Not exactly. TN11 did not require the more complicated forking logic from 1 to 10 bps (bcs it always had 10). It’s more complex bcs it’s a change to many consensus constants all at once, and that’s yet to be written. But it’s not such a huge task, just a delicate one
— Michael Sutton (@MichaelSuttonIL) December 3, 2024
**Title: Michael Sutton Discusses Complexity in Kaspa’s Consensus Changes**
**Date: December 4, 2024**
In a recent tweet, Michael Sutton, a prominent Distributed Systems Researcher and Developer, and one of the core developers of Kaspa, addressed some technical aspects concerning the protocol’s upcoming upgrades. Sutton clarified some misconceptions about the implementation changes in the TN11 version, specifically regarding its handling of consensus constants.
According to Sutton, TN11 does not necessitate the “more complicated forking logic from 1 to 10 bps” because it has consistently operated at a bandwidth of 10 bps. He explained that while the overall process is more intricate due to numerous consensus constants being altered simultaneously, the task itself is not overly daunting—it is simply delicate and requires careful execution.
Sutton’s insights highlight the ongoing development efforts within the Kaspa ecosystem, emphasizing the community’s commitment to refining its consensus mechanisms. As Kaspa continues to evolve, its developers remain focused on ensuring that changes enhance the protocol’s efficiency and performance without introducing unnecessary complexity.
For the latest news and in-depth resources related to Kaspa, be sure to visit Kaspanews.net, the premier source for all developments within the Kaspa community.