Top-notch Test Automation Services
Automated testing can address fast development cycles and the need to meet increasing client demands while upholding quality. Our automation testing solutions cover test planning, tool selection, environment setup, data preparation, script development, and maintenance. With the rise of iOS automation testing, our capabilities extend to ensuring seamless functionality across both Android and iOS platforms.
Automated testing is a current trend, with testing services playing a vital role in numerous sophisticated development and deployment procedures. It cuts down on regression testing time, speeds up time to market, and is cost-effective. A well-defined automation strategy and roadmap are essential for maximizing the returns from your automation efforts, and JigNect can help you achieve this with industry-leading practices. Leveraging top mobile automation testing tools, we ensure your applications meet the highest standards of performance and reliability.
Our experts have extensive experience and practical knowledge to conduct numerous tests, using cutting-edge technology to deliver top-notch services, positioning JigNect as a leading automation testing company for all your QA and testing requirements. Leverage our broad software testing expertise to obtain customised solutions that will elevate your product.
Automation Testing Services We Provide
UI Automation
API Automation
What We Can Automate ?
Web Application
Mobile - Android
Mobile - iOS
Desktop application
API Automation
Major Tools We Use for Automated Testing
These are the tools our team uses for automation test planning and testing the most frequently. If you prefer other solutions, just let us know.
Selenium
Cypress
Playwright
testRigor
Webdriver I/O
Robot Framework
Appium
Espresso
Postman
Rest Assured
Test Complete
Katalon
NightWatchjs
Ranorex
Puppeteer
CodeceptJS
ReadyAPI
SoapUi
Sahipro
WebAppDriver
Documentation Provided By Us
Environment Setup Guide
Instructions for setting up the testing environment, including software dependencies, configurations, and prerequisites. It ensures consistency across different testing environments.
Test Execution Reports
Detailed reports generated after test execution, providing insights into test results, including passed, failed, and skipped tests. These reports help stakeholders understand the quality of the application and make informed decisions.
Test Automation Framework Documentation
Documentation outlining the test automation framework used for automation testing. It includes information about framework architecture, components, guidelines for script development, and best practices.
Step-by-Step Approach to Automation Testing Services
Requirement Analysis
Understand the software requirements and features to be tested. Identify areas suitable for automation testing based on factors like frequency of use, criticality, and stability of the feature.
Stage 1
Tool Selection
Choose appropriate automation testing tools based on project requirements, technology stack, and team expertise.
Stage 2
Environment Setup
Set up the testing environment which includes configuring test servers, databases, test data, and ensuring availability of necessary software dependencies. Install the selected automation testing tools and frameworks.
Stage 3
Test Planning
Define the scope and objectives of automation testing. Create a test plan outlining test cases, test scenarios, and testing approach. Prioritise test cases based on criticality and frequency of use.
Stage 4
Test Script Development
Write test scripts using the selected automation testing framework. Develop reusable functions and libraries for common actions to enhance maintainability. Incorporate assertions and validations to verify expected outcomes.
Stage 5
Execution and Reporting
Execute test scripts against the application under test. Monitor test execution for any errors or failures. Generate comprehensive test reports containing details about test results, including passed, failed, and skipped tests. Integrate with Continuous Integration (CI) systems for automated test execution on code commits.
Stage 6
Defect Reporting and Tracking
Report any defects or issues encountered during test execution in a defect tracking system. Include relevant details such as steps to reproduce, screenshots, and system environment information. Monitor defect resolution progress and verify fixes as they are implemented.
Stage 7
Test Maintenance
Regularly review and update test scripts to accommodate changes in the application or requirements. Maintain version control for test scripts to track changes and ensure traceability. Conduct periodic code reviews and refactor test scripts for improved efficiency and readability.
Stage 8
Requirement Analysis
Understand the software requirements and features to be tested. Identify areas suitable for automation testing based on factors like frequency of use, criticality, and stability of the feature.
Stage 1
Tool Selection
Choose appropriate automation testing tools based on project requirements, technology stack, and team expertise.
Stage 2
Requirement Analysis
Set up the testing environment which includes configuring test servers, databases, test data, and ensuring availability of necessary software dependencies. Install the selected automation testing tools and frameworks.
Stage 3
Test Planning
Define the scope and objectives of automation testing. Create a test plan outlining test cases, test scenarios, and testing approach. Prioritise test cases based on criticality and frequency of use.
Stage 4
Test Script Development
Write test scripts using the selected automation testing framework. Develop reusable functions and libraries for common actions to enhance maintainability. Incorporate assertions and validations to verify expected outcomes.
Stage 5
Execution and Reporting
Execute test scripts against the application under test. Monitor test execution for any errors or failures. Generate comprehensive test reports containing details about test results, including passed, failed, and skipped tests. Integrate with Continuous Integration (CI) systems for automated test execution on code commits.
Stage 6
Defect Reporting and Tracking
Report any defects or issues encountered during test execution in a defect tracking system. Include relevant details such as steps to reproduce, screenshots, and system environment information. Monitor defect resolution progress and verify fixes as they are implemented.
Stage 7
Test Maintenance
Regularly review and update test scripts to accommodate changes in the application or requirements. Maintain version control for test scripts to track changes and ensure traceability. Conduct periodic code reviews and refactor test scripts for improved efficiency and readability.
Stage 8
Benefits of Automated Testing Service
By utilizing JigNect Technologies’ automated testing service, you can expect to gain numerous advantages. Through our expertise in the domain, we help you unlock the following benefits for your business:
Improved Quality
Through thorough testing of the application or system, functional testing helps pinpoint and resolve any defects, guaranteeing that the application or system fulfills its functional specifications. This improves the software’s overall quality.
Increased User Satisfaction
Functional testing increases user satisfaction and reduces the risk of user frustration or confusion by ensuring that a software product functions accurately as expected. This can lead to increased customer loyalty and positive feedback.
Enhanced Reliability
By thoroughly testing the application or system, functional testing helps increase its reliability and reduce the risk of failure. This helps ensure that the application or system performs as expected and meets the needs of its users.
Increased Confidence
By thoroughly testing the application or system, functional testing provides confidence in its ability to meet its functional requirements and perform as expected. This helps ensure that the application or system is ready for deployment and use by its users
Early Defect Detection
Functional testing reduces the expenses associated with bug fixes and minimizes the likelihood of encountering problems during the later stages of development by detecting defects early on in the process. This helps guarantee that the application or system will be delivered on time and within budget.
