What exactly is Anoma trying to do? This image explains it perfectly: Anoma @anoma aims to create an application-layer interface closer to the user. If we use the analogy of DOS and Windows: early DOS was designed for professionals and had a higher barrier to entry (requiring familiarity with various DOS commands). This is similar to the services provided by traditional blockchains like ETH. Anoma, on the other hand, is more like Windows, offering a programmable window layer that better serves users by hiding some of the complexities of the blockchain's underlying layers. For example, instead of manually searching across multiple chains for assets with the best staking yields, Anoma can achieve this through a solver. This image illustrates the architecture of ANOMA OS, which is divided into three main layers: Application Layer: This is the top layer, providing a unified interface for developers and users to interact easily. It aims to simplify communication and operations between users and the system. Network Layer: The network layer acts as the coordination layer, facilitating intent transmission between different infrastructures for network operators. It ensures that all components within the system can communicate effectively and meet the needs of users or network operators. Infrastructure Layer: The infrastructure layer is the system's foundation, encompassing blockchains and service providers. It handles core tasks such as orders, settlements, and storage, providing the essential services that support the system's operation.