Reverse engineering is commonly used:
- As a learning tool
- As a way to make new compatable products that are cheaper than what's currently on the market.
- For making software interoperate more effectively or to bridge different operating systems or databases,
- To uncover the uncoordinated features of commercial products.
This kind of inquiry engages individuals in a constructive learning process about the operation of systems and products. The process of taking something apart and revealing the way in which it works is an effective way to learn how to build a technology or make improvements to it.
Reverse engineering consists of the following steps:
- Observe and assess the mechanisms that make the device work.
- Dissect and study the inner workings of a mechanical device.
- Compare the actual device to your observations and suggest improvement.
Through reverse engineering, a researcher can gather the technical data necessary for the documentation of the operation of a technology or component of a system. When reverse engineering software, researchers are able to examine the strength of systems and identify their weaknesses in terms of performance, security, and interoperability. The reverse engineering process allows researchers to understand both how a program works and also what aspects of the program contribute to its not working. For example, security audits, which allow users of software to better protect their systems and networks by revealing security flaws, require reverse engineering. The creation of better designs and the interoperability of existing products often begin with reverse engineering.
This is an acceptable practice in situations where the development is clear of requirements and low level to be met and time lines to deliver the software are less
Research and development is a specific problem-solving approach that is used intensively in business and industry to prepare devices and systems for the marketplace.
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