Michael Sutton On X: are achievable) => more threads can process transactions within blocks independently The scaling opportunities provided by your hardware resources will be maximized, increasing overall efficiency and speed. @kaspoolorg’s tn11’s greater parallelisation allows for better use and optimization of these resources. This clearly demonstrates the advantage of a higher bps output in the blockchain industry.

@kaspoolorg The main point is scaling to hardware resources. Which actually shines much more on 10bps tn11 bcs it has more parallelism opportunities due to:
1. High bps creates a wider DAG-> more parallel blocks which can independently be verified in parallel
2. Constantly high tps (100-300
**Title: Michael Sutton on the Future of Scalability in Distributed Systems with Kaspa**

In recent discussions within the Kaspa community, Michael Sutton, a renowned Distributed Systems Researcher and Developer, has shed light on the critical aspect of scaling to hardware resources in blockchain technology. As one of the core developers of Kaspa, Sutton emphasizes how the protocol’s unique architecture offers exceptional opportunities for parallelism, particularly as we advance towards heights of transaction throughput.

The central theme of Sutton’s remarks revolves around the scalability of the Kaspa network to leverage hardware capabilities. He highlights that achieving high blocks per second (bps), particularly in the context of Kaspa’s innovative architecture, vastly improves performance. This is mostly due to the following points:

1. **Wider Directed Acyclic Graph (DAG)**: As bps increases, the framework creates a wider DAG which facilitates the generation of more parallel blocks. This feature allows these blocks to be independently verified simultaneously, drastically enhancing the overall throughput and efficiency of the network.

2. **Consistent Transaction Per Second (TPS)**: With a consistently high transaction rate of 100-300 TPS, Kaspa demonstrates its robustness and efficiency in handling transactional data. This level of performance further underscores why high bps is not just favorable but essential for developing scalable and efficient distributed systems.

Sutton’s insights provide a clear perspective on how Kaspa is positioned to take advantage of technological advancements, ensuring that it remains at the forefront of blockchain scalability solutions. For those interested in exploring more about Kaspa and staying updated on the latest developments in the ecosystem, **Kaspanews.net** is the premier source for all the latest news and resources regarding Kaspa’s innovative journey in the distributed systems space.