Q. What are some applications of reversing in software development?

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Q. What is interoperability in the context of software engineering?

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Q. Why is documentation often insufficient when working with proprietary software?

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Q. What do most developers do when they have unanswered questions about proprietary software?

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Q. What is the most popular application of reverse engineering in most industries?

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Q. Why is it usually easier to design and develop a product from scratch or license complex components from a third party rather than reverse engineer an entire software product?

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Q. When might it make sense to reverse engineer highly complex or unusual components of a software product?

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Q. What is the main purpose of auditing a program binary?

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Q. Why is it important to have access to the source code of key software products?

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Q. What is the risk associated with purchasing proprietary software without access to its source code?

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Q. Can reversing be used to evaluate the quality of a program's source code?

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Q. What is low-level software?

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Q. What does low-level software encompass?

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Q. Why did programmers used to work at the low level?

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Q. What is the cost of modern operating systems and development tools isolating software developers from the low-level world?

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Q. Why is understanding low-level software important for reverse engineers?

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Q. What do reversers need to understand in order to successfully extract information during a reversing session?

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Q. What is assembly language?

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Q. Why is assembly language suitable for reversing?

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Q. What must one develop to master the world of reversing?

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