These timelocks, utilized via separate unspent transaction outputs (UTXOs), are crucial for the operation and security of the payment channels. The use of TXID stability is highlighted as a significant feature within this system.

The mechanism involving these timelocks creates dual "lanes" for managing timeouts: one specifically designed for the revocation of commitment transactions and the other for handling Hash Time-Locked Contracts (HTLCs), possibly also related to revocation processes. This structure ensures that once the conditions of both relative timelocks have been met, HTLC-payment transactions can proceed without the risk of one timelock resetting the duration of the other. An interesting aspect of this configuration is the designation of one output as a dust output, which serves no purpose other than to facilitate control within the system.

This method represents a relatively straightforward example of employing txid stability to enhance the functionality and reliability of payment channels, showcasing an innovative approach to managing transactions and contractual obligations within such networks.