Best Automation QA Practices from Zapple Tech
Functional Testing
Test automation engineers accelerate and optimize the verification process of an IT solution by creating scenarios for typical feature usage. The advantage of this type of research is that the functional testing is done “blindly” without examining the code or architecture of the digital solution. With its help, experts find buggy algorithms in the program and delegate their corrections to developers.
Unit Testing
Test automation engineers examine each component of your IT solution for errors. This allows them to identify bugs at the earliest stages of digital product creation and prevent them from creeping into future software versions. Test automation uses the black box, white box, and gray box methods to help identify both functional and non-functional problems or even risks of their occurrence.
Integration Testing
Test automation engineers comprehensively test IT solution components in a single system. This allows them to study the behavior of the modules when interacting with each other, detect integration problems, and fix them. Usually, three approaches are used: top-down, bottom-up, and sandwich. They provide an opportunity to test all interaction patterns and backward compatibility between all software elements.
Smoke Testing
Test automation engineers comprehensively verify each version of the IT solution built through a minimal set of scenarios. They examine all iterations, identify their viability and stability, and look for problems. This optimizes development by focusing efforts on upgrading the most robust variations of a digital product, application, or system.
Non-functional Testing
Test automation engineers perform a wide range of different tests that are not directly related to the functionality of a digital solution. They test IT product performance, load tolerance, security, and many other parameters that demonstrate how well the app and its components work.

Performance Testing
Test automation engineers examine the project for potential performance degradation under normal and increased workloads. By optimizing scripts for custom software interaction scenarios, they test the overall performance and responsiveness of the digital product. This ensures that the target audience won’t encounter productivity issues after the release.
Regression Testing
Test automation engineers run a cycle of re-checks of a digital product’s code and functions after each iteration’s release. This is necessary to exclude bugs after making changes in components and program modules. Thus, when re-running scripts, performance should not degrade, or bugs should not appear; otherwise, the software is considered to have degraded.
Keyword-driven Testing
Test automation engineers use advanced tools and methods to test digital products. One of them is the keyword test. Its essence is to use the interpreter of simple words and phrases into executable code, responsible for investigating a particular area of the app. The described method is faster and easier to use, and the results are not inferior in validity to classical QA methods.
Data-driven Testing
Test automation engineers focus on creating reusable external data sets for tests. The information is stored in a spreadsheet format with prescribed dependencies between cells. This makes it possible to apply pre-created files in scenarios that automatically test the full range of data.
How to Hire Test Automation Engineers from Zapple Tech in 5 steps?
Shortage of in-house experts.
If all your team members are busy with the project and don’t have time to perform their duties fully, then it’s likely that external test automation engineers will be needed. Such cooperation will allow you to close the project on time, minimizing bugs.
Lack of industry experience.
There are cases when the qualifications of full-time employees are not enough to solve a number of tasks. This can be automation QA as well as specific types of checks and tools. In this case, you will need third-party test automation engineers.
Fast project start-up.
External test automation engineers often work on a contract that is concluded in a matter of hours. So you don’t have to wait for the contract to be drawn up, and work on the project will start within the first week of cooperation.
Budget savings.
As a rule, staffing entails logistics, equipment, and rent costs. Delegating automation QA tasks to third-party test automation engineers minimizes operational and organizational costs.
Our web testing process at a glance
1
Describe the project’s features to our manager: the technology stack, functionality, target platforms, scale, and idea. We will select the best candidates for you based on the information received.
2
Provide analytics and work plans. Guided by these data, we will be able to draw up a contract on recruiting for a certain period to form the details of cooperation.
3
Send a profile set of tests to verify the qualifications. This way, you can test the skills of our specialists to see if they are the right fit for your project.
4
Get to know all the candidates. We have more than 130 experts with a wide range of skills. Chances are there are several candidates you can work with.
5
Sign a contract to hire test automation engineers. Experts stay with the company but are brought under your management for the duration of the contract, integrated into the team, and take on the agreed responsibilities.
The process of hiring Test Automation Engineers
Level 1
Leave your request in the contact form on the website, indicating the best time to call or meet.
Level 2
Confirm your request electronically and wait for feedback.
Level 3
Communicate with the selected test automation engineers, specifying the nuances of the project.
Level 4
Legally formalize your cooperation, stating the terms of hiring, scope, and specifics of the work.
Level 5
Introduce our experts to the team and evaluate the quality of their skills.
FAQ
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