@@ -68,7 +68,7 @@ notes a few changes in popular Bitcoin infrastructure projects.
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This completes the proposer step in SNICKER.
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If Bob participates in the scheme, his wallet can begin the
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- receiver by periodically checking the server to see if
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+ receiver step by periodically checking the server to see if
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anyone like Alice has sent him a proposed PSBT. If so, Bob can
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evaluate the PSBT to ensure it's correct, add his signature for his
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UTXO to finalize it, and broadcast the transaction to complete the
@@ -82,13 +82,13 @@ notes a few changes in popular Bitcoin infrastructure projects.
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people via a variety of servers, selecting whichever proposal he
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prefers (or none at all). Either party can also spend their UTXO
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normally at any time, automatically invalidating any pending proposals
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- without any harm done. The PSBTs can be exchanged using any medium that doesn't require users identify themselves,
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+ without any harm done. The PSBTs can be exchanged using any medium that doesn't require users to identify themselves,
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such as a via a simple FTP server over Tor, making it easy for anyone to host a
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SNICKER exchange server.
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The main downside of the proposal is that it requires the proposer
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(Alice) know the public key of the receiver (Bob). Almost all
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- transactions today pay an address that doesn 't include a public key ,
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+ transaction outputs today pay addresses that don 't directly include public keys ,
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although that may change if the proposed [ taproot] [ bip-taproot ]
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soft fork is activated and becomes widely adopted. In the meantime,
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the SNICKER proposal suggests scanning for reused addresses where public keys
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