1. Clear separation of concerns: Each layer should have a clearly defined set of responsibilities and should not interfere with other layers.
2. Standardized protocols: Standard protocols should be used for communication between layers to ensure seamless integration.
3. Modular design: The architecture should be modular, with each layer having well-defined interfaces and functionalities.
4. Reuse of components: Components that perform common functions should be reused instead of reinventing them for each layer.
5. Scalability: The architecture should be designed keeping in mind the scalability requirements of the application.
6. Performance optimization: Performance bottlenecks should be identified and optimized to ensure efficient functioning of the architecture.
7. Automation: Automation should be used to simplify the management and maintenance of the architecture.
8. Continuous improvement: The architecture should be continuously improved based on feedback and changing requirements.
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