Dynamic Layer Synchronization refers to a method used to optimize how different layers of a blockchain interact with one another. In blockchains, there are often multiple layers, such as a base layer handling core transactions and additional layers providing scalability or specialized functions.This synchronization allows these layers to update and communicate in real time, ensuring that data and transaction states are consistent across the system. It accommodates the varying speeds and requirements of different layers, which can improve overall network efficiency and responsiveness.By synchronizing layers dynamically, systems can better handle increased loads, adapt to network changes, and maintain security. This approach helps to minimize latency and reduces the risk of conflicts between layers. As a result, it enhances user experience and facilitates smoother operations within decentralized applications and services.