@@ -65,13 +65,13 @@ who sends 10[^fees] BTC to a P2TR address, where:
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used to generate the pubkey by shifting the NUMS point.
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1 . The script path spend has two paths:
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- 1 . "Deposit path", an $N$-of-$N$ multisig path,
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- where $N$ is the number of operators in the bridge.
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- 1 . "Take back" path,
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- which allows the user to take back their funds if the bridge fails to
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- move funds from the Deposit Request Transaction (DRT)
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- into the bridge address within approximately 8.5 hours,
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- i.e. it is time-locked and the user can spend it by providing a signature.
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+ 1 . "Deposit path", an $N$-of-$N$ multisig path,
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+ where $N$ is the number of operators in the bridge.
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+ 1 . "Take back" path,
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+ which allows the user to take back their funds if the bridge fails to
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+ move funds from the Deposit Request Transaction (DRT)
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+ into the bridge address within approximately 8.5 hours,
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+ i.e. it is time-locked and the user can spend it by providing a signature.
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This transaction has some metadata attached to it, in the form of an ` OP_RETURN `
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output, that can be up to 80 bytes long (according to bitcoin standardness policy),
@@ -125,7 +125,7 @@ The user requests a withdrawal on Strata and an operator is assigned to
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fulfill the request on bitcoin:
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1 . The user initiates a withdrawal request, in response to which
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- the corresponding amount of strata BTC or ` S-BTC ` is burned from Strata.
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+ the corresponding amount of strata BTC or ` S-BTC ` is burned from Strata.
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1 . After the burn is confirmed, the assigned operator creates
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and signs a Withdrawal Transaction (WT) on the Bitcoin blockchain
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where they spend 10 BTC from the bridge address' UTXO set,
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