Holders

There is another complication – dormant Bitcoin, including Satoshi-era holdings.