Which tool is used for monitoring microservices?

Zipkin: Zipkin is an open-source tracing system designed specifically to trace calls between microservices. It is especially useful for analyzing latency problems. Zipkin includes both instrumentation libraries and the collector processes that gather and store tracing data.

Why is monitoring of microservices important?

Monitoring Microservices can help organizations: Understand the overall health of the application. Glean insight into the performance of each individual service that makes up an application. Ensure the API transactions are available and performing well.

How do I monitor and manage Microservices?

The Principles of Microservice Monitoring

1. Monitor Containers and What’s Running Inside Them.
2. Leverage Orchestration Systems to Alert on Service Performance.
3. Be Prepared for Services that are Elastic and Multi-Location.
4. Monitor APIs.
5. Map Monitoring to Your Organizational Structure.

How do you monitor Microservices?

Now, let’s look at the five steps you’ll need when monitoring microservices.

1. Determine Just a Couple of Services to Start.
2. Determine the Few Things to Measure First.
3. Commission APM and Logging Software.
4. Instrument Metrics at Extension Points.
5. Instrument Tracing to Your Logs.

How do you track microservices?

Best Practices for Tracing and Debugging Microservices

1. Externalize and Centralize the Storage of Your Logs.
2. Log-Structured Data.
3. Create and Pass a Correlation Identifier Through All Requests.
4. Return Your Identifier Back to Your Client.
5. Make Your Logs Searchable.
6. Allow Your Logging Level to Be Changed Dynamically.

How do I monitor all services and run in microservices?

The Five Principles of Monitoring Microservices

1. Monitor containers and what’s inside them.
2. Alert on service performance, not container performance.
3. Monitor services that are elastic and multi-location.
4. Monitor APIs.
5. Map your monitoring to your organizational structure.

Is automated monitoring a feature of microservices?

As such, automated monitoring is critical to microservices deployment to ensure that each component is working smoothly. Partial failures in microservices applications are much more common than in monoliths, and the system needs to be designed with fault management in mind.

What are the ways with which microservices can communicate with each other?

The two commonly used protocols are HTTP request/response with resource APIs (when querying most of all), and lightweight asynchronous messaging when communicating updates across multiple microservices. These are explained in more detail in the following sections.