Despite the many advantages of automation testing, it is challenging to implement. To meet the obstacles, you’ll require a team of scripting expertise, the appropriate tools, and automation test suites. You could make things easier by having FineZoom on your squad.
Provide load and performance testing services to avoid downtimes when activities start bringing in traffic.
The regression suite expanded with new automated tests, and its frequency of execution scheduled to provide sufficient feedback.
Script once, run on multiple devices.
Individually developing scripts for iOS and Android creates maintenance overhead problems that necessitate the deployment of more automation testers to oversee the test suites. FineZoom hence develops generic programmes that function flawlessly across several platforms.
Services for integration testing are necessary to check for errors and problematic behaviour at integration points, as well as to see if separate software components or individual apps work together appropriately.
Continuous integration testing during the entire app lifecycle
Continuous integration testing during agile SDLC
One-time integration testing
Analyzing functional and non-functional requirements.
Understanding the architecture, interface design, interconnections and dependencies between its modules and external systems.
Finalizing the integration testing scope.
Creating an integration testing plan.
Selecting testing tools.
Creating and Preparing test cases and test data.
Developing automated testing scripts.
Setting up test environment.
Running automated testing scripts.
Reporting defects.
Conducts fast retesting with optimal share of test automation.
Submit the final report.
FineZoom gives you the following documents during service delivery:
A thorough schedule for the integration testing procedures, complete with created test cases and written automated test scripts.
Reports of test execution (on a build, daily, weekly, or other basis); a list of faults discovered and reported to the defects tracking system.
A test summary report and a test metrics report based on the specified metrics.
Provide load and performance testing services to avoid downtimes when activities start bringing in traffic.
Load Testing
Examine the system’s performance under a set of anticipated load fluctuations to determine the maximum number of connections the system can support while maintaining a specific response time. Additionally, we identify system bottlenecks and identify the contributing system component.
Stress Testing
In terms of extreme load, determine the system’s maximum operating capacity. Then we determine if it will function adequately if the current load exceeds the anticipated maximum. This aids in the planning of any prospective outrages brought on by new system connections.
Scalability Testing
FineZoom assesses a system’s ability to scale as more load is placed on it. We provide insight into the point at which the system stops scaling and pinpoint the causes of this. The outcomes of scalability testing can be utilised to prepare for future expansion and prevent making excessive hardware investments.
Stability Testing
FineZoom tests if the system maintains stability over an extended period of time, including while it is running continuously. This aids in planning maintenance efforts by evaluating the risk of downtime.
Combining manual and automated testing is a useful method for QA testing. It is crucial to decide which type of testing would be most suitable at each of the different stages of the product.
Greater circumstances and situations can be covered with manual testing, and QA testers’ comments on how the application feels and works will be undoubtedly helpful. Ad-hoc testing, exploratory testing, and usability testing are the testing types that manual tests work best for.
Automation is a must for any testing that must be done repeatedly. Automated tests are practical and dependable, helping to guarantee that the programme works as expected technically.
Delivering quality assurance through operational efficiency, faster time-to-market and minimal production defects