WHY & WHAT IS REVERSE ENGINEERING?

 WHAT IS REVERSE ENGINEERING 

Engineering is a career that involves creating, building, and maintaining systems and structures. There are two forms of engineering at a higher level: forward engineering and reverse engineering. The most prevalent approach to developing technology is known as advance engineering. In order to build technology, manufacturers create a by putting engineering abstractions into practice. Conversely, reverse Engineering starts with the finished product and recreates the engineering from there. concepts by examining the system's design and the interactions between its components. The conventional method of going from high-level abstractions and logical ideas to the actual physical implementation of a system is known as "forward engineering." In certain circumstances, a physical component without any technical information, such as drawings, without engineering information, such as thermal and electrical parameters, or bills-of-material.

Reverse engineering is the process of copying an existing part, subassembly, or product without the use of blueprints, documentation, or computer models.

 

Reverse engineering is the process of dissecting a system in order to:

 

1. List the parts of the system and how they interact.

 

2. Produce a different form or a higher level of representation of the system.

 

3. Construct a physical model of the system.

 In a wide range of industries, including automotive, mechanical designs, consumer goods, software engineering, entertainment, microchips, chemicals, and electronics, reverse engineering is quite frequent. As an illustration, when a brand-new machine is released, Competing manufacturers may purchase a single machine and take it apart to figure out how it was construction and operation. Reverse engineering might be used by a chemical business to circumvent a patent on a production method used by a rival bridge and construction terms in civil Engineering Design are based on prior accomplishments to reduce the likelihood of disastrous failure. Good source code in software engineering is frequently an adaptation of other Good Source code.