Microservices - Advanced Patterns
A company has a microservices system suffering from both distributed monolith and chatty services anti-patterns. Which combined approach best improves scalability and deployment independence?
A company has a microservices system suffering from both distributed monolith and chatty services anti-patterns. Which combined approach best improves scalability and deployment independence?
hard📝 Trade-off Q15 of 15
Step-by-Step Solution
Solution:
Step 1: Address distributed monolith by reducing dependencies
Refactoring services to be loosely coupled allows independent deployment and scaling.Step 2: Fix chatty services by adopting asynchronous communication
Using async messaging reduces frequent synchronous calls and network overhead.Step 3: Combine both improvements for better scalability and independence
This combined approach solves both anti-patterns effectively.Final Answer:
Refactor services to reduce dependencies and use asynchronous communication. -> Option DQuick Check:
Loose coupling + async = scalable microservices [OK]
Quick Trick: Loose coupling + async communication fixes both issues [OK]
Common Mistakes:
- Merging services worsens distributed monolith
- Adding hardware doesn't fix design flaws
- Using more sync calls increases chatty problems
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