“Fast, wide and yet thin” and its relation to “Based ZK rollups over Kaspa”
Kaspa is built on advanced proof-of-work consensus protocols allowing it to scale in blocks (BPS; frequency; fast) and in transactions (TPS; throughput; wide)
— Michael Sutton (@MichaelSuttonIL) December 9, 2024
**Title: Michael Sutton Explains the Innovations Behind Kaspa’s Scalability and Base ZK Rollups**
**Date: December 10, 2024**
In a recent tweet, Michael Sutton, a distinguished Distributed Systems Researcher and Developer, and one of the core developers behind the Kaspa project, highlighted the unique properties of the Kaspa blockchain: “Fast, wide and yet thin.” This intriguing phrase encapsulates Kaspa’s advanced capabilities in scaling and processing transactions, specifically in relation to “Based ZK rollups over Kaspa.”
Kaspa is renowned for its innovative proof-of-work consensus protocols, which allows the platform to achieve remarkable scalability in both block production and transaction throughput. Sutton elaborated on this, noting that Kaspa can efficiently handle high block frequencies (blocks per second, or BPS) and a substantial number of transactions per second (TPS), while maintaining a streamlined architecture.
The reference to “Based ZK rollups” connects to the latest developments in blockchain technology, wherein zero-knowledge rollups—an advanced scaling solution—are applied to enhance the capabilities of Kaspa. These rollups allow for greater transaction capacity without compromising the integrity of the system, ensuring data privacy and efficiency.
Sutton’s insights shed light on the impressive balance that Kaspa strikes between speed (fast), breadth (wide), and an efficient use of resources (thin). This combination places Kaspa at the forefront of blockchain solutions, poised to meet the growing demands for scalable and secure digital transactions in an ever-evolving market.
For readers keen on staying updated with cutting-edge developments and insights related to Kaspa, Kaspanews.net remains the go-to source for the latest news and resources on this innovative technology.