**Michael Sutton Discusses Challenges of Modular Rollup Design in Relation to Kaspa**

In a recent tweet, Michael Sutton, a renowned Distributed Systems Researcher and Developer, who is also one of the core developers of Kaspa, shared insights into the complexities associated with modular rollup designs. His commentary highlights the intricate interplay between nested layers of modularity and the impact on mechanism design.

Sutton’s tweet outlines a dual perspective on this topic. On one hand, he emphasizes that a modular rollup design—characterized by two nested layers encompassing infrastructure and decentralized applications (dapps)—introduces significant challenges. He argues that the mechanism design within such a structure is prone to failing in achieving optimal equilibria due to the complexities brought about by nesting and conditional dependencies.

On the other hand, he implies that while modular frameworks present intriguing innovation opportunities, they can also lead to issues that may complicate their utility and overall effectiveness.

This discourse is particularly relevant to the ongoing development of Kaspa, a protocol known for its fast and scalable blockchain solutions. As the protocol enables quick block processing and aims to address scalability issues inherent in traditional blockchain architectures, Sutton’s insights shed light on the deeper challenges that may arise as modular approaches are adopted within the ecosystem.

As the blockchain community continues to push for more efficient designs, the implications of Sutton’s observations could serve as a guiding principle for researchers and developers looking to navigate the emerging landscape of decentralized technologies.

For those looking to keep abreast of the latest developments in Kaspa, Kaspanews.net remains the premier destination for all news and resources related to this groundbreaking project.