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PTLC Cycle Jamming

In Point Time Locked Contract (PTLC) based Lightning channels the lock is randomized at each hop so that two malicious nodes separated by at least one honest node in a payment path cannot use the lock to determine whether the PTLCs are part of the same payment. Unfortunately, this seems to make PTLCs a little bit too unlinkable – it allows a malicious sender to create a single payment that cycles multiple times through a target pair of honest nodes significantly reducing the capacity between them for a small cost to the attacker. As in an ordinary jamming attack the malicious receiver then refuses to unlock the payment leaving the funds locked along the path until timeout. The honest nodes cannot detect the attack for the same reason that it preserves privacy: each incoming PTLC cannot be linked to any previous one.



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PTLC Cycle Jamming

https://bitcoinproblems.org/problems/ptlc-cycle-jamming.html

In Point Time Locked Contract (PTLC) based Lightning channels the lock is randomized at each hop so that two malicious nodes separated by at least one honest node in a payment path cannot use the lock to determine whether the PTLCs are part of the same payment. Unfortunately, this seems to make PTLCs a little bit too unlinkable – it allows a malicious sender to create a single payment that cycles multiple times through a target pair of honest nodes significantly reducing the capacity between them for a small cost to the attacker. As in an ordinary jamming attack the malicious receiver then refuses to unlock the payment leaving the funds locked along the path until timeout. The honest nodes cannot detect the attack for the same reason that it preserves privacy: each incoming PTLC cannot be linked to any previous one.



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https://bitcoinproblems.org/problems/ptlc-cycle-jamming.html

PTLC Cycle Jamming

In Point Time Locked Contract (PTLC) based Lightning channels the lock is randomized at each hop so that two malicious nodes separated by at least one honest node in a payment path cannot use the lock to determine whether the PTLCs are part of the same payment. Unfortunately, this seems to make PTLCs a little bit too unlinkable – it allows a malicious sender to create a single payment that cycles multiple times through a target pair of honest nodes significantly reducing the capacity between them for a small cost to the attacker. As in an ordinary jamming attack the malicious receiver then refuses to unlock the payment leaving the funds locked along the path until timeout. The honest nodes cannot detect the attack for the same reason that it preserves privacy: each incoming PTLC cannot be linked to any previous one.

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      In Point Time Locked Contract (PTLC) based Lightning channels the lock is randomized at each hop so that two malicious nodes separated by at least one honest node in a payment path cannot use the lock to determine whether the PTLCs are part of the same payment. Unfortunately, this seems to make PTLCs a little bit too unlinkable – it allows a malicious sender to create a single payment that cycles multiple times through a target pair of honest nodes significantly reducing the capacity between them for a small cost to the attacker. As in an ordinary jamming attack the malicious receiver then refuses to unlock the payment leaving the funds locked along the path until timeout. The honest nodes cannot detect the attack for the same reason that it preserves privacy: each incoming PTLC cannot be linked to any previous one.
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      In Point Time Locked Contract (PTLC) based Lightning channels the lock is randomized at each hop so that two malicious nodes separated by at least one honest node in a payment path cannot use the lock to determine whether the PTLCs are part of the same payment. Unfortunately, this seems to make PTLCs a little bit too unlinkable – it allows a malicious sender to create a single payment that cycles multiple times through a target pair of honest nodes significantly reducing the capacity between them for a small cost to the attacker. As in an ordinary jamming attack the malicious receiver then refuses to unlock the payment leaving the funds locked along the path until timeout. The honest nodes cannot detect the attack for the same reason that it preserves privacy: each incoming PTLC cannot be linked to any previous one.
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