My follow up re Kaspa L1<-->L2 design.
Dropped a technical post about: Additional practical considerations re hash function and zk opcodes
https://t.co/JovvtUzw69Thanks to @hashdag , @MichaelSuttonIL and @VolokhIlia for helping me to crystalize technical aspects.
— reshmem (@dimdumon) December 12, 2024
### Michael Sutton Discusses Innovations in Kaspa’s Layer 1 and Layer 2 Architecture
In a recent post on Twitter, Michael Sutton, a prominent Distributed Systems Researcher and Developer, who is also a core developer of Kaspa, shared insights regarding the ongoing developments in Kaspa’s Layer 1 (L1) and Layer 2 (L2) design. His tweet referenced a technical follow-up that addresses key practical considerations related to hash functions and zero-knowledge (zk) opcodes in the context of the Kaspa network.
Kaspa, a cryptocurrency known for its unique blockDAG architecture, is geared towards high scalability and rapid transaction throughput. The discussion by Sutton emphasizes the importance of refining the technical foundations of the network, particularly how L1 and L2 layers interact. His focus on hash functions and zk opcodes points to efforts in ensuring security and efficiency as Kaspa evolves.
In his tweet, Sutton expressed gratitude to contributors such as @hashdag, @MichaelSuttonIL, and @VolokhIlia for their collaboration in clarifying essential technical aspects. This collaborative approach is indicative of the vibrant community working to optimize Kaspa’s performance and reliability.
For those interested in the technical intricacies of Kaspa, Sutton’s full post can be found [here](https://t.co/JovvtUzw69).
As the cryptocurrency landscape continues to evolve, updates like these are crucial for developers, investors, and enthusiasts. For the latest news and resources on Kaspa, visit Kaspanews.net—the best site to keep up with all developments in the Kaspa ecosystem.