The Seven Most Common Methods of Cyber Attacks
Cyber attack is the most common medium for theft that trained IT criminals are utilizing
these days. Such attacks, which range from stealing individual or corporate data to creating
multimillion-dollar scams, are reported with increasing frequency. Professional cyber thieves
either secretly assume control of the user's system or steal away the user's credentials.
These cyber criminals have mastered loopholes and the creation of action-prompting triggers
that let them make the user act according to their needs. Often, users are totally unaware of
the common ways cyber attackers target them and their devices. Let's take a look at the seven
most common ways an attacker makes his way into a third-party system.
Malware: Generally, during surfing or downloading, a pop-up appears on the screen.
Often when users mistakenly or consciously click on this pop-up, they inadvertently allow malware
to gain a foothold on their system or device. This malware is harmful software, generally a
virus or a ransomware that is capable of taking control of the device; it can monitor the user's
actions, follow keystrokes, and secretly report back to the attacker with all the secret information
on the device.
However, malware cannot be directly planted in the system unless a call to action
is undertaken by the user. Thus, attackers prompt users to click on the malware by using anything
from a survey to a lucky spin, from the latest news to pornographic content. Once the bait
has been taken, the attacker gains control.
Phishing: This is a process whereby an attacker usually tries to lure information
out of the user through the medium of emails and personal contact. In this form of attack,
users (both individuals and organizations) receive emails that appear to be from someone they
trust; say their boss, the organization they work for, a big brand name, some government body,
their bank, etc.
Such emails could be legitimate and ask for quick action so that the user has little time
to think it over. The notice may also contain a link or an attachment, which when clicked or
downloaded allows the malware to sit in the system. This malware would thus take over the
system, along with its data and activities.
Similar Credentials: Users commonly reuse the same passwords across multiple accounts
for ease of recall. Although it is advisable to set up a unique password for each website,
platform, or account, this simple precaution is often neglected. Hackers rely on this incaution,
and once they get their hands on personal information, they try to cash out the possibilities
of matching the same login credential across different platforms and sites.
It is thus recommended to use a password manager and allot different passwords to different
accounts. While attackers continually evolve ever more sophisticated techniques and methods,
we can protect ourselves from being baited by constantly improving our own defenses.
SQL Injection Attack: SQL, or structured query language, is a programming language
used to communicate with databases. A number of servers that store critical website data and
services make use of SQL to manage the databases. When an attacker uses an SQL injection attack,
it attacks a server with the help of a malicious code to divulge information that otherwise
could not have been gained.
The threat of the attack can be calculated differently in different cases, depending upon
the sensitivity and type of information stored in the server. If such an attack is successful,
an attacker may gain access to the website's search box and then type in the code to force the
site to reveal all the stored databases, usernames, or passwords stored for the site.
Cross-Site Scripting Attack: Unlike an SQL injection attack, where the attacker is
targeting a vulnerable website to gain access to its stored data, a cross-site scripting attack
may directly target a website's user. Both types of attack involve injecting a malicious code
into a website, but here it isn't the website that is attacked. Such codes are generally injected
in comments and scripts from where they automatically run. These attacks damage a website's
reputation by putting the user's information at risk of being stolen or misused.
Denial of Service Attack: Also known as DoS, this kind of attack lets attackers gain
access to website information during times when the website is experiencing much more traffic
than it can handle. Such attacks may even be initiated by hackers creating heavy traffic to
a desired website and shutting it down for users. Attacks may be launched from around the world,
using different IPs, to hide the attackers' true location.
Session ID Hijacking: Also called the man-in-the-middle attack, this attack happens
during ongoing Internet activity, when the attacker gains access to the unique session ID of
the user (an ID that allows communication between the computer and the unique web server).
In such interceptions, the attacker steps into the session between the remote computer and
server and gains access to the information being shared.
These are some methods commonly used for cyber attack. With all our work, documents,
and details being stored online, it is vital for us to be aware of the specific threats that
the Internet poses. Possessing knowledge of the common security threats and their prevention
can help users safeguard their data and accounts.
Detailed information about
Internet security courses
designed to provide a better understanding of cyber attacks and their prevention methods is
available on the highlighted link.
More Windows Administration Information:
• The Complete Malware Prevention, Protection, and Removal Guide
• Types of Malicious Software
• Five Things You Can Do To Improve Your Company's Security
• An Introduction to Forensics Data Acquisition From Android Mobile Devices
• Top Features to Look for in Antivirus Software
• FREE Antivirus Software Avast!
• Encryption, Designed to Protect Data, is Internet Criminal's Best Tool
• What is Phishing and How to Safeguard Against It
• Computer Technician's Guide to Biometric Security Devices
• Seven Steps to a Secure Wireless Network