Reverse Engineering

Why should learn Reverse Engineering?


Reverse engineering techniques are used to ensure that the machine does no longer have any major vulnerabilities and security flaws. The principal purpose of reverse engineering is to make the system sturdy as a way to shield it from spywares and hackers.

What is  Reverse Engineering?

Reverse engineering, in pc programming, is a technique used to research software a good way to become aware of and apprehend the elements it’s miles composed of.

The usual motives for opposite engineering a bit of software program are to recreate this system, to build some thing just like it, to make the most its weaknesses or toughen its defenses.

This method has 3 foremost tiers: cadd

  • Implementation recuperation. Quickly learn about the software and put together an initial version.
  • Design healing. Undo the mechanics of the database structure and resolve foreign key references.
  • Analysis recovery. Remove design artifacts and remove any errors in the version.

Business Reverse engineering


Reverse engineering refers to looking at the solution to figure out how it works. Basically, you you’re your business analysis backward from the solution to understand the data, processes, and business rules. Reverse engineering is more common than you think. Have you ever looked       into a Microsoft Excel formula to figure out where it’s coming up with the calculation? Congratulations; you’ve reverse engineered.

Usually, reverse engineering is used to examine software or software components to figure out how they’re processing business rules, where they’re sourcing data, and how they make decisions. Basically, you want to understand how the software is supporting the business.


The use of this elicitation technique is increasing across the field because of all the legacy systems (old computer systems) sitting around. These systems need to be updated or replaced. Applications built on the mainframe 30 years ago were never expected to last as long as they have, and technology has progressed so far that these systems have to be reverse engineered so people can figure out how they work.


Examples of LCE reverse engineered components include:

  • Fire-fighting sprinkler valves.
  • Air-conditioning and refrigeration system packed and packless valves (see below)
  • Mechanical seals.
  • Air conditioning system dryer housing assembly.
  • High temperature bolt/washer assembly
  • Bleed-air valve components

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