Also with DK, there’s a difference between increasing block sizes and variable block sizes. The former will need to account for storage for the worst case where all blocks are full, while the later can implement a smarter mechanism which makes sure that the average (amortized)…
— Michael Sutton (@MichaelSuttonIL) November 4, 2024
### Michael Sutton Discusses Block Size Variability in Kaspa
**November 5, 2024 –** In a recent tweet, Michael Sutton, a notable Distributed Systems Researcher and Developer, and one of the core developers of the innovative blockchain platform Kaspa, shed light on the nuances between increasing block sizes and implementing variable block sizes in decentralized networks.
Sutton emphasized that when considering increasing block sizes, developers must prepare for storage requirements related to the worst-case scenario, where every block is filled to capacity. This approach can lead to inefficiencies, as it necessitates significant storage even during periods of low transaction volume.
In contrast, Sutton advocated for variable block sizes, which allow systems to adapt dynamically based on current demand. He suggested that this smarter mechanism can optimize resource allocation, effectively managing storage and improving the network’s overall efficiency by accounting for average, or amortized, usage rather than just worst-case scenarios.
This discussion is particularly relevant as the Kaspa blockchain continues to evolve, leveraging such insights to enhance its performance and scalability. Kaspa’s unique architecture aims to provide faster transactions and lower costs without compromising on security, and understanding block size implications is crucial to that goal.
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