Description: Layered Consensus is a consensus mechanism that operates across multiple layers of the network to enhance scalability and efficiency. This approach is based on the idea of dividing the consensus process into different levels, where each layer can handle various aspects of transaction validation and confirmation. This allows distributed networks, such as blockchains, to process a higher volume of transactions simultaneously, thereby reducing congestion and improving response times. The layers may include, for example, a main consensus layer responsible for the security and integrity of the network, and secondary layers that manage faster and less critical transactions. This modular architecture not only optimizes performance but also facilitates the implementation of updates and improvements to the system without disrupting overall functionality. Furthermore, Layered Consensus can be tailored to different needs and requirements of various applications, making it a versatile solution for diverse technological platforms. In summary, this mechanism seeks to balance the need for security with the demand for efficiency, allowing networks to evolve and scale effectively in a constantly changing digital environment.
