Automation Testing for Microservices - DeviQA
DeviQA Logo

Automation Testing
for microservices

Enhance the accuracy and security of your software ecosystem at its fundamental level with microservices testing.




Years of experience


Software QA engineers


Integrations into an existing development & testing process


Projects tested from scratch


Reviews on

Microservices Testing refers to the process of testing the individual microservices that make up microservices-based software. Microservices architecture enables businesses to jump at fresh market opportunities through the distribution of individual components of their software, rather than the entire solution. At DeviQA, microservices testing is conducted at the foundational level to ensure that your application is well-prepared to tackle a variety of business challenges. Our microservices testing services guarantee that your software applications meet the highest quality standards.

Turning Your Microservices Testing Challenges into Our Solutions

Are you struggling with the complexities of Microservices Testing? We understand that testing microservices can be a formidable task, but no worries – our expert team is here to efficiently address all your QA challenges.

Inter-service Communication Testing


Testing the interactions between numerous microservices can be daunting. Ensuring that each service communicates effectively and reliably while maintaining data consistency is a real challenge.


Our testing approach implies comprehensive inter-service communication testing. We employ advanced testing tools and methodologies to validate data flows, message queues, and API endpoints. This ensures that your microservices work harmoniously, guaranteeing data integrity and fault-tolerant communication.

Scaling Testing Environments


As the number of microservices grows, so does the complexity of your testing environment. Creating, maintaining, and scaling testing environments that mirror your production setup can be a resource-intensive and laborious process.


Using tools like Docker and Kubernetes, our team creates containerized testing environments that mirror your production setup. This allows us to efficiently replicate various configurations, ensuring accurate testing results. We help you save time and resources while eliminating the hassle of managing testing environments.

Integration of microservices testing into a CI/CD pipeline


Microservices architecture combined with the best DevOps practices like CI/CD enables fast releases where merging, testing, and deployment are automated. Integrating microservices testing into a CI/CD pipeline and implementing continuous testing requires special expertise.


Our expert testers set up robust testing procedures and integrate them into your CI/CD pipeline enabling you to automatically deploy changes while being confident in the quality of your software product.

Our Scope of Microservices Testing Services

Utilizing a range of testing methodologies, including both manual and automated approaches, DeviQA’s experts will execute comprehensive microservices testing that keeps up with your rapid deployment process.

Component Testing

We thoroughly inspect each microservice to guarantee that they function independently and efficiently, as standalone heroes.

Test Automation

We employ the power of automation to run repetitive tests efficiently, making sure your microservices keep delivering their best performance without manual effort.

Integration Testing

We test how well your microservices play together, ensuring they seamlessly collaborate without any hiccups.

Performance Testing

We test how fast your microservices can handle requests and maintain peak performance under various conditions.

Contract Testing

We ensure that the interaction between different microservices is well-defined, consistent, and reliable.

End-to-End Testing

We ensure your entire application, with all its microservices, runs smoothly from start to finish.

Professional Microservices Testing Services

Microservices testing consulting

Examining the microservices application structure and its requirements, as well as the current quality assurance process.

Developing a quality assurance strategy, a test plan, a test automation strategy, and an architectural design.

Choosing the most suitable tech stack for your microservices testing initiative.

Estimating testing costs and calculating the return on investment.

Determining the most effective sourcing model.

Go for consulting

Microservices testing outsourcing

Implementation of a quality assurance strategy and a test plan specific to microservices.

Designing test automation architecture, and configuring testing tools and frameworks.

Setting up a test environment and generating automated test data.

Developing and maintaining test scripts.

Creating test artifacts in accordance with ISO/IEC/IEEE 29119-3:2013, including consistent and comprehensive defect reports, as well as test closure reports.

Go for outsourcing

Partner with DeviQA: see the difference

Test coverage :



2.5 weeks to run regression testing

1 day to run regression testing

7 days to run smoke testing

1 day to run smoke testing

Outdated test cases

60% increase in the number of regression tests and relevant test cases

50% test coverage

90% test coverage

Supported localizations were not tested

27 localizations supported by QA engineers

No automation testing

>1500 automated test scenarios created

Read Story

Dev capacity:



Didn’t have a formal QA process

Built smooth and well-working processes

Didn’t make automated testing

Test automation : smoke, API, UI on all supported browsers

Testing was carried out by the devs

Full coverage of the application by test cases

Read Story

Test coverage :



Existing workflow in Jira didn’t allow to understand how many bugs were left unfixed before the release and their priorities

Adjusted the Jira workflow, integrated TestRail with Jira to be able to see statisticls of the issues per release

The lack of test documentation

Developed necessary test artifacts that adhere to industry standards and are easily maintainable

No Automation test coverage

Added multithreading to run tests in parallel on 10 different threads, which reduced the time of the test run in 7 times

Read Story