UX design user experience website and write JUnit tests or secure endpoints. Using Java and springboot. create a spring security for group program. using PostgreSQL for the db. Example provide in link:

PROJECT MANAGEMENT PLAN PURPOSE

This Project Management Plan outlines the strategy for the development and implementation of a task management application. The plan encompasses the project``s objectives, deliverables, timeline, and budget. It delineates the specific phases of the project, including project planning, execution, monitoring, and closure. Additionally, it highlights the key tasks, responsibilities, and milestones, providing a structured approach to ensure the successful and timely delivery of the task management application. The plan serves as a roadmap for the project team, guiding them through the entire project lifecycle and facilitating effective communication and quality assurance practices.

PROJECT OBJECTIVE The primary objective of this project is to develop and launch a user-friendly and efficient task management application that enhances productivity and organization. The application enables users to create task categories, prioritize tasks, set due dates, and mark tasks as completed.

The project``s goal is to deliver a reliable and intuitive platform that allows users to manage their tasks and projects effortlessly. The testing process for a task management application is expected to produce several key deliverables, including:

1. Test Plans: Documentation outlining the overall testing cases. Detailed test cases specifying step-by-step instructions for executing tests, expected results, and criteria for pass/fail outcomes.

2. Screenshots demonstrating the success or failure of the test case.

3. Test Summary Report: A summary report consolidating testing activities, including overall test results, test coverage metrics, defect statistics, and any notable observations. Continuous Improvement Recommendations: Recommendations for process improvements or adjustments to enhance future testing efforts based on feedback and insights gained during the current testing cycle . Test Deliverables The testing process for a task management application is expected to produce several key deliverables, including:

4. Test Plans: Documentation outlining the overall testing cases. Detailed test cases specifying step-by-step instructions for executing tests, expected results, and criteria for pass/fail outcomes.

5. Screenshots demonstrating the success or failure of the test case. 6. Test Summary Report: A summary report consolidating testing activities, including overall test results, test coverage metrics, defect statistics, and any notable observations.

7. Continuous Improvement Recommendations: Recommendations for process improvements or adjustments to enhance future testing efforts based on feedback and insights gained during the current testing cycle.

6. Industry Standards to Follow Adhering to industry standards and best practices is crucial for ensuring a systematic and effective testing process for our task management application. The following industry standards and best practices will be incorporated into the testing process:

1. Performance Testing Best Practices: Utilization of best practices for performance testing, including defining realistic user scenarios, monitoring system resources, and analyzing performance metrics.

2. User Acceptance Testing (UAT) Guidelines: Adherence to UAT best practices, involving end-users early in the testing process, providing clear test scenarios, and gathering valuable feedback to ensure the application aligns with user expectations.

3. Continuous Integration and Continuous Testing (CI/CT) Practices: Implementation of CI/CT practices to automate the testing process as part of the development pipeline, ensuring rapid feedback and early detection of defects. By adhering to these industry standards and best practices, the testing process for the task management application will be well-structured, efficient, and aligned with recognized principles to deliver a high-quality product.

7. Test Automation and Tools In the testing process for the Track IT application, which utilizes a SQL database backend to store data entries, a critical aspect involves the execution of SQL scripts to validate and ensure the successful entry of data into the SQL database. By executing these SQL scripts as part of the testing process, the Track IT application can undergo thorough validation of its data entry functionalities, ensuring data accuracy, integrity, and reliability within the SQL database backend.

8. Testing Measurements and Metrics To assess the success and progress of the testing effort for the Track IT application, several key metrics and measurements will be employed. The below metrics provide insights into different aspects of the testing process and help gauge the overall quality and readiness of the application for release.

1. Test Execution Progress: The percentage of planned test cases executed compared to the total planned test cases. Tracks the progress of test execution, helping teams understand how much testing remains to be completed.

2. Defect Discovery Rate: The rate at which new defects are discovered during testing. Indicates the effectiveness of testing activities in identifying and addressing defects.

3. Pass/Fail Ratios: The ratio of passed test cases to failed test cases.

4. Test Automation Metrics: Metrics related to automated test execution, including test pass rates during automation testing.

9. Address Security Measures During the testing process for the Track IT application, security measures will be implemented to safeguard data integrity and confidentiality. The following security measures will be incorporated: 1. Secure Access Controls: Enforce stringent access controls to restrict and manage user permissions. Testers will have access only to the data and functionalities necessary for their testing activities, minimizing the risk of unauthorized access.

2. Secure Test Environment: Ensure that the testing environment is secure and isolated from production systems. This prevents any potential leakage of sensitive data or vulnerabilities from affecting live data.

3. Authentication Mechanisms: Implement user authentication mechanisms to ensure that only authorized individuals have access to the testing environment and associated data. Logging and Monitoring: Enable logging and monitoring of activities within the testing environment.