Do you usually worry about the software quality of your company?
Do you want your customers to have the best experience with your products?
We'll focus on the central role of quality assurance in software development.
Below, we'll explain what it is, its importance, and the difference between quality assurance and quality control.
We'll also review some frequently asked questions about this particular stack.
Further, we'll provide resources if you want to know more about the subject. Let's go!
Nowadays, we know that it’s not easy for companies to engage in digital transformations.
From retail shopping to payments, everything is digital today.
If you want users to engage with your content, you must have an exceptional digital experience.
Anyhow, it requires a particular focus on digital quality.
Digital Quality consists of early recognition of potential areas of improvement.
Further, it applies to the implementation of suitable measures.
Companies perform quality evaluations before launching products into the market.
Quality Managers perform regular assessments, document the process, and correct non-conformities.
The Quality Management System (QMS) gets modifications based on the occurred or expected changes.
These include organization, measures, equipment, employees, methods, activities, and workload.
Yet, changes in the QMS can depend on internal or external control audits.
For instance, review performances or customer feedback. All evaluations need to have accessible documentation.
This includes precise data about required measures, such as the team in charge and the period.
There are two primary ways that companies approach digital quality.
One is Quality Assurance (QA), and the other is Quality Control (QC).
Although they have similar intentions, QA and QC take different approaches.
Both ensure customers receive high-quality products.
We'll explore the similarities and differences between QA and QC.
Yet, we'll first explore some basic definitions for each.
Software Quality Assurance (or QA) is a subset of Quality Management.
It involves a series of activities and procedures during product development.
Consequently, it helps ensure a high-quality release.
Quality Assurance is a quality process controlled and determined at the executive level.
It focuses on process checklists, standards, project audits, methods, and procedures.
Further, it is a preventive process that establishes correct practices and measures.
As a result, it provides a favorable environment for the developing product.
Besides, QA is required to adhere to business and applicable technical standards.
These encompass ISO 25010 or industry standards such as HIPAA for healthcare organizations.
In this sense, QA policies ensure every released product meets standards.
Some of the activities that QA helps define are the requirements, programming, and code reviews.
Others include planning and execution, customer acceptance, and feedback.
Quality Control refers to activities and techniques to control the quality of a product.
These are in conformance with the Quality Assurance requirements.
This set of exercises aims to identify any bugs that might be present.
Through testing, it's possible to identify potential bugs for developers to fix.
After fixing potential issues, products are again verified.
This means checking that functions and features are working as required.
Also, the QC process assures that the developed product meets the required quality.
QC's tasks include inspection, deliverable peer reviews, and software testing.
In summary, the ultimate goal of both processes is to deliver the best product.
This goal is one of the many tasks that Quality Assurance and Quality Control have in common.
Following this, we want to go further into its similarities and differences.
Every company wants to release excellent products to keep loyal and satisfied customers.
Reaching that desire is vital to achieving an optimized quality product.
We can be sure that the two approaches have differences.
Yet, these also share many of the same goals.
Getting confused over the two terms is normal.
Yet, there's still disagreement over which tasks fall under which category.
When explaining the differences between QA and QC, there are some highlights.
For instance, to acknowledge that QC is generally considered part of QA.
This can help explain some of its overlaps.
As we have seen, Software Testing is one of the Quality Control tools.
It tests the finished products and gets their quality check mark.
Among Quality Control processes, there are many Software Testing techniques.
Among these are functional, black box, and usability testing.
Other types include exploratory, compatibility, and regression testing.
Testing focus is on solving problems and evaluating the software product's performance.
Further, it tracks its security and compatibility.
There are two ways to perform testing activities.
One is with testing engineers, in parallel with the development process.
The other encompasses the dedicated testing stage.
This choice lies in the approach to the software development cycle.
One of the most popular SDLC models is the Waterfall cycle, with six consecutive phases.
These are planning, analysis, design, implementation, testing, and maintenance.
The method's tests aim to find software errors and bugs.
Yet, testing at this stage might be too expensive to fix.
In this type of process, costs tend to increase throughout each step.
In response to Waterfall, Agile Testing rose.
Its most significant benefit was allowing for testing the product in the building stages.
As a result, Agile breaks the process into smaller parts, iterations, and sprints.
This allows testers to work in parallel with the rest of the team throughout the process.
Also, it lets them fix problems and errors immediately.
Agile's primary purpose is to provide a faster delivery with the best possible quality.
Another type of life cycle is DevOps Testing.
A significant highlight of it is its continued testing through the process of coding.
It puts particular emphasis on automation and continuous integration.
In consequence, it leads to the high-velocity delivery of applications and services.
This allows building, deploying, testing, and installing the product so it is ready for the clients to use.
Of course, this process saves resources and time and makes all the team members achieve the same goal.
These techniques are only the tip of the iceberg!
Last but not least, we'd like to list some methods for setting up the Quality Assurance process for your business.
As you may guess, good Quality Assurance has many advantages.
Optimized Software Quality is fundamental to ensuring a successful product.
This final product will not only impact the final users' lives.
Also, high quality will help to gain trust and loyalty.
We hope this article has resolved some doubts on the topics.
Particularly, doubts surrounding the role of Quality Assurance in Software Development.
Moreover, we encourage you to start thinking about applying these techniques!
Do you think they're a good fit for your business?
Do you usually worry about the software quality of your company?
Do you want your customers to have the best experience with your products?
We'll focus on the central role of quality assurance in software development.
Below, we'll explain what it is, its importance, and the difference between quality assurance and quality control.
We'll also review some frequently asked questions about this particular stack.
Further, we'll provide resources if you want to know more about the subject. Let's go!
Nowadays, we know that it’s not easy for companies to engage in digital transformations.
From retail shopping to payments, everything is digital today.
If you want users to engage with your content, you must have an exceptional digital experience.
Anyhow, it requires a particular focus on digital quality.
Digital Quality consists of early recognition of potential areas of improvement.
Further, it applies to the implementation of suitable measures.
Companies perform quality evaluations before launching products into the market.
Quality Managers perform regular assessments, document the process, and correct non-conformities.
The Quality Management System (QMS) gets modifications based on the occurred or expected changes.
These include organization, measures, equipment, employees, methods, activities, and workload.
Yet, changes in the QMS can depend on internal or external control audits.
For instance, review performances or customer feedback. All evaluations need to have accessible documentation.
This includes precise data about required measures, such as the team in charge and the period.
There are two primary ways that companies approach digital quality.
One is Quality Assurance (QA), and the other is Quality Control (QC).
Although they have similar intentions, QA and QC take different approaches.
Both ensure customers receive high-quality products.
We'll explore the similarities and differences between QA and QC.
Yet, we'll first explore some basic definitions for each.
Software Quality Assurance (or QA) is a subset of Quality Management.
It involves a series of activities and procedures during product development.
Consequently, it helps ensure a high-quality release.
Quality Assurance is a quality process controlled and determined at the executive level.
It focuses on process checklists, standards, project audits, methods, and procedures.
Further, it is a preventive process that establishes correct practices and measures.
As a result, it provides a favorable environment for the developing product.
Besides, QA is required to adhere to business and applicable technical standards.
These encompass ISO 25010 or industry standards such as HIPAA for healthcare organizations.
In this sense, QA policies ensure every released product meets standards.
Some of the activities that QA helps define are the requirements, programming, and code reviews.
Others include planning and execution, customer acceptance, and feedback.
Quality Control refers to activities and techniques to control the quality of a product.
These are in conformance with the Quality Assurance requirements.
This set of exercises aims to identify any bugs that might be present.
Through testing, it's possible to identify potential bugs for developers to fix.
After fixing potential issues, products are again verified.
This means checking that functions and features are working as required.
Also, the QC process assures that the developed product meets the required quality.
QC's tasks include inspection, deliverable peer reviews, and software testing.
In summary, the ultimate goal of both processes is to deliver the best product.
This goal is one of the many tasks that Quality Assurance and Quality Control have in common.
Following this, we want to go further into its similarities and differences.
Every company wants to release excellent products to keep loyal and satisfied customers.
Reaching that desire is vital to achieving an optimized quality product.
We can be sure that the two approaches have differences.
Yet, these also share many of the same goals.
Getting confused over the two terms is normal.
Yet, there's still disagreement over which tasks fall under which category.
When explaining the differences between QA and QC, there are some highlights.
For instance, to acknowledge that QC is generally considered part of QA.
This can help explain some of its overlaps.
As we have seen, Software Testing is one of the Quality Control tools.
It tests the finished products and gets their quality check mark.
Among Quality Control processes, there are many Software Testing techniques.
Among these are functional, black box, and usability testing.
Other types include exploratory, compatibility, and regression testing.
Testing focus is on solving problems and evaluating the software product's performance.
Further, it tracks its security and compatibility.
There are two ways to perform testing activities.
One is with testing engineers, in parallel with the development process.
The other encompasses the dedicated testing stage.
This choice lies in the approach to the software development cycle.
One of the most popular SDLC models is the Waterfall cycle, with six consecutive phases.
These are planning, analysis, design, implementation, testing, and maintenance.
The method's tests aim to find software errors and bugs.
Yet, testing at this stage might be too expensive to fix.
In this type of process, costs tend to increase throughout each step.
In response to Waterfall, Agile Testing rose.
Its most significant benefit was allowing for testing the product in the building stages.
As a result, Agile breaks the process into smaller parts, iterations, and sprints.
This allows testers to work in parallel with the rest of the team throughout the process.
Also, it lets them fix problems and errors immediately.
Agile's primary purpose is to provide a faster delivery with the best possible quality.
Another type of life cycle is DevOps Testing.
A significant highlight of it is its continued testing through the process of coding.
It puts particular emphasis on automation and continuous integration.
In consequence, it leads to the high-velocity delivery of applications and services.
This allows building, deploying, testing, and installing the product so it is ready for the clients to use.
Of course, this process saves resources and time and makes all the team members achieve the same goal.
These techniques are only the tip of the iceberg!
Last but not least, we'd like to list some methods for setting up the Quality Assurance process for your business.
As you may guess, good Quality Assurance has many advantages.
Optimized Software Quality is fundamental to ensuring a successful product.
This final product will not only impact the final users' lives.
Also, high quality will help to gain trust and loyalty.
We hope this article has resolved some doubts on the topics.
Particularly, doubts surrounding the role of Quality Assurance in Software Development.
Moreover, we encourage you to start thinking about applying these techniques!
Do you think they're a good fit for your business?
