Application Testing Services
Software application testing ensures functional reliability through manual and automated software testing techniques. Software testing management is the process of planning, organizing, and controlling all testing activities to ensure the quality of a software product. This includes comprehensive end-to-end application testing, covering areas such as functional testing, software testing tools, and automated testing. We provide Independent and impartial testing services in Singapore. The goal is to deliver software that aligns perfectly with end-users' needs. Software testing blogs are a great resource for staying up to date on the latest testing trends and techniques.
Functional Testing
Functional software testing covers various features of the web application such as search, add to cart, checkout, and payment processing are working as expected. The tester would simulate different user scenarios to ensure that the software can handle them correctly.
Compatibility Testing
To test web application is compatible with different browsers, operating systems, and devices to ensures that the web application works correctly across different platforms and devices.
Performance Testing
To test application under different loads and stress levels. Performance testing ensures that the web application can handle large volumes of users and transactions without crashing or slowing down.
Security Testing
To uncover web application vulnerabilities and weaknesses that could be exploited by malicious actors and to ensures that the web application is secure and can protect user data and transactions.
Usability Testing
covers ease of use, accessibility, and user satisfaction to ensures that the web application is user-friendly and provides a good user experience.
Test Approach
Blow is the test approach which we apply during software application testing to achieve optimal test coverage and to test application from all perspectives
Black box & Grey Box Testing
Focuses on testing the software without any knowledge of its internal workings. The goal is to test the application functionalities against the expected results
Automated Testing
This approach involves using software tools to automate the testing process. Automated testing is faster and more efficient than manual testing. Achieve efficient parallel execution, detailed reporting, and seamless integration with Jenkins and AWS
Non-functional Testing
Non-functional Testing includes Performance, Load, Stress, endurance and Security Testing
Road Map
Techniques
Below are the tools and techniques we use for software application testing.
Test Management Tools
To plan, manage, organize and reporting of testing efforts. Some of the common tools include TestRail, JIRA and Zephyr scale.
Performance Testing Tools
To measure the performance of the software by simulating different levels of user traffic and load. Some of the common tools include JMeter, Blazemeter and Gatling.
Code Analysis Tools
These tools help identify defects and vulnerabilities in the code before testing even begins. Common tools include SonarQube, CodeSonar, and Checkmarx.
Regression Testing
This technique is used to regressively test the software after changes have been made, to ensure that new issues have not been introduced.
Pairwise Testing
This technique is used to test all possible combinations of input data to identify any issues that may arise when different input values are combined.
Test Automation Frameworks & Tools
Automate test scenarios using popular automation tools for testing like Selenium, Cypress, Serenity, and Appium. Elevate software testing with Selenium and other automated software testing tools.
Security Testing Tools
To identify vulnerabilities and weaknesses in the software that could be exploited by attackers. Some of the common tools include OWASP ZAP, Burp Suite, and Nessus.
Exploratory Testing
This technique is used to explore the application in an unstructured and free-form way, without being constrained by pre-defined test cases. The goal is to identify as many defects and issues as possible and provide feedback to improve the quality of the application.
BV Analysis & Equivalence Partitioning
This technique is used to test the boundaries and limits of inputs and outputs to ensure that the software can handle them correctly.
Orthogonal Array Technique
This technique is a statistical method for reducing the number of test cases. By applying this technique, we can find most of the defects caused by interactions between input variables, leading to a more robust and reliable software product.
Tools
