STEM VS Async

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• Efficiency
  Async allows for non-blocking operations, which can lead to more efficient code execution as tasks can run concurrently without waiting for others to complete.
• Scalability
  By handling multiple tasks simultaneously, async allows applications to scale more easily, accommodating more users and data without significant performance loss.
• Improved Responsiveness
  Applications using async can remain responsive even when dealing with long-running operations, enhancing the user experience by not freezing or lagging.
• Resource Optimization
  Async operations can utilize resources more effectively, reducing idle time for CPU and I/O operations which leads to better overall system performance.

Possible disadvantages

• Complexity
  Writing and debugging async code can be more complex compared to synchronous code due to the need to manage callbacks and handle potential concurrency issues.
• Error Handling
  Errors in async operations can be harder to handle and trace, as they might not propagate in the same way as they do in synchronous code, requiring additional effort to manage.
• Readability
  Async code can sometimes be harder to read and understand, particularly for developers who are not familiar with this programming paradigm, potentially increasing code maintenance challenges.
• Compatibility
  Not all environments and libraries fully support async operations, which might limit its usage or require additional workarounds or polyfills.

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