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What do you need to know before developing an automation infrastructure?

  • Apr 25
  • 2 min read
A professional infographic in Hebrew detailing the preparation stages for developing an automation infrastructure. The image shows four pillars: defining business goals, selecting the appropriate technological tools (such as Cypress or Playwright), planning a modular code architecture, and automatic integration into the development pipeline (CI/CD). The design is high-tech, clean, and free of commercial branding.

In today's world of development and testing, one of the critical steps to the success of an automation process is proper planning in advance. When approaching the task of establishing automation infrastructure, it is important to understand that it is not just about writing code or running tests - but about creating an infrastructure that is flexible, reliable, and adaptable to the changing needs of the organization.


Understanding the needs and goals of the system

Before writing any code, we need to thoroughly understand the system requirements and the goals of the automation process. Is this a short-term project or a permanent solution? Is the automation intended for Web, Mobile, API, or a combination of several platforms?

In addition, it is important to define success metrics in advance: shortening test times, improving scenario coverage, saving manpower, etc. A clear definition of goals will help us determine the right direction in developing automation infrastructures.


Choosing the right technologies

When building automation infrastructure, choosing the right tools and technologies is a crucial decision. Should we choose Selenium, Cypress, or Playwright? Should we integrate tools like Jenkins for continuous execution, or should we use cloud solutions?

The choice must be tailored to the existing development systems, the types of tests (UI, API, Load, etc.), and the level of knowledge of the team. Furthermore, it is recommended to choose open source, flexible, and common technologies to ensure easy future maintenance and support from the developer community.


Designing a test architecture

The next step is to design the test architecture. It is important to separate layers – infrastructure, tests, test data, and reports. Proper design allows for flexibility, easy maintenance, and rapid expansion in the future.

In the process of developing automation infrastructure, it is recommended to adopt principles of clean code and modular writing - this will make it possible to easily integrate new tests, update existing ones, and reduce failures.


Integration in the development process

For the automation infrastructure to work optimally, it must be an integral part of the development process – Continuous Integration / Continuous Deployment (CI/CD).

Therefore, it is important to build a process where any change to the code will automatically trigger the relevant tests. This way, you can detect faults early, save time, and improve product quality.


Test environment management

Another aspect to consider is the runtime environment. Establishing automation infrastructures does not end with the code – appropriate servers must be provided, parallel testing must be run, version management of the test environment must be ensured, and adaptation to production environments must be ensured.


Want to develop a stable, flexible, and efficient automation infrastructure?


Contact us at Verisoft Ltd., and we will be happy to guide you through the process – with customized solutions, proven experience, and close support throughout the process.

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