need both tasks saperately task 1 ( need 450 – 500 words ) Within the Discussion Board area, write 400–600 words that respond to the following questions with your thoughts, ideas, and comments. This will be the foundation for future discussions by your classmates. Be substantive and clear, and use examples to reinforce your ideas: Use the library and Internet to research information about architectural design patterns, and complete the following: task 2 ( need 4 pages of content ) The development process for your organization was selected in the previous assignment, and now you can turn your attention to the architectural strategy. The architectural strategy will serve as the foundation for design decisions and will ensure that the key aspects of the development process will be properly supported. These key aspects include scalability, adaptability, security, and dependability. For this assignment, you will continue your work on the Software Architecture Strategy by providing a description of the primary systems of the organization and recommend an appropriate architectural strategy. You will also defend this recommendation to ensure that the strategy will address the core system requirements. Complete the following:

Task 1 (450-500 words):

Architectural design patterns are essential in the field of software development as they provide proven solutions to common design problems. By using these patterns, developers can ensure that their software systems are designed in a scalable, adaptable, secure, and dependable manner. There are numerous architectural design patterns that can be utilized based on the specific requirements of the system being developed.

One popular architectural design pattern is the Model-View-Controller (MVC) pattern. This pattern separates the presentation layer, business logic layer, and data layer of a software application. By doing so, it provides a clear separation of concerns, making the application easier to maintain and modify. The MVC pattern is commonly used in web application development and has been proven to be effective in achieving scalability, adaptability, security, and dependability.

Another architectural design pattern is the Layered Architecture pattern. This pattern organizes the software system into distinct layers, each with a specific responsibility. For example, a typical layered architecture may consist of a presentation layer, business logic layer, and data access layer. This pattern promotes loose coupling and high cohesion, leading to a more manageable and modular system. It also facilitates scalability, adaptability, security, and dependability by allowing each layer to be independently modified or replaced as needed.

The Service-Oriented Architecture (SOA) pattern is another widely used architectural design pattern. In this pattern, the system’s functionality is decomposed into services that can be accessed and combined to achieve different business goals. Services are loosely coupled and can be deployed independently, promoting scalability, adaptability, security, and dependability. SOA also enables integration with external systems and facilitates interoperability between different systems.

In addition to these patterns, there are many other architectural design patterns that can be employed, such as the Event-Driven Architecture (EDA), Microservices Architecture, and Domain-Driven Design (DDD). Each pattern has its own strengths and weaknesses, and the choice of pattern depends on the specific requirements and constraints of the system being developed.

In conclusion, architectural design patterns play a crucial role in software development by providing reusable solutions to common design problems. By utilizing these patterns, developers can ensure that their software systems are designed in a scalable, adaptable, secure, and dependable manner. The choice of architectural design pattern should be based on the specific requirements of the system and should be evaluated with respect to its ability to address core system requirements such as scalability, adaptability, security, and dependability.

Task 2 (4 pages of content):

In the previous assignment, the development process for our organization was selected. Now, our attention shifts towards the architectural strategy. The architectural strategy serves as the foundation for design decisions and ensures that key aspects of the development process, including scalability, adaptability, security, and dependability, are properly supported.

To start, it is crucial to provide a description of the primary systems of our organization. This includes identifying the main components or subsystems that make up our software architecture. By understanding these primary systems, we can better assess the architectural strategy that would be most appropriate.

Once the primary systems have been identified, it is time to recommend an appropriate architectural strategy. This recommendation should be based on an analysis of the organization’s requirements and goals. For example, if scalability and adaptability are key requirements, a Service-Oriented Architecture (SOA) approach might be suitable. On the other hand, if security is of utmost importance, a layered architecture pattern with strict access controls and encryption mechanisms might be preferred.

When defending our recommendation, we must ensure that the strategy adequately addresses the core system requirements. This involves assessing how the recommended architecture aligns with the organization’s need for scalability, adaptability, security, and dependability. We should provide evidence and justifications for why our chosen strategy is the best fit for meeting these requirements.

In summary, this assignment requires us to describe the primary systems of our organization and recommend an appropriate architectural strategy. By carefully analyzing the requirements and goals of the organization, we can make a well-informed recommendation that addresses key aspects such as scalability, adaptability, security, and dependability. Defending our recommendation is crucial to gain approval and ensure that the chosen strategy effectively supports the core system requirements.

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