This document presents a detailed software testing report for a cloud-based personal insulin pump (Cloud-PIP) developed by a medical equipment company. The report outlines the test plan, including the scope, objectives, and background of the project, which aims to create a new generation insulin pump with cloud integration for improved therapy management. It identifies the software and hardware components to be tested, potential software risk issues, and the features that will and will not be tested. The testing approach involves various methods such as unit, integration, system, performance, regression, sanity, and security testing, utilizing tools like HP Quality Centre, Selenium, and Bugzilla. The report specifies the criteria for passing or failing tests, suspension and resumption requirements, and the deliverables, including test plans, cases, results, and defect reports. It also covers environmental needs, staffing responsibilities, schedules, and risk management strategies. The testing process employs black box testing methods and includes test cases with their corresponding results, along with lessons learned emphasizing the importance of automated testing tools. The document concludes with references to relevant literature and standards.