BREAKING 🚨
Bitcoin developer unveils a “landmine” protocol that forces quantum thieves to forfeit their own BTC when attempting to steal vulnerable coins 🛡️.
The scheme requires any party moving potentially quantum‑exposed Bitcoin to post collateral equal to the value of the coins. If a malicious actor triggers the transfer, the original holder can claim both the stolen coins and the posted collateral, effectively turning the attack into a self‑inflicted loss. Developers argue this creates a financial deterrent without altering the core consensus rules. Implementation could be achieved through a soft‑fork upgrade that adds the collateral check to transaction validation. Stakeholders see it as a stopgap measure while the ecosystem works toward full quantum‑resistant cryptography ⚡.
The proposal is now under review, and its adoption could reshape Bitcoin’s defense against emerging quantum threats ✅.
$UVXYB, $CYBER, $UAI
Bitcoin developer unveils a “landmine” protocol that forces quantum thieves to forfeit their own BTC when attempting to steal vulnerable coins 🛡️.
The scheme requires any party moving potentially quantum‑exposed Bitcoin to post collateral equal to the value of the coins. If a malicious actor triggers the transfer, the original holder can claim both the stolen coins and the posted collateral, effectively turning the attack into a self‑inflicted loss. Developers argue this creates a financial deterrent without altering the core consensus rules. Implementation could be achieved through a soft‑fork upgrade that adds the collateral check to transaction validation. Stakeholders see it as a stopgap measure while the ecosystem works toward full quantum‑resistant cryptography ⚡.
The proposal is now under review, and its adoption could reshape Bitcoin’s defense against emerging quantum threats ✅.
$UVXYB, $CYBER, $UAI
