JIGNECT TECHNOLOGIES PRIVATE LIMITED

Requirement:

• U.S. medical staffing company with a web-based platform for healthcare agencies to request and hire temporary or permanent staff.
• Required a test automation framework for cross-browser and platform compatibility, with daily testing in a test environment and bi-weekly testing in a stage environment.

Challenges: 

• Medical staffing agency's goals: Bug-free, user-friendly platform meeting client requirements, streamline QA testing for efficiency and reduced duration.
• Manual testing challenges: Time constraints, potential errors, scalability limitations due to a complex user interface with dynamic content. 
• Client's requirements: Implement a test automation framework for multiple browsers and platforms, minimal script maintenance, support for parallel test runs, and inclusion of API automation.

Solution: 

• Test Framework Selection: Utilized open source tools like Selenium, Appium, C#, and HTTP Client for automation.
• Test Environment Setup: Established a diverse test environment to ensure comprehensive coverage.
• Test Case Identification: Prioritized critical scenarios such as user registration, job posting, job search, and profile management.
• Test Script Development: Developed scripts using Selenium WebDriver and C#, implementing features like page object approach, logs, parallel test runs, and cross-environment support.
• Test Execution and Reporting: Executed tests daily in the test environment and twice a week in the stage environment using Azure DevOps CI/CD pipelines, generating detailed test execution results.
• Tools & Technologies: Utilized Azure DevOps for continuous integration, HTTP C# Client for API testing, Selenium and Appium with C# for automation, Azure DevOps and Google Sheets for defect tracking, and GIT for code repository.

Benefits: 

• Improved Efficiency: Automation reduced time and effort in repetitive testing, enabling more focus on intricate test scenarios and exploratory testing.
• Enhanced Test Coverage: Automated tests across various browsers, devices, and operating systems expanded test coverage.
• Early Bug Detection: Regular automated testing detected and fixed bugs early, reducing costs and effort.

Conclusion:

• UI test automation pivotal for medical staffing web app: Improved functionality, usability, and dependability, increased testing efficiency, broader coverage, reduced testing time, early bug detection.
• UI test automation integration = worthwhile investment: Contributed to overall success and satisfaction of web app.

Requirement:

• Dutch online food ordering company sought to enhance testing efficiency.
• Implemented CI/CD to automate testing, reduce delays, and maintain consistent quality.
• Enlisted JigNect for software testing process enhancement.

Challenges: 

• Clients faced manual and time-consuming testing processes causing delays, human errors, and defects.
• Client sought an automated testing solution to ensure quick delivery of software releases and establish a daily testing framework for frequent application changes.

Solution: 

• JigNect's automation team recommended implementing CI/CD techniques using Jenkins, GitHub, and Docker for software testing.
• GitHub was used for source code management, Jenkins for automated builds, and Docker for automated testing, ensuring continuous integration and delivery.

Benefits: 

• Improved Efficiency: Automated testing reduced time and sped up software releases.
• Increased Quality: Consistent testing with Docker containers reduced defects in the final product.
• Early Bug Detection: Automation identified and fixed bugs early, minimizing project timeline impact.

Conclusion:

• CI/CD adoption streamlined software testing, enhancing efficiency and quality of releases.
• Automation via Jenkins, GitHub, and Docker minimized errors, ensuring consistent software delivery.
• Positive results highlighted significant software development process improvement.

Requirement:

• Client is a leading crop nutrition company offering fertilizers and solutions for environmental and agricultural challenges.
• Developed a loyalty-based mobile app for customers (farmers, retailers, dealers, etc.) with real-time crop nutrition recommendations and insights.
• Administrative web application complements the mobile app for managing operations.

Challenges: 

• Ensure error-free, bug-free mobile application for order placement.
• Verify feature accuracy and effectiveness, including compatibility with multiple OS versions.
• Identify and resolve bugs and provide precise recommendations to users.

Solution: 

• Client approached JigNect to achieve objectives
• JigNect employed a comprehensive approach encompassing test planning, test design, and test execution
• Notable aspects include thorough test planning, device compatibility testing, loyalty points verification, defect tracking, and alpha and beta testing for performance refinement

Benefits: 

• Enhanced User Experience: Functional testing identified and addressed defects and bugs early, improving the application's quality and reducing issues for end-users.
• Compatibility Assurance: Testing across various devices ensured the application's compatibility with different platforms, devices, and versions.
• Increased Reliability and Performance: Thorough testing enhanced the application's stability, reliability, and performance under diverse scenarios, resulting in improved user satisfaction.

Conclusion:

• Functional testing validated the crop nutrition mobile app for reliability, accuracy, and seamless user experience on Android/iOS.
• Comprehensive testing included planning, design, execution, and defect tracking, ensuring a high-quality, reliable solution for the client.

Requirement:

• Customer: A renowned gaming app development company with a broad user base.
• Challenge: Ensuring API quality across multiple microservices for their online casino games.
• Solution: Adoption of automated API testing for all microservices.

Challenges:

• Manual API testing for the gaming application involved multiple teams, causing delays and errors.
• The complexity of the application's microservice APIs made manual testing time-consuming, resulting in longer release times. 
• Automating testing is challenging due to the complex nature of the application and the constant changes in APIs.

 
Solution: 

• Test Automation Framework: Utilized SpecFlow for testing microservices APIs, enabling data-driven testing and integration with CI/CD.
• Continuous Integration and Deployment: Integrated the framework with Azure DevOps for automatic testing upon code commits.
• Gherkin Scenarios: Employed Gherkin-syntax scenarios for comprehensible tests and additional features like BDD support and common functions.

Benefits: 

• Achieved reduced testing cycle time through automation, enabling parallel testing and faster feedback.
• Improved quality and test coverage by identifying issues early and facilitating quick test scenario creation.

Conclusion:

• Automated API testing solution for gaming application's microservices architecture
• Enhanced testing efficiency, improved API quality, and enhanced user experience

Requirement: 

• U.S. based company specializing in Medical Staffing Services
• Developed a web application to connect healthcare facilities with qualified medical professionals
• Offers a web-based platform for healthcare agencies to request staff, job listings, and diverse features; testing for high user volume and optimal performance.

Challenges:

• Assess application's maximum capacity under high concurrent user loads while maintaining performance.
• Ensure application stability and responsiveness during peak usage.
• Identify and address potential bottlenecks and performance issues for improved user experience.

Solution:

• Client contacted JigNect for performance testing using JMeter.
• Approaches included test environment setup, test planning, test scenario design, test script development, load test execution, performance analysis, and optimization with retesting.
• Tools & Technologies used: JMeter for performance testing.

Results and Benefits:

• Platform handles 10,000 concurrent users with minimal performance degradation.
• Identified bottlenecks (slow response times, resource limitations) were addressed, resulting in a 30% response time improvement under heavy load.
• Application remained stable and reliable even under stress conditions, ensuring a seamless experience for healthcare facilities and professionals.

Conclusion:

• JMeter load testing enhanced medical staffing web app's stability, scalability, and responsiveness, enabling efficient and reliable service while optimizing performance.

Requirement:

• Leading pet-focused website with comprehensive platform for products, services, and pet adoption assistance.
• Offers personalized product recommendations, loyalty points, and convenient repeat delivery options for a user-friendly, consistent experience.

Challenges:

• Fragmentation of Devices, Operating Systems, and Browsers: Managing compatibility across diverse combinations of devices, operating systems, and browsers with unique features and interpretations.
• Responsive Design and Ongoing Updates: Ensuring website adaptability to different screen sizes, orientations, and resolutions, while continuously addressing updates in devices and software.

Solution: 

• Testing process included a device lab with various real devices and the use of BrowserStack, a cloud testing platform, to ensure comprehensive compatibility testing.
• Test planning, execution, defect reporting, resolution, and regression testing were key steps in the process, with a focus on functionality, layout, and performance across different devices and browsers.

Results and Benefits:

• Enhanced User Experience and Increased Customer Satisfaction: Leveraging device lab and BrowserStack for compatibility testing ensures a seamless website experience across various devices and browsers, reducing frustration and enhancing customer satisfaction.
• Expanded Market Reach and Improved Revenue Generation: Compatibility testing broadens accessibility to diverse users, expanding the potential customer base and encouraging increased browsing and purchasing, ultimately improving revenue generation.

Conclusion:

• Compatibility testing with a device lab and BrowserStack is vital for website success.
• Ensures optimal user experience, customer satisfaction, and revenue maximization.

Requirement:

• Leading website specializing in pet products and pet sales
• Offers a comprehensive platform with personalized recommendations and loyalty points
• Features various pet-related product categories, accessible across devices and browsers, and provides a repeat delivery option; conducting usability testing to boost user experience and engagement

Challenges:

• Assess website user-friendliness and navigation.
• Evaluate loyalty points earning and redemption efficiency.
• Measure the impact of the loyalty program on user engagement and identify usability issues.
• Gain user behaviour insights, feedback, and suggestions.
• Provide recommendations for enhanced usability and increased conversion rates.

Solution:

• Usability Testing Approach Steps
• Data Analysis and Reporting
• Implementation and Retesting

Results and Benefits:

• Navigation and Information Architecture: Improve the website's information architecture to make the loyalty program section easily discoverable.
• Registration Process: Streamline the registration process by reducing required fields, providing clear instructions, and offering social media login options.
• Earning and Redeeming Points: Enhance the user experience by designing a more intuitive process with step-by-step guides, visual cues, and simplified instructions.

Conclusion:

• Redesigned website information architecture for improved user-friendliness, increased loyalty program visibility, and streamlined checkout process, resulting in a 20% conversion rate increase.
• Achieved a 15% boost in mobile user engagement through mobile optimization efforts.

Requirement:

• Customer provides a cloud-based software solution offering billing, accounting, and inventory management for small businesses in India.
• Features include invoicing via WhatsApp or email, real-time inventory tracking, payment monitoring, and GST-compliant reporting; endorsed by the GSTN for GST and non-GST companies.

Challenges:   

• Customers needed automation testing for GST Billing Software's mobile app to ensure accurate GST calculations and reduce manual testing efforts.
• Testing challenges included verifying complex GST calculation logic and ensuring user-friendliness for a diverse user base.

Solution: 

• JigNect's automation team reduced costs using open-source tools for Appium automated testing.
• They set up the testing environment, configured Appium, created test scripts in Java, and developed an End-to-End testing framework supporting Android and iOS to cover the entire application.

Benefits: 

• JigNect's automated testing team improved the Customer's testing process, providing automated Appium scripts for functional testing, critical path testing, and identifying performance issues.
• The open-source framework reduced costs, increased testing efficiency, and shortened testing cycles by executing test scripts on multiple devices simultaneously.

Conclusion:

• The automation testing process using Appium helped to ensure the quality of the app’s GST calculation feature and its overall performance.
• The Appium automation testing process helped in delivering the app on time and meeting user expectations.

Requirement:

• Netherlands-based company offering food ordering services to a wide range of businesses.
• Client required the development of an automated testing framework compatible with web and mobile applications (Android and iOS) for daily testing in development and weekly testing in production environments. Added scanner feature for QR code menu access and offered delivery or pickup options for customers.

Challenges:

• Client's objectives: Ensure error-free and bug-free ordering process, enhance testing efficiency through automation, and develop a robust test automation framework compatible with various browsers and platforms.
• Specific goals: Accurate QR code scanning and precise matching with menu items.

Solution:

• Test framework selection, including Selenium, Appium, and Java with the Page Object Model (POM) approach.
• Test scenario identification covering user registration, menu browsing, order placement, payment processing, and order tracking.
• Test script development for reusability and maintainability.
• Test execution and reporting for cross-platform compatibility.
• Integration into continuous testing with Jenkins, using tools like Trello and GitHub.

Benefits:

•  Improved quality through early bug detection and resolution.
•  Faster time-to-market with reduced manual testing time.
•  Increased test coverage for comprehensive application testing, leading to an enhanced user experience and cost savings.

Conclusion:

• Successful implementation of test automation in online food ordering services.
• Improved quality, user experience, and efficiency, with a focus on scanning QR codes for both suppliers and customers.