Our System Testing Processes

Detailed Requirement Analysis: It is critical to identify the correct requirements for the software to be successfully tested. In the requirement analysis phase, we thoroughly examine user requirements and business objectives, and based on this information, we create a comprehensive test plan. This process ensures that both functional and non-functional requirements are comprehensively addressed. Our analysis process aims to determine the correct test scenarios and increase the effectiveness of the tests.

Risk Analysis and Prioritization: Another important step in the analysis process is identifying potential risks and planning how these risks will be addressed in the testing process. With a risk-based testing approach, we ensure that the most critical areas are tested first.

Quality Assurance Audit: To ensure compliance with quality standards, we audit the entire development process. These audits assess whether the software meets functional requirements and technical specifications.

Review of Test Results: During the audit process, we thoroughly examine the results of the tests conducted to identify deficiencies and areas for improvement. At this stage, we focus on different testing levels such as end-user tests and system tests to ensure that the software fully meets all requirements.

Attack Simulations: In our security tests, we simulate various attack scenarios to understand how resilient Guardian is against potential attacks. These tests are performed to detect common security vulnerabilities such as SQL injections and XSS (Cross-Site Scripting) and provide solutions to minimize them.

Data Protection and Privacy: Another critical aspect of security testing is ensuring the protection of sensitive data. Safeguarding personal data during storage, transmission, and processing is prioritized in our testing processes. In this context, we evaluate solutions such as data masking, encryption, and firewalls.

Functional Tests: We perform comprehensive functional tests to verify that Guardian accurately performs the specified functions. These tests check whether the software's functionalities comply with the requirements and reveal any potential errors.

Usability Tests: User experience plays a critical role in the success of the software. With our usability tests, we evaluate how accessible and usable the software is for end-users. In this process, we focus on user interface design, navigation, and overall user experience. Maintaining the highest level of user experience is one of our primary goals.

Performance Tests: We conduct performance tests to evaluate the speed, response time, and overall performance of the software. These tests focus on how Guardian performs under high user load and its resource usage.

Resource Optimization: Another focus of our efficiency tests is to determine how effectively the software uses hardware and software resources. In this process, we analyze metrics such as memory management, CPU, and network usage. Our goal is to achieve maximum performance with minimal resources.

Test Automation Tools: In addition to manual testing, we actively use automation technologies in our software development processes to increase efficiency and minimize human errors. Using modern automation tools like “Selenium,” “Cucumber,” and “JUnit,” we automate the repetition of manual tests.

Continuous Integration and Continuous Delivery: Our automation processes work in conjunction with continuous integration and continuous delivery models. This ensures that every new version of the software is automatically tested, and errors are detected and corrected instantly. This process enables Guardian to enter the market faster and more reliably.