Software Testing for Web2 and Web3: From Manual to Automation Basics

As the web evolves from centralized platforms to decentralized blockchain networks, the demand for versatile quality assurance professionals has never been higher. To succeed in today's tech market, a QA engineer must confidently navigate both traditional Web2 applications and complex Web3 environments. This text-based course equips you with the foundational knowledge and practical methodologies required to test modern software systems. You will transition from understanding basic manual testing concepts to grasping the core principles of test automation and decentralized application analysis. What you'll learn: - Understand the core differences between testing traditional Web2 applications and decentralized Web3 systems. - Learn the fundamental principles of software quality assurance, test planning, and bug reporting. - Master the basics of test automation theory and understand how automated scripts increase testing efficiency. - Explore Web3-specific testing challenges, including smart contracts, blockchain transactions, and crypto wallet integrations. - Analyze modern API testing methodologies and data validation techniques essential for both Web2 and Web3. - Practice designing robust test cases using written scenarios and conceptual step-by-step exercises. The course begins with essential terminology, outlining the core lifecycle of software testing. You will then progress through manual testing strategies, transition into automation theory, and finally explore the specialized domain of blockchain and decentralized application testing. This course is designed for absolute beginners with no prior QA or programming experience who want to build a highly adaptable skill set for the modern tech market. Start reading today to build a versatile foundation in modern software testing.