Reverse Engineering and Malware Analysis x64/32: CRMA+ 2023 | Udemy
Reverse Engineering and Malware Analysis x64/32: For two days completely 100%
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This course is written by the very popular author from Udemy OCSALY Academy | 150.000+ Students The most recent update was 3, 2022.The language of this course is
English 🇺🇸, but also has subtitles (captions) in English [US] languages to
better understand. This course is shared under the categories IT &
Software, Network & Security, Reverse Engineering
More than 200,130 students had already enrolled. in the Reverse Engineering
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The Udemy Reverse Engineering and Malware Analysis x64/32: CRMA+ 2023 | Udemy
free coupons also 4 hours on-demand video, 3 articles, 10 downloadable,
resources, full lifetime, access on mobile and television, assignments,
completion certificate and many more.
Is this course right for you?
If you are wondering what you will learn or what things this best Udemy
courses will teach you after getting courses Learn Reverse Engineering
and Malware Analysis x64/32: CRMA+ 2023 | Udemy: Okay, here are a few
things.
-
Beginner Reverse Engineers who curious about learning Reverse Engineering
-
Beginner Malware Analyst who curious about learning Malware Analysis
Requirements Course:
- Basic Computer Understanding
Description Course:
Get the Official Certificate after Completing the Course
Learn Malware Analysis and Reverse Engineering Deeply with CRMA+ 2023
Course.
Breaking something down and putting it back together is a process that
helps people understand how things were made. A person would be able to
redo and reproduce an origami by unfolding it first. Knowing how cars work
requires understanding each major and minor mechanical part and their
purposes. The complex nature of the human anatomy requires people to
understand each and every part of the body. How? By dissecting it. Reverse
engineering is a way for us to understand how things were designed, why is
it in its state, when it triggers, how it works, and what its purpose is.
In effect, the information is used to redesign and improve for better
performance and cost. It can even help fix defects.
It is amazing, and rather disconcerting, to realize how much software we
run without knowing for sure what it does. We buy software off the shelf
in shrink wrapped packages. We run setup utilities that install numerous
files, change system settings, delete or disable older versions and
superseded utilities, and modify critical registry files. Every time we
access a Website, we may invoke or interact with dozens of programs and
code segments that are necessary to give us the intended look, feel, and
behaviour. We purchase CDs with hundreds of games and utilities or
download them as shareware. We exchange useful programs with colleagues
and friends when we have tried only a fraction of each program’s features.
Then, we download updates and install patches, trusting that the vendors
are sure that the changes are correct and complete. We blindly hope that
the latest change to each program keeps it compatible with all of the rest
of the programs on our system. We rely on much software that we do not
understand and do not know very well at all. I refer to a lot more than
our desktop or laptop personal computers. The concept of ubiquitous
computing, or “software everywhere,” is rapidly putting software control
and interconnection in devices throughout our environment. The average
automobile now has more lines of software code in its engine controls than
were required to land the Apollo astronauts on the Moon.
Malware analysis is the study of malware's behaviour. The objective of
malware analysis is to understand the working of malware and how to detect
and eliminate it. It involves analysing the suspect binary in a safe
environment to identify its characteristics and functionalities so that
better defences can be built to protect an organization's network.
Imagine if the Trojan Horse was thoroughly inspected and torn down before
it was allowed to enter the gates of a city. This would probably cause a
few dead soldiers outside the gate fighting for the city. The next time
the city is sent another Trojan Horse, archers would know where to point
their arrows. And no dead soldiers this time. The same is true for malware
analysis—by knowing the behaviours of a certain malware through reverse
engineering, the analyst can recommend various safeguards for the network.
Think of it as the Trojan Horse being the malware, the analyst being the
soldier who initially inspected the horse, and the city being the network
of computers.
What I am going to learn?
- Malware Analysis
- Reverse Engineering
- Linux Fundamentals for Reverse Engineering and Malware Analysis
- Networking Fundamentals for Malware Analysis
- x32 Reverse Engineering Architecture
- Software Reversing for Malware Analysis
- Debugging with Immunity Debugger
- Software Exploitation
- x32 Malware Analysis in Action
- C / C++ Types and other topics about Low level programming
- Assembly Language
- and other topics -->
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