6 Main Components of Quality within a Quality Assurance Framework

Quality Assurance in Software Testing is a technique for ensuring the quality of software products or services that a business provides to its clients. Quality assurance is concerned with improving the efficiency and effectiveness of the software development process while adhering to the quality standards defined for software products. Quality Assurance is sometimes referred to as QA Testing. A solid Quality Assurance Framework is essential for project success. 

The following are the seven critical factors that will assist you in developing a solid and reliable Quality Assurance Framework:

• Processes and Practices of the Life Cycle

• Support Systems for Asset Information

• Data and Expertise

• Providing Services

• Organizational concerns

• Concerns about people

• Plans to Manage Your Total Assets

Throughout the Lifecycle of a Project, Quality is a Priority

Following the Quality Assurance Framework, quality must be maintained throughout the Project Lifecycle to ensure success. As a quality assurance team, they take pride in being able to support their clients at any stage of the project lifecycle.

The Software Development Life Cycle revolves around six phases:

1. Quality Planning

This will identify which quality standards are required for the project and give stakeholders guidance on how to accomplish quality management. The following factors contribute to a company's ability to maintain quality throughout the project lifecycle:

• Expectations of stakeholders

• Criteria for success (as defined in the business case)

• Standards that apply (internal and external)

• Quality-related roles and responsibilities

• How will continuous improvement be carried out

2. Quality Assurance

This component encompasses the entire project lifecycle rather than simply one phase. It guarantees that all other procedures are carried out correctly and in accordance with the project's criteria. Quality Assurance gives stakeholders confidence that the project will be delivered to the highest standard.

3. Deployment

The deployment phase, which includes releasing the code to production, is where quality assurance in software development plays a less important role. Smoke testing should still be done during this step to ensure that the deployment didn't cause any problems when it went live.

4. Implementation

During this phase of the application development lifecycle, the project team focuses on writing source code. The concept of Continuous Testing continues to play a key role in modern best practices for the Implementation phase. If a bug or defect is discovered, this technique allows you to rethink or recode only the tested module rather than the entire codebase.

5. Testing

As a tester, you must be prepared to jump right into the testing phase of the Software Development Lifecycle. Quality Assurance, on the other hand, does not just refer to software "testing," but also to tasks such as:

Cases for testing

• Bug reports and bug fixes testing

• Test for Regression

• Bug report preparation

• Testing status preparation

• Prioritize browsers and devices that the client supports.

6. Maintenance

Due to tight deadlines or a simple oversight, you may miss issues during the production phase. As a tester, you'll be expected to fix these bugs during the maintenance phase, when you'll be present to test bug fixes and feature updates.