Ensure Quality, Save Costs, and Deliver Faster
Quality Assurance
WWG’s QA testing services are the independent check, separate from the team that writes the code, that your software does what it was built to do before it reaches users. They are for companies with a web or mobile application in development or already in production. You get a test strategy, written test cases, manual and automated execution, and a defect report your developers can work through in order of severity.
Definition
What are QA testing services
QA testing services are the independent verification that software does what it is supposed to do before users meet it. The work combines manual testing, where a person exercises the product the way a customer would, with automated checks that run on every change, and it covers functionality, usability, performance and security rather than code style alone.
our advantages
Why choose WWG for QA Services
01
Cost-Effective Testing from Day One
We integrate QA at the earliest stages, catching defects before code is written. Fixing bugs during planning is up to 10x cheaper than fixing them during testing or development.
02Rapid
Rapid
Onboarding
Our team is ready to integrate into your workflow within 1–3 days, minimizing delays.
03
Secure and Scalable Software
From rigorous security testing to performance checks under heavy loads, we ensure reliability in the most demanding scenarios.
04User
User
Satisfaction
We prioritize creating intuitive and user-friendly experiences that enhance conversion rates and build customer loyalty. By ensuring that interfaces are easy to navigate and quick to learn, we help you deliver a product that users not only trust but actively recommend.
95 %
positive review
340 +
successful projects
30 +
AI driven solution
4.9
clutch rating
what do we offer
Our QA Services
Functional and Non-Functional Testing
Dynamic and Static Testing
Smoke and Sanity Testing
Regression Testing
Integration Testing
Localization Testing
Performance Testing
Security Testing
- Functional Testing:
Verifies that your product’s features and operations meet the specified requirements, ensuring that each function performs as expected. - Non-Functional Testing:
Evaluates usability, reliability, and efficiency, addressing how your product behaves under different conditions to provide a seamless user experience.
- Static Testing:
Involves analyzing code, design, and documentation without executing the software, helping to detect potential flaws early. - Dynamic Testing:
Examines the software in operation, ensuring it performs correctly in a live environment and aligns with user expectations.
- Smoke Testing:
A preliminary test to verify the basic, critical operations of the application before deeper testing begins. - Sanity Testing:
Focuses on specific modules or bug fixes to confirm the changes function as intended without affecting related components.
- Regression Testing: Re-examines existing functionality after modifications or enhancements to guarantee no new defects are introduced.
- Integration Testing: Tests the interaction between modules, verifying data flow, communication, and compatibility in a unified system.
- Localization Testing: Ensures your product meets linguistic, cultural, and technical requirements for different regions, covering text display, date formats, currencies, and more.
- Performance Testing: Assesses speed, responsiveness, and scalability under varying loads, ensuring your product performs optimally even under stress.
- Security Testing: Identifies vulnerabilities and ensures robust protection against data breaches, unauthorized access, and other security threats.
process
How Software Testing Works
Our software testing process is a systematic and meticulously planned approach to ensure the highest quality of your product at every phase of development. Each step is designed to address specific testing goals and provide reliable results for both functionality and user experience.
Creating a Testing Strategy
This stage lays the foundation for the entire testing process. We define the objectives, scope, and methodologies to be used, ensuring alignment with project goals. This strategic outline guides all subsequent testing activities and sets clear expectations for the team and stakeholders.
01
01
Creating a Testing Strategy
This stage lays the foundation for the entire testing process. We define the objectives, scope, and methodologies to be used, ensuring alignment with project goals. This strategic outline guides all subsequent testing activities and sets clear expectations for the team and stakeholders.
02
Requirement Review and Test Plan Development
We analyze the product requirements to ensure they are complete, consistent, and free of ambiguities. Any discrepancies are addressed with the stakeholders to prevent issues later in development. From this analysis, we create a detailed test plan that specifies the testing scope, timeline, required resources, and testing milestones, serving as a roadmap for execution.
02
Requirement Review and Test Plan Development
We analyze the product requirements to ensure they are complete, consistent, and free of ambiguities. Any discrepancies are addressed with the stakeholders to prevent issues later in development. From this analysis, we create a detailed test plan that specifies the testing scope, timeline, required resources, and testing milestones, serving as a roadmap for execution.
Test Case Preparation
During this phase, we develop test scenarios that thoroughly examine every critical functionality of the software. These test cases include real-world scenarios and edge cases to capture potential issues that might arise during actual use. Each case is crafted to ensure comprehensive coverage of the product’s features and usability.
03
03
Test Case Preparation
During this phase, we develop test scenarios that thoroughly examine every critical functionality of the software. These test cases include real-world scenarios and edge cases to capture potential issues that might arise during actual use. Each case is crafted to ensure comprehensive coverage of the product’s features and usability.
04
Tool Selection for Testing
Choosing the right tools is vital for effective testing. We assess project-specific needs to select advanced tools for automation, performance testing, and security checks. The tools we choose streamline the process, improve accuracy, and reduce testing time without compromising quality.
04
Tool Selection for Testing
Choosing the right tools is vital for effective testing. We assess project-specific needs to select advanced tools for automation, performance testing, and security checks. The tools we choose streamline the process, improve accuracy, and reduce testing time without compromising quality.
Validation and Documentation
Once testing is conducted, we prepare detailed reports and validation documentation that demonstrate the software’s compliance with all specified requirements. This documentation not only provides evidence of quality but also acts as a valuable resource for future updates and maintenance.
05
05
Validation and Documentation
Once testing is conducted, we prepare detailed reports and validation documentation that demonstrate the software’s compliance with all specified requirements. This documentation not only provides evidence of quality but also acts as a valuable resource for future updates and maintenance.
06
Testing and Retesting
In this critical phase, we execute the test cases, logging any identified defects and providing detailed feedback to the development team. Once the issues are resolved, we conduct retesting to confirm that the fixes are effective and have not introduced new errors. This iterative process ensures that the software is stable, secure, and ready for deployment.
06
Testing and Retesting
In this critical phase, we execute the test cases, logging any identified defects and providing detailed feedback to the development team. Once the issues are resolved, we conduct retesting to confirm that the fixes are effective and have not introduced new errors. This iterative process ensures that the software is stable, secure, and ready for deployment.
Results You Can Count OnResults You Can Count OnResults You Can Count OnResults You Can Count OnResults You Can Count OnResults You Can Count OnResults You Can Count OnResults You Can Count On
cases
Customer Success Stories
Some concrete examples of the use of our technologies and how our knowledge has been useful to solve critical situations or improve workflows.
What Our Clients Are Saying
"WWG's competencies in technical and management aspects were impressive."
WWG successfully delivered a project document and software that fully met RAG requirements. WWG's project management was efficient — they delivered everything on time. Moreover, they showcased clear communication and strong technical capabilities, which were key to the project's success.
WWG successfully delivered a project document and software that fully met RAG requirements. WWG's project management was efficient — they delivered everything on time. Moreover, they showcased clear communication and strong technical capabilities, which were key to the project's success.
Francesco Adinolfi
R&D, Innovaway SpA
Custom Software Development
WWG provided custom software development services for an ICT company. The team designed and developed an innovative ICT software system capable of supporting RAG services.
Paese
Naples, Italy
The engagement
QA testing in concrete terms
- Duration
- Set in scoping, according to the perimeter. After the requirement review you receive a test plan with milestones and completion dates.
- Start
- Our engineers integrate into your workflow in one to three days after scope is agreed.
- Who does the work
- WWG QA engineers for manual and automated testing (Selenium, Cypress, Playwright). A named owner follows the engagement and keeps the context documented.
- What we need from you
- Product requirements, access to builds and test environments, stakeholders available to clarify requirements, one contact in the development team.
- Output
- Test strategy and plan, test cases, defect reports with steps to reproduce, severity and impact, validation documentation.
- Format
- A fixed-scope test cycle, or continuous testing on updates and new features.
The price is set before we start, on the agreed scope. For a fixed-scope cycle you receive an estimate before kickoff; for continuous testing the model is a monthly fee. We do not publish a price list.
Comparison
QA testing services and the alternatives
When a company decides to check the quality of its software, four options land on the table: an external service, an in-house QA team, a freelance tester, or buying testing tools. This table says what each one covers and when it makes sense, so the choice is made on the problem to solve rather than on the label.
| Criterio | WWG QA testing services | In-house QA team | Freelance tester | Testing tools alone |
|---|---|---|---|---|
| Who it is for | Companies with a web or mobile product to verify before and after release, without a full QA team. | Companies with a steady release volume that justifies dedicated hires. | Teams that need to cover a peak of work or a single release. | Development teams that want to automate checks on their own. |
| What it covers | Strategy, test plan and cases, manual and automated execution, defect reports, retesting, validation documentation. | Depends on the skills hired: often manual or automation, rarely both. | Test execution, usually manual, on the assigned perimeter. | Script execution: strategy, test cases and reading the results are still to be done. |
| Duration | Set in scoping: one test cycle or continuous testing. | Permanent, with recruiting and onboarding time. | By the day or by the project. | In continuous use, with script maintenance. |
| What you get | Documented, reproducible defects, a reusable test plan, a named owner. | Product knowledge that stays in the company, if the person stays. | A list of bugs on the covered perimeter. | Automatic reports on the cases someone has written. |
| When it makes sense | When releases introduce regressions or an independent check is needed before a launch. | When the QA workload is stable and predictable for years. | For a short, well-delimited need. | When you already have people designing the tests and only lack execution. |
If you are looking for quality assurance software in the sense of a tool for managing inspections or service quality, this is not the right page: this page is about the software verification service.
Published case studies
- America’s Cup
The website, the apps and the all-in-one digital platform WWG built for the 35th America’s Cup presented by Louis Vuitton.
- Colmar store locator
Custom software designed and built for Colmar to cope with the shortcomings of its store locator and improve customer experience.
FAQ
Frequently Asked Questions
QA in testing stands for quality assurance: the set of activities that verify software meets its requirements and behaves as intended before release. It covers requirement review, a test strategy and test plan, written test cases, manual and automated execution, and documentation of every defect found. QA is not a final check at the end of a project; in our process it starts with the requirement review and follows every release.
We perform functional and non-functional testing, dynamic and static analysis, smoke and sanity testing, regression testing, integration testing, localization testing, performance testing under load, and security testing. Tests run across devices, operating systems and browsers so the experience stays consistent for every user. Which of these your product needs is decided in the test strategy, based on the requirements and the risks of the project.
Early involvement of QA lets us identify and fix problems before they grow. The requirement review catches gaps and ambiguities while correcting them is still cheap, and discrepancies are settled with stakeholders before they turn into code. A defect found at the requirement stage costs less than one found in testing, and far less than one found in production. That is why our process starts with the test strategy and the requirement review, not with execution.
The length of the testing process depends on the complexity and scope of the project and is set in scoping. After an initial requirement review we provide a test plan with milestones and expected completion dates. Our engineers integrate into your workflow in one to three days, with no long onboarding. For continuous testing on later releases, the cadence follows your development cycles.
QA testing services are priced before we start, on the agreed scope: types of testing, platforms to cover, number of critical features. For a fixed-scope test cycle you receive an estimate before kickoff; for continuous testing on updates and new features the model is a monthly fee. We do not publish a price list, because two similar products can need very different test plans.
The testing is done by WWG QA engineers who work alongside your development team, with a named owner who follows the engagement and keeps the context documented. For automation they use Selenium, Cypress and Playwright, covering web, mobile and cross-platform applications, regression suites and performance checks. Exploratory, usability and localization testing is done by hand by the QA engineers. Tool choice for each project is made in the tool selection step, based on your stack.
To start we need the product requirements, even if incomplete, access to test environments and builds, and one or more stakeholders available to clarify the ambiguities the requirement review turns up. We also need a contact in your development team who receives the documented defects. The rest is ours: strategy, test plan, test cases, tool selection. Your team keeps developing.
Every bug is documented so it can be reproduced: steps to reproduce, environment, severity level and potential impact, so your development team can fix issues in priority order. During the engagement you receive regular reports on progress, open and closed defects and retest results. At the end of each cycle you receive validation documentation that shows the software’s compliance with its requirements and serves as a reference for future updates.
Yes, ongoing testing for updates and new features is one of the formats of the service. After the first test cycle the test cases and documentation are yours and become the base for later releases: automated regression tests run on every change, while manual testing covers the new features. You can also stop after the first cycle; the engagement stands on its own and does not oblige you to continue.
QA testing services are for companies with a web or mobile application, in development or already in production, that have no in-house QA team or one that cannot cover every release. They are most useful when releases introduce regressions, when the product must work in several languages or on many devices, or when an independent check is needed before a launch. They are not for companies looking for a quality management software tool.
QA testers are not being replaced at WWG; the work is changing. Our engineers use generative tools for volume work, such as drafting test data and boilerplate scripts, under their own control and review. Deciding what to test, reading a requirement for ambiguity, judging usability and reproducing a defect that only appears in a specific context remain the tester’s job. A tool that writes a script does not decide whether the script checks the right thing.
QA is worth it whenever the cost of a defect reaching users is higher than the cost of finding it first, which is the case for any software that handles orders, payments, personal data or a customer-facing brand. Independent testing finds regressions before a release, gives your developers reproducible defect reports instead of vague complaints, and leaves you validation documentation that shows the product meets its requirements. The question to ask is not whether QA is worth it, but which mix of manual and automated testing fits your release cadence.
Related services
The two levers of quality
Quality assurance rests on two levers: automated tests on every build and exploratory manual testing. The people pulling them are QA engineers, embedded in the product team.
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