Answer: Reduce inter-dependencies so failures do not impact other components

## Explanation The main benefit of decoupling an application is to **reduce inter-dependencies so failures do not impact other components**. ### Key Points: - **Decoupling** means separating application components so they can operate independently - When components are **tightly coupled**, a failure in one component can bring down the entire application - **Decoupled architecture** allows components to be managed and maintained separately - This improves **fault tolerance** and **resilience** - if one component fails, other components can continue functioning - It's considered a **better design practice** for building scalable and reliable cloud applications ### Why Other Options Are Incorrect: - **Option A**: Creating a tightly integrated application is the opposite of decoupling - **Option C**: Data synchronization is not the primary benefit of decoupling - **Option D**: Automated bootstrapping is unrelated to the core concept of decoupling Decoupling enables better scalability, easier maintenance, and improved fault isolation in cloud applications.

Author: Ritesh Yadav