Test Automation Architecture Design Services - Secure & Reliable
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Test Automation
Architecture Design Services

Automate smarter, not harder. DeviQA designs architectures for effortless testing


45 reviews

Software testing company with 5-star reviews on Clutch, GoodFirms, and G2.

Years on the market

14 +

Software QA engineers

250 +



Projects tested from scratch

300 +

Integrations into an existing development & testing process

200 +

Clients over the globe

300 +

Test automation architecture design involves the creation of a structured framework and strategy for implementing automated testing within a software development process. A test automation architecture defines how automated test scenarios are designed, developed, executed, and managed to ensure efficient and effective testing of software applications. It encompasses selecting appropriate test automation tools and technologies, designing reusable test components, defining test data management strategies, enabling detailed reporting, integrating with 3rd party services, development tools, and deployment pipelines, and establishing best practices for maintaining and scaling automated test suites.

Why Do You Need Test Automation Architecture Design Services?

Automated tests you have in place are unstable, flaky, and time-consuming, necessitating a reconsideration of your overall approach.

You have a legacy project with outdated approaches and technologies that hinder the effectiveness of test automation.

Your team is agile and efficient, but there is a lack of specialized knowledge, especially in developing a secure and effective test automation strategy.

Currently, your software product is tested manually, and you're eager to implement efficient test automation based on best practices like multi-threading, parameterization, etc.

As your user base grows exponentially, your existing test automation system begins to buckle under the pressure.

You need to guarantee flawlessness across all platforms and devices, thus fostering user trust and satisfaction in an unforgiving digital landscape.

Our Approach to Automation Architecture Design

We specialize in designing robust test automation architectures that streamline testing processes and enhance the efficiency of the software development lifecycle.

Project Analysis

Before designing a test automation architecture, we thoroughly analyze the project’s requirements, objectives, and constraints, defining the scope of testing, the technologies used, existing testing practices, and any specific challenges or considerations unique to this project.

Test Strategy Development

Our expert team collaborates with you to devise a comprehensive test automation strategy that aligns with your business goals, covering both functional and non-functional requirements.

Tool Selection and Evaluation

At DeviQA, we have experience with 40+ test automation tools, which lets us recommend the most suitable option to achieve optimal performance and cost-effectiveness.

Environment Setup and Configuration

We collaborate with DevOps engineers and developers to help them set up and configure test environments that accurately mirror your production environment for reliable and consistent testing results.

Test Automation Architecture implementation

Using our extensive expertise and best practices, we implement an approved test automation architecture, enabling multithreading, parallel test execution, comprehensive reporting, and easy test data generation and management.

Integration with CI/CD Pipelines

We seamlessly integrate automated testing into your CI/CD pipelines, enabling continuous feedback and faster delivery cycles while maintaining the highest quality standards. Additionally, we proficiently set up pipelines for automated tests from scratch if your project lacks an existing CI process.

Our Solutions for Challenges Associated with Designing a Test Automation Architecture

We understand the complexities of designing an efficient test automation architecture. Knowing all the nuances and pitfalls, our team creates test automation architectures that enable our clients to achieve comprehensive test coverage, increased efficiency, and accelerated time-to-market.

Legacy Systems


Integrating test automation into legacy systems can be challenging due to outdated technology stacks and a lack of compatibility with modern automation tools.


At DeviQA, we have proven experience in designing custom solutions to seamlessly integrate test automation into legacy systems. Through thorough analysis and strategic planning, we design architectures that bridge the gap between legacy systems and modern automation tools, ensuring smooth operation and maximum efficiency.

Scalability and Flexibility


A test automation architecture must be scalable to accommodate increased testing demands efficiently as well as flexible enough to adapt to evolving requirements and technologies.


We employ a modular approach to test automation architecture design, leveraging scalable frameworks and cloud-based solutions. This ensures that as your application evolves, your testing infrastructure can effortlessly scale while remaining flexible enough to accommodate changes in your development environment.

Maintenance and Management Overhead


Managing and maintaining a complex test automation architecture can consume valuable time and resources, diverting focus from core development tasks.


Our experts design automation architectures with maintainability and manageability in mind. By implementing robust monitoring and reporting mechanisms, as well as automated maintenance routines, we minimize overhead and ensure that your test automation infrastructure operates smoothly and efficiently.

Choose Your Cooperation Model

Our client-centric approach is reflected in a variety of collaboration models, ensuring that you get exactly what you need for your project's success.


Our team provides expert consultations aimed at improving your existing automation architecture or implementing best practices. This includes reviewing your current testing infrastructure and offering recommendations for optimization.

Design and Implementation

This option is perfect for those seeking a comprehensive solution without an ongoing commitment. Benefit from our expertise in designing and implementing efficient and scalable test automation architectures tailored to project requirements.


Beyond the initial design and implementation, we offer ongoing technical support to address any issues or adapt to changes in your project. This ensures the stability and efficiency of your automated tests over time.

Automation Audit

Our automation audit service suggests conducting a thorough assessment of your existing test automation solution, identifying areas for improvement, potential bottlenecks, and misalignment with best practices. Based on the results of our audit, we provide recommendations for enhancing the efficiency and effectiveness of your test automation solution.

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

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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

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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

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