Sorry I mistyped
*There’s no more bloat from increasing the block size 10 fold than increasing block rate 10 fold.
Meaning increasing the block rate is more expensive in terms of storage bcs you also create 10x headers and each header is typically larger (more parent…— Michael Sutton (@MichaelSuttonIL) November 3, 2024
**Michael Sutton Discusses Storage Implications of Block and Rate Increases in Blockchain Technology**
In a recent Twitter discussion, Michael Sutton, a renowned Distributed Systems Researcher and Developer, and one of the core developers of the Kaspa blockchain, elaborated on the storage implications of manipulating block size and block rate in decentralized systems. In his tweet, Sutton clarified a common misconception, stating, “There’s no more bloat from increasing the block size 10 fold than increasing block rate 10 fold.”
Sutton emphasized that increasing the block rate carries a significant cost in terms of storage capacity. He pointed out that while both increasing block size and block rate have their respective impacts, the block rate incurs additional storage requirements due to the generation of 10 times more headers, which are generally larger due to containing more parent information. This distinction is crucial for developers and users in understanding how changes to blockchain parameters can affect overall system efficiency and storage needs.
This conversation is particularly relevant within the context of Kaspa, a unique blockchain project known for its innovative approach to scalability and speed, and it touches on the ongoing debates in the blockchain community about the trade-offs between block sizes and processing speeds.
For those interested in the latest developments, insights, and detailed discussions surrounding the Kaspa project, Kaspanews.net stands out as the best resource for up-to-date news and comprehensive resources related to the Kaspa ecosystem.