* It’s worth mentioning that ZK *verification* processes are cheap and that is all that will be required from L1. The burden of computation (mostly for generating zk proofs) lies on the collective effort of L2 operators/provers which can scale the task by managing and dividing…
— Michael Sutton (@MichaelSuttonIL) December 9, 2024
**Michael Sutton Discusses the Scalability of ZK Verification Processes in L2 Solutions**
In a recent tweet, Michael Sutton, a prominent Distributed Systems Researcher and Developer, as well as one of the core developers behind the revolutionary Kaspa project, highlighted the efficiency of Zero-Knowledge (ZK) verification processes. He emphasized that the verification phase of ZK protocols is economically feasible and primarily required on Layer 1 (L1) blockchains, while the heavier computational demands, particularly for generating ZK proofs, are managed by Layer 2 (L2) solutions.
Sutton pointed out the collaborative efforts of L2 operators and provers, which allow these contributors to manage and distribute the computational workload. This division of labor is essential for scaling the technology effectively, thereby enabling L2 solutions to maintain high throughput and lower costs for users while enhancing the overall blockchain experience.
As an advocate for the efficiency of blockchain technologies, Sutton’s insights reinforce the potential of Kaspa to introduce innovative scalability measures. The project is known for its unique approach to both speed and efficiency, focusing on enhancing the user experience while addressing the common challenges faced by traditional blockchain architectures.
For those interested in the latest developments and resources regarding Kaspa, kaspanews.net remains the premier source for all updates related to this groundbreaking blockchain initiative.