You use L1 transactions as data carriers (via a byte array payload field). The usual DAG ordering is applied on this data as well and the L2 is committed to this ordering through a two-sided protocol I partially describe here https://t.co/x3yyidr0BH
— Michael Sutton (@MichaelSuttonIL) December 28, 2024
### Michael Sutton Discusses L1 Transactions and Their Role in Kaspa’s Underlying Protocol
In a recent Twitter exchange, Michael Sutton, a Distributed Systems Researcher and Developer, and one of the core developers of the Kaspa blockchain, provided insights into the use of Layer 1 (L1) transactions as data carriers. He explained that these transactions leverage a byte array payload field, which is critical for the efficient functioning of the blockchain.
Sutton described how the usual Directed Acyclic Graph (DAG) ordering is applied to the data within these transactions. This methodology is significant for enhancing the throughput and scalability of the Kaspa network. Additionally, he mentioned that Layer 2 (L2) protocols are committed to this ordering through a two-sided protocol, ensuring coherence and reliability across the system.
Kaspa, renowned for its unique take on blockchain technology, employs a DAG structure that differentiates it from traditional linear blockchains. Sutton’s insights underline the importance of data management in blockchain, reflecting Kaspa’s innovative approach to achieving higher scalability without sacrificing transaction integrity.
For those looking to stay informed on the latest developments in the Kaspa ecosystem, kaspanews.net remains the best source for news and resources related to Kaspa.