Testing and quality assurance (QA) at Tech Ojas is a comprehensive process that encompasses all aspects of the software development life cycle (SDLC). The QA team at Tech Ojas works closely with the development team to ensure that the software meets all requirements and is delivered to customers with the highest quality possible.
The testing process is a systematic approach to evaluating software to ensure that it meets its requirements and is of high quality.
- Analyzing the software's architecture to identify any potential risks or areas for improvement.
- Unpacking the key elements of project management, such as workflows, schedules, and release frequencies.
- Building relationships and communication channels with the development and testing teams.
- Identifying and configuring the right testing tools for the job.
- Creating test cases that are efficient and effective.
- Creating a set of data that can be used to test the software.
- Writing code to automate the execution of test cases.
- Running manual and/or automated tests to assess the quality and reliability of software.
- Collecting, integrating, and communicating testing results to developers according to a schedule that allows them to fix them in a timely manner.
- We offer a retesting phase to ensure that all fixes were applied correctly.
- Writing code to automate the execution of test cases.
The QA process at Tech Ojas begins with the requirements gathering phase. The QA team works with the development team to understand the functional and non-functional requirements of the software. Once the requirements are understood, the QA team develops a test plan that outlines the different types of testing that will be performed and the criteria for success.
Functional testing is an important part of the software development process
- Unit testing tests individual units of code.
- Integration testing tests how different units of code work together.
- End-to-end testing tests the entire user experience, from start to finish.
Non-functional testing is a type of software testing that verifies the non-functional requirements of a software application
- Performance testing measures the performance of the software under different load conditions
- Scalability testing measures the ability of the software to handle an increasing number of users or requests
- Reliability testing measures how often the software crashes or fails
Manual testing is important because it can be used to test aspects of the software that cannot be easily automated
- Manual testers can use their creativity to come up with new and innovative test cases.
- Manual testers can assess the usability of the software and identify any areas where it can be improved.
- Manual testers can perform exploratory testing to find unexpected bugs and defects.
- Manual testing is often more cost-effective than automated testing for small projects or projects with a limited budget
Automated testing is a type of software testing in which test cases are executed by automated testing tools
- Automated tests can be executed without the need for human intervention
- Automated tests can be reproduced consistently, which helps to ensure that the test results are reliable
- Automated tests can be scaled to test large and complex software applications
Fast and secure portals to help your team benefit from
- Verifying that a user can log in to the system and access all of their features
- Verifying that the system can process a large number of transactions without crashing
- Verifying that the system is secure from unauthorized access and attacks
- Verifying that the system is scalable and can handle an increasing number of users
- Verifying that the system meets all of the customer's requirements
QA process helps to improve the quality of software by
- Identifying and fixing defects early.
- Ensuring that the software meets all requirements.
- Improving the usability of the software.
- Ensuring that the software is secure.