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1. Practical knowledge: Real-world experience and understanding gained through hands-on application and problem-solving.

2. Implementing: Putting ideas or plans into action, turning concepts into tangible systems.

3. Events: Notable occurrences or incidents that can trigger actions or responses.

4. Trigger: Initiating a specific action or response based on a particular event.

5. Specific actions: Clearly defined tasks or operations undertaken in response to a trigger.

6. Distributed systems: A network of independent computers working together, often across different locations, to achieve a common goal.

7. Utilizing: Making effective use of tools or resources to accomplish a task.

8. Message queues: A mechanism where messages are stored temporarily before being processed, ensuring orderly communication between different components.

9. Event buses: Channels facilitating communication between different parts of a system by broadcasting and receiving events.

10. Decoupled communication: Components communicate independently, reducing reliance on one another, similar to separate teams collaborating without direct dependencies.

11. Components: Individual parts or elements of a larger system, each serving a specific function.

12. Designing: Planning and structuring the architecture of a system to achieve specific goals efficiently.

13. Systems: Interconnected components working together to accomplish a collective purpose, akin to various departments in an organization collaborating.

14. Respond dynamically: Reacting in a flexible and adaptive manner to changes or events as they occur.

15. Enhancing: Improving or optimizing a system to make it more effective or efficient.

16. Scalability: The ability of a system to handle growth or increased demand without a decline in performance. Think of a business that easily accommodates more customers without slowing down.

17. Adaptability: The capability of a system to adjust to changes seamlessly, much like a team that swiftly adapts to new requirements.

18. Real-time scenarios: Dealing with events and actions immediately as they happen, without delay. For example, a smart home system responding instantly to a user's command to turn off the lights.