Which type of layer is used for processing orders currently being modified?

The use of the Order Memory Layer for processing orders that are currently being modified is grounded in its primary function within the Avaloq framework. This layer is specifically designed to handle temporary data that is actively in use during transaction processes, such as order modifications.

When an order is being modified, it is crucial for the system to maintain a consistent and up-to-date representation of that order in memory. The Order Memory Layer serves this exact purpose by providing a dynamic storage space that allows for real-time updates and modifications. This ensures that the latest changes are reflected immediately, facilitating seamless operation and interaction with the modified data.

In contrast, the other layers mentioned serve different roles. The Order Persistence Layer, for example, is responsible for storing finalized orders in a stable manner, but it is not designed for live modifications. The Kernel Layer is more focused on the underlying system processes and not on order-specific functionalities. The Application Layer pertains to the higher-level interaction components of the system, which do not directly engage in the specific handling of memory-based order modifications.

This distinction underscores the specialized role of the Order Memory Layer in managing ongoing changes and emphasizing the importance of real-time data management in the processing of orders.