Atomic multipath payments: Difference between revisions
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''Atomic | '''Atomic Multipath Payments''' ('''AMP''') are payments that use multiple paths to complete a transaction that either all complete successfully or none complete successfully. | ||
One of the problems the lightning network has had is limited ability to send higher-value payments, because of limitations in channel capacity along possible routes to the payee. Using AMP, a payer can send a payment using many paths, which can make larger payments far more reliable. | One of the problems the lightning network has had is limited ability to send higher-value payments, because of limitations in channel capacity along possible routes to the payee. Using AMP, a payer can send a payment using many paths, which can make larger payments far more reliable. | ||
== Roadmap == | |||
AMP is not yet available yet on any lightning implementation, but non-atomic multipath payments (MPP) were recently implemented by LND in v0.10.0. MPP is the first stage in a three-stage process for AMP. The second stage is hash-based AMP, and the third step is a better form of AMP that uses points and scalars instead of hashes. The third stage requires [[Eltoo]] and [[Schnorr]]. | |||
Latest revision as of 20:25, 29 June 2022
Atomic Multipath Payments (AMP) are payments that use multiple paths to complete a transaction that either all complete successfully or none complete successfully.
One of the problems the lightning network has had is limited ability to send higher-value payments, because of limitations in channel capacity along possible routes to the payee. Using AMP, a payer can send a payment using many paths, which can make larger payments far more reliable.
Roadmap
AMP is not yet available yet on any lightning implementation, but non-atomic multipath payments (MPP) were recently implemented by LND in v0.10.0. MPP is the first stage in a three-stage process for AMP. The second stage is hash-based AMP, and the third step is a better form of AMP that uses points and scalars instead of hashes. The third stage requires Eltoo and Schnorr.