bookmark_borderPure-play testing teams

Use a pure-play testing plan to make sure you have consistency in quality and competence.

In this article, we will talk about Pure-play testing teams, what it means, and what are the benefits.

Pure-play testing teams

Companies are preparing to offload critical capabilities to vendors that can provide the required skill and assistance to satisfy the growing testing demands.

When it comes to making decisions in this environment, judgment employs a hybrid strategy that relies on both expert pure-play distributors for tailored expertise and large Integrators (SIs) for their scale and established networks.

What exactly is pure-play software testing?

A pure-play software product is a computer-based product developed by a company that focuses solely on producing goods for a single industry and selling those goods to customers in that industry via the internet. Before releasing a product to the general public, product developers use pure-play software testing to improve it and identify and fix bugs.

Why you should choose a pure-play software testing team?

You will have software quality

Pure-play testing teams have a broad understanding of how the software works. They have the knowledge, experience, and perspective to guarantee that software quality meets customer and user expectations. Their focus is on a wide range of software systems and testing methods.

More flexibility

Pure-play testing teams can respond quickly to whatever they require, whether it is automation testing, manual testing, or a combination of the two.

Cost Savings

Pure-play testers can concentrate on quality, they can adhere to requirements and scalability. All of this will allow the customer to concentrate on operational growth. A pure-play software testing partner will also eliminate HR and recruitment issues, and less management means cost reduction.

Expertise in the Industry

Pure-team’s sole focus is on software testing. They benefit from working with a diverse set of vendors, systems, and tools, which provides a knowledge base derived from cross-platform and cross-industry knowledge.

Quicker to market

The advantage of the time to market is the most impressive of all the benefits we did present above. Highly qualified and experienced teams are incorporated into projects from start to finish outcomes in a fluid testing cycle, which implies a faster turnaround and time to market.

Software Testing Models That Are Important

Agile Methodology

This is an advanced software development paradigm that generates software through an incremental testing strategy.

Because the requirements change over time, no other models can provide an adaptable development and testing cycle. The agile approach, which is more adapted to new situations than the traditional paradigm, alleviates these issues.

Iterative Development:

Each component/module in this paradigm is set to many test procedures that will be repeated many times.

It works in three stages: formulation, testing, and evaluation. After the team repeats every segment many times, they will create a new/improved model and put it to the test.

As a result of the instant test feedback, the new model may be optimized in terms of design, functionality, and usability.

Every component is tested:

In an agile environment, this happens instantly, lowering the risk factor in the development phase.

It requires a higher investment of time and places higher expectations on testers and developers. This is because it encourages regular customer engagement.

In conclusion: Software testing services invest a considerable amount of time, money, and people into developing applications that are customized to their customers’ requirements. The best part is that software testing is a well-established specialty where a company can find an excellent fit to meet all of its testing needs.

bookmark_borderDifferences Between Quality Assurance and Quality Control

It is easy to become puzzled by the distinction between Quality Assurance (QA) and Quality Control (QC). Some people use the terms synonymously, but there is a significant difference between QA and QC.

Let’s read this article and understand what are the differences between Quality Assurance and Quality Control.

Quality assurance and quality control are both important components of quality management and play an essential and distinct role in the health of life sciences companies.

QA focuses on defect prevention, whereas QC focuses on defect detection.

Understanding those roles can assist your organization in mastering each one to provide the best products.

Quality standards require both QA and QC processes, but understanding the distinction between the two is critical. They are often considered synonymous, but they are two distinct processes that occur at separate moments.

Let’s see a short definition for both QA and QC.

Quality Assurance (QA): It refers to all of the activities in your plan that make sure your product is ready for the software development process. You’re ensuring that the quality standards you designed for will be met as the products are produced.

 *Read more about Quality Assurance

Quality control (QC): This is the quality assurance evaluation stage. It is a set of tests used to ensure that a product is effective and safe after mass manufacturing.

Agile, Six Sigma, and other project management or process continuous improvement are examples of QA and QC methodologies.

Differences between QA and QC

To better understand the distinctions between quality assurance and quality control, you need to know how the two processes interact.

(QA)Proactive and (QC) Reactive

Quality assurance is proactive, and it focuses on preventing defects from occurring through the process design. Quality Control is a reactive function that exists to identify defects in product quality after they have occurred.

QA entails process design, such as documenting standard operating procedures (SOPs) by ISO 9000 standards. Each time procedures are followed, a secure, effective product should become the result.

QC includes testing products to make sure they meet safety and efficacy requirements. If QC testing reveals quality issues, corrective actions should be taken to avoid an unsecured product from being sent out and distributed.

(QA) Process and (QC) Product

To better understand the difference between these two, think of QA as the action and QC as the result. Quality assurance is involved with the actions that result in the product, while quality control is involved with the final product.

Some of the QA Processes involve:

  • Documentation
  • Audits
  • Investigation procedures
  • Supplier management
  • Change control
  • Personnel training

And some of the QC Procedures are:

  • Software testing
  • Validation testing
  • Batch inspection
  • Product sampling
  • Laboratory testing

(QA) Creation and (QC) Verification

(QA) Creation involves establishing guidelines for product design, manufacturing, distribution, and marketing.

(QC) Verification entails confirming the safety and efficacy of products after they have been developed and before they are distributed.

(QA) System and (QC) Parts

Quality assurance control systems are the practices and procedures used to ensure quality requirements.

Quality control systems measure parts, including system outputs. QC efforts may also be directed toward components used in the finished product.

Supporting System for QA and QC

Incorporating an Electronic Quality Management System (eQMS) can help with Quality Assurance (QA) and Quality Control (QC). Because of fundamental QMS elements, such a system can prevent, identify, and verify issues.

Here is a list of some QMS fundamental elements:

  • eSignatures
  • SOP Management
  • CAPA Management
  • Document Control
  • Supplier Management
  • Training Management
  • Template Management
  • Equipment Management

Quality Assurance and Quality Control in the Quality Management System

Quality Management System (QMS) aims to optimize output quality, which is why both QA and QC are the foundation of a QMS. “Continuous improvement,” one of the ISO-9001 fundamentals, also implies that progress in Quality Assurance never ends.

QA and QC Life Cycle and Duration

Quality Assurance (QA) is a medium- to a long-term process that occurs during product development.

Quality Control (QC) is a much-shortened activity that occurs during the final stages of production. As a result, you should strategize such a set of QA activities all through the development life cycle. QC procedures are typically placed at the testing life cycle.

Both QA and QC are distinct and necessary components of quality management. They should not be considered interchangeable terms. QA is concerned with the process, whereas QC is concerned with the end product.

To sum it up, Quality assurance does not remove the necessity of Quality Control because QC is at the root of Quality management.

bookmark_borderUI testing in 3D applications

UI testing is one of the most essential types of software testing. Because there are so many different types of software testing, it can be confusing.

In today’s post, we will talk about UI testing in 3D applications. What does UI mean, and what are its advantages?

UI testing in 3D application

Let us begin with a definition of UI Testing:

UI Testing, also known as GUI Testing, is a mechanism we use to test the aspects of any software with which a user will interact. This usually entails testing the visual elements to ensure that they are operating correctly in terms of usability and performance. UI testing ensures that UI functions are free of bugs.

The Importance of User Interface Testing

The main focus of UI testing is on two things. To begin, examine how the application handles user actions performed with the keyboard, mouse, and other input method. Second, ensure that all visual elements are properly displayed and functional.

As a result, UI testing is essential before releasing an application to production.

The Advantages of UI Testing

What if your application functions correctly but has a difficult-to-navigate interface? Users may dismiss it in favor of its rivals.

There are multiple explanations why UI testing is essential. To begin with, if your app has a defective user interface, your users will be unable to complete the tasks they require.

They can’t receive what they want by direct interaction with the application’s internals. As a result, a broken UI is an insurmountable barrier for your users.

You can perform UI tests using manual testing or automated testing. . Testers can use either technique or both at the same time.

How we used UI Testing in 3D applications

UI testing in 3D application

In our project, we used manual testing. The project was about a 3D application, and we used all of its features to look for errors.

Manual testing is typically used when the software or application has a small number of UI elements. 

However, given today’s tech-savvy user base, most people expect software to have rich, layered user interfaces with hundreds, if not thousands, of UI elements that must be verified.  

Manual UI testing is preferable to tasks that are more subjective and thus cannot be automated, such as evaluating the visual appearance of an app.

The same as for our 3D application project where we had tickets and test cases assigned to us with Jira. 

Every bug that was fixed required us to retest it so that it would function as the customer expected.

We had to check and test 200 tickets per day for our project. Every two weeks, there was a release, and we had to test every fix that was included in the release.

What we had to test

In principle, we already had a plan in place, complete with tickets and test cases. In addition to the 200 tickets we had, we had another 30 or 40.

With each release, we had some functionalities to test, check how some materials were used in 3D, as well as the colors, lights, and even some camera functions.

We had to double-check exports, project and favorites tabs, material names, and how the copy/cut functions work from one account to another.

We also had to test the materials’ properties. These properties included color testing, prints, and embossing.

Also, besides testing, we had to create materials, colors, and prints, as well. We had to test the newly created materials after we imported them to see if they had the desired properties.

The properties included the material name, ID, display color space, base map color, Disney BRDF properties, and many more.

It is critical that your interface works properly, looks great, and is simple to use and navigate. UI testing is part of our daily activities at QA-House because our goal is to provide professional assistance and services.

bookmark_borderIncrease the quality of your hiring

Use this Graduate QA Engineering recruitment guidance to help you increase the quality of your hiring. And also to help in creating job descriptions, skill profiles, and managing interviews.

Increase the quality of your hiring

We created a complete and accurate recruitment guide to assist you to increase the quality of your hiring. Before you begin the hiring process, you should first understand what a Graduate QA Engineer does.

Graduate QA Engineers are in the early stages of their software testing careers. In this position, they will disassemble software and create tests to ensure that the software is performing how it should. 

They will also go through training and upskilling to learn about using industry-standard tooling to complete their task to a high standard.

Graduate QA Engineer Responsibilities

Increase the quality of your hiring
  • Carry out test plans to ensure software functionality.
  • They will document the defects for developers to fix
  • Make use of automation testing tools.
  • Assist senior resources in developing test plans.    

How should you begin the hiring process?

1.Know the role to create the ideal candidate profile.

To identify the right person for the job, you must first understand what the job entails. You can use this to describe the role, its contribution, and the skills required. 

What skills does a Graduate QA Engineer require?

Critical thinking and problem-solving abilities, a fundamental understanding of quality insurance, strong collaboration abilities, and exceptional attention to detail are required.

These are the most important skills a Graduate QA Engineer must possess to be successful.

2. Create A Skills-Based Job Description

Once you know the role’s necessities, you’ll need to understand the skills required for success. You can then create an effective job description to market your position.

How do you write a job description for a Graduate QA Engineer based on skills?

When you’ve established the skills required for the position, you can start writing a job description. 

  • Begin with the Job Description. You must first state the position for which you are looking.
  • Give an overview of your company, what makes it special, and what it’s like to work for you.
  • Include the daily activities of the role’s responsibilities. How the position benefits the organization.
  • After that, explain the requirements and the skills that a candidate must possess. And, of course, don’t forget to mention the benefits of working for your company.

Create a skill assessment to identify the top candidates who applied for your open position. This will assist you in filtering and selecting the best candidates from a large pool of candidates.

Now let’s talk about the interview process and how to interview a Graduate QA Engineer.

Increase the quality of your hiring

The interview should concentrate on any skills that were identified as needing improvement during the skills assessment.

After you know what the candidates are capable of, the interview is becoming more of a relationship-building exercise.

You can get to know the candidate more personally, learn about their motivations, to see how they’d accommodate in with the squad.

How much would cost the hiring of a Graduate QA Engineer?

According to, the lowest-paid Graduate QA Engineers earn $43,000. The highest earn is up to $117,000, with the median of these salaries coming in at $68,250.

For entry-level positions, you’re likely to be given a larger amount of applicants. It’s important to know their ability to problem solve and think critically because they’ll be left alone to solve complex problems in their position.

bookmark_borderQA for Online Financing

To reassure customers that their money is safe and protected, financial application developers must prioritize QA testing.

Online Financing

While there is a clear demand for powerful, user-friendly financial applications, these applications must also be dependable and secure. We provided our QA knowledge for a project that was about online bank financing.

QA for online financing applications is an important process. Because you need intense, effective testing, developers should involve financial QA experts.

This article will explain how those financial applications function and how we provided quality assurance services.

A business creates a seller account and then submits a request. This request denotes the amount of money required as a loan, for an invoice, and who will purchase from that company.

They will review that request and if the buyer cannot afford to pay the company’s bill, the bank will finance him. The buyer will have a certain number of days to pay with a certain commission.

The bank will decide how much money to finance and how much commission to charge based on the company’s status. If the company does not meet the requirements, they can reject the application.

To calculate your company’s net economy, profit, and debts, they use functions. The resulting percentages and numbers will give you a score (good or bad). This will allow you to determine how much you are worth and how much the commission will be.

These tables contained information about new applications, financing, and rejected applications. Tables with information that needs to be modified, as well as tables with sellers and buyers, administrators, and partners.

Our mission here was to perform both manual and automated testing on those tables.

After each document was signed, we had to double-check that it contained the correct information for the buyer and seller. We also had communication flows with the debtor to determine when he would pay and whether the bank’s terms suited him.

As for the manual testing and automated testing, for every bug, we discovered we had to write it in Jira. 

We had to write every bug we discovered during manual and automated testing in Jira.

When a new flow appeared, we had to create a Test Case that detailed all of the reproducible steps and expected outcomes.

Our mission is to provide the highest-quality software and services possible. Make certain that your projects operate properly. Just like we did for this online bank financing.