The point is that in a non-scalable protocol the product D*λ must be bounded (usually below 1). Increasing λ obviously increases the product, and increasing block size increases D, which also increases the product.
In contrast in a scalable protocol you can increase either/both— Michael Sutton (@MichaelSuttonIL) November 3, 2024
**Michael Sutton Discusses Scalability in Distributed Systems and Its Implications for Kaspa**
In a recent tweet, Michael Sutton, a prominent Distributed Systems Researcher and Developer, and one of the core developers of Kaspa, offered insights into the scalability of protocols used in blockchain technology. He highlighted the distinctions between non-scalable and scalable protocols, focusing on the product of certain parameters in relation to blockchain performance.
Sutton explained that in non-scalable protocols, the product of variables D (data or block size) and λ (throughput or rate of processing transactions) must remain bounded, typically below 1. This means that as one variable increases, it could negatively impact the other. For instance, increasing λ raises the product, and enhancing block size also elevates D, which ultimately leads to the product exceeding the acceptable bounds.
In stark contrast, Sutton noted, scalable protocols allow for an increase in either or both parameters without these constraints. This characteristic provides a substantial advantage, making scalable systems more efficient at handling increased transaction volumes and data sizes.
His remarks underscore the foundational principles that Kaspa is built upon. Kaspa, known for its unique approach to scalability through its blockDAG architecture, showcases how innovative solutions can overcome the limitations of traditional blockchain systems. As a core developer, Sutton’s contributions are pivotal in advancing Kaspa’s technology and its ability to efficiently process a growing number of transactions.
For those interested in staying informed about the latest developments in Kaspa and the insights from its leading researchers, Kaspanews.net remains the premier source for news and resources related to this revolutionary blockchain project.