What are Software Testing Services?
Software Testing Services are the actions targeted to identify, report, and fix the mistakes and bugs in the software and user interfaces. The experts who provide it are the Quality Assurance engineers.
There are three basic steps of Quality Assurence:
Identification. QA engineers analyze the software, code base, and functionality by reproducing end users’ behavior. To identify the bugs or system dysfunction, QA engineers compare the findings with canonical view or functionality, like mockups of interfaces, software requirements, industry standards, and user scenarios approved by stakeholders.
Reporting. After identifying, experts document the bugs and dysfunctions and inform the product owner and software engineers responsible for the reported piece of software. Regularly, they do it using defined project management methodologies, like agile, and create the related tasks in a project management system.
Fixing. The responsible experts estimate the QA report regarding the time and resources and start work on fixing bugs or improving functionality.
What is the difference between QA and Testing
?
Software QA companies, like Artelogic, provide the full range of software development services, and Quality Assurance comprehends the measures to ensure not only bug-free software but also the establishment of the proper procedures and standards to comply with the industry standards and best practices. Software Testing is a crucial part of QA processes, but QA couldn’t be limited only to testing. For example, a UX Audit is also an important QA service.
Do you sign an NDA?
Sure, we sign and adhere to the NDA. Artelogic operates in EU jurisdiction and ensures the highest data protection and transparency.
How can a QA Testing Company help my business?
Simply saying, you need QA software testing services if you plan the market entrance with a new application or software or want to upgrade the software product to satisfy customers’ demands. The cost of professional QA services is significantly less than a loss due to customer churn or regulatory sanctions. Another reason for contracting a software QA company is to verify the skills of in-house software developers and identify the blind zones in your software development processes.
Why Choose Artelogic Quality Assurance Testing Services?
Artelogic, as a QA software testing company, builds QA teams of certified QA engineers with deep expertise in software testing and QA automation. Individual certifications are mandatory for internal promotion, and we support our team members in their skills upgrading. Beyond that, we are proud of the exceptional client reviews on professional directories like Clutch or Goodfirms. We have well-established processes for tracking team performance and a mentorship system to quickly implement new trends and knowledge.
What are software quality assurance techniques?
Software Quality Assurance (SQA) ensures that software products meet the required quality standards and fulfill their intended purpose. Multiple techniques are employed in the realm of SQA to achieve these objectives. Here are some of the techniques Artelogic QA experts use:
Code Review: Manual inspection of source code by developers or peers to identify defects and areas for improvement.
Unit Testing: Testing defined units or components of the software.
Integration Testing: Testing interactions between integrated components or systems.
System Testing: Testing the holistic system to validate that it meets the specified requirements.
Acceptance Testing: This is performed by reproducing the end-users’ or clients’ behavior to validate that the system meets their needs.
Regression Testing: Ensuring new features or code changes haven’t negatively affected existing functionality.
Performance Testing: Includes load, stress, scalability, and stability testing to ensure the system works under the workload for which it was designed.
Usability Testing: Ensuring the product is user-friendly and intuitive.
Security Testing: Identifying vulnerabilities and weaknesses in the system.
Compatibility Testing: Ensuring the software runs as expected in different environments (OS, browsers, devices, etc.)
How much does it cost to test software?
There isn’t a precise calculation since the QA budget depends on the software’s complexity, deadlines, and stakeholders’ expectations. As an experienced software testing agency, we provide free scope estimation, given the QA engineers’ rates and other variables. Meanwhile, some rules can help in budget projection.
The time spent on Quality Assurance (QA) as a percentage of the whole application development lifecycle can vary widely based on several factors, including the complexity of the application, the development methodology used, the maturity of the development and QA processes, and the criticality of the application.
Here’s a general range based on typical scenarios:
Waterfall Model: In traditional waterfall models, QA (which primarily involves testing in this context) might take up 20% to 30% of the project timeline.
Agile Development: In Agile methodologies like Scrum, the development and testing activities are parallel within each sprint. Here, QA is woven throughout the entire development process. If we isolate the QA-related activities (like test case preparation, test execution, and bug reporting), it might take up 25% to 40% of the sprint time.
Critical Systems: For systems where failure can have severe consequences, such as medical devices, aviation software, or financial systems, the QA process can be extensive. The QA phase, including rigorous testing, validations, verifications, and certifications, can sometimes take up as much as 50% or more of the entire project time.
Rapid Development and MVPs: For rapid application development or minimum viable products (MVPs) where the focus might be on releasing a product quickly to the market, the QA phase might be more streamlined and could take up 10% to 20% of the project time.
It’s important to note that while these percentages provide a general guideline, the actual time can vary widely based on the specific project context.
IMPORTANT NOTICE!
