Every software project is unique. In order to provide premium software quality, teams of engineers must apply rigorous software testing techniques. Thorough testing involves the following essential goals:
- Reducing Bugs
- Code quality assurance
- Functionality check
- Project release without defects
At Wonderment Apps, we are consistently transparent with our clients when it comes to software testing. The value in this collaboration cannot be overstated. This “boutique experience” has provided our clients with a sense of being individually heard and their goals are truly seen.
Software Testing Concept
Testing is a complex process that verifies software functioning. It detects critical errors and mistakes. By testing your application, you:
- Verify if performance goals are met.
- Release error-free solutions before users encounter bugs.
- Influence user experience.
- Secure the long-term quality of the software.
- Ensure app security and decrease vulnerabilities.
- Save future project costs by catching bugs at early development stages.
Software testing is the prerequisite for long-term cost savings and user retention. Defect-free products increase customer satisfaction in any domain. Considering the savings and profits to be gained or lost by the testing stage, the talent level of Quality Assurance (QA) and Software Engineers is crucial.
Different Types of Testing
Serious profits and losses are at stake with a buggy app. Therefore, teams should use a mix of different software testing types. Following Brainhub, professional QA Engineers practice over a hundred kinds of testing techniques. Let’s highlight the most prominent techniques.
Functional vs Non-Functional Testing
Typically, software testing is categorized into functional and non-functional.
Functional testing focuses on software functionality. With functional tests, you see whether all features and functions are fine-tuned and operate as designed. This also helps find out if the client’s expectations match the end product. In all, functional tests can be run either manually or by using a special automated tool stack.
The breakdown of the most common functional testing covers:
- Regression testing determines that changes in code have no impact on the app.
- Sanity testing ensures bugs are resolved.
- Smoke testing validates software stability.
- Acceptance testing checks if the app works as designed for an end-user.
- Unit testing analyzes every single developed component.
- Integration testing verifies how individual components interact with each other.
- System testing inspects if all system elements are well-aligned.
Non-functional testing switches its focus on how the software works. Wonderment Apps testers put themselves into the mind of the user. This is a key difference about our talent’s practical experience. Our people know not to rush this stage even when facing a looming deadline. The quality of the user experience is paramount for us.
The list of common non-functional tests includes:
- UI/UX testing opts for optimizing user experience and app design.
- API testing determines how the application programming interface (API) integrates with the original solution.
- Performance testing analyzes the speed and response time.
- Accessibility testing explorers if people with disabilities might use the app.
- Security testing identifies loopholes and reveals system vulnerabilities.
- Failover testing investigates the backup system in case of failure.
- Compatibility testing ensures the software works on any operating systems, hardware, browsers, and networks.
- Configuration testing intends to find the most relevant configurations.
- Volume testing discovers whether the software could operate under a huge data volume.
- Stress testing proves that an app is stable even under unpredictable circumstances.
- Localization testing tests an app’s ability to operate in a particular culture or environment.
The list of non-functional test types is not limited to the above-mentioned ones. Wonderment Apps QA professionals use many other effective testing options in their practice as well. This critical eye is born from our hands-on client collaboration and our team-backed culture.
Automated vs Manual Testing
Another widespread approach divides the testing process into manual and automated. The key difference lies in the way testing is carried out.
Manual testing is the process conducted by QA Engineers who execute test cases step by step. This hands-on testing type aims to discover bugs and defects without test scripts. It’s also recommended to test new software manually before using automated methods.
Automated testing implies QA Engineers use automation tools to run test scripts. Such testing allows one to increase test coverage and test cycle at once. In all, the automated testing approach grants effectiveness and saves time.
Manual and automated testing techniques have their benefits and drawbacks. Automated testing is more beneficial when running tasks repeatedly. Once you have several test cases to check once or twice, manual testing is more suitable. Automated testing algorithms add value to products and reduce testing time. Though there are situations when automated testing can’t be applied, so manual tests become helpful.
Opting for automated testing is expensive due to initial costs on tools purchased, team training, and test script support. But it is more beneficial to apply automated test scripts in the long term. Opting for manual testing is cheaper but it doesn’t save time and leaves space for human errors. This is why the quality of the engineers is so essential and why Wonderment Apps vets its talent so thoroughly.
Enterprise-Scale Software Testing
An enterprise-scale software is a complex system intended for a corporate business environment. It’s generally deployed across corporate networks, the Internet, and Intranet. Typically, enterprise solutions consist of several programs and are designed using enterprise architecture. Due to enterprise-scale system specifications and complexity, enterprise testing is harder to execute.
According to 360Logica, engineers can apply any test types to enterprise-scale software. To choose the most effective testing approach, consult your Project Manager. Always prioritize a company that customizes its solutions to your unique business needs.
In summation, software testing sounds easy to manage. But the majority of software types and subtypes are quite multi-layered. To become a real pro in the IT industry, every IT Specialist should have a solid background in the technical and business domain. Additionally, they should have an understanding of how the product quality is checked. So, don’t overlook this!
Keep in mind – Wonderment Apps drives full-cycle testing and QA services. Wonderment Apps has the methodology, talent, and experience to meet your Automated QA and Manual QA staffing needs. To carry out testing activities, our highly seasoned experts collaborate hand-in-hand with the development team. The “boutique” experience will leave you with the security that nothing has been overlooked in the software testing process.