In today's interconnected digital world, the internet has revolutionized many aspects of our lives by providing user-friendly and efficient web-based services. From socializing platforms to online learning institutions and shopping portals, the online realm continues to expand, even venturing into the realms of the Metaverse and 3D virtual experiences. However, alongside this rapid growth, the prevalence of cybersecurity issues has also escalated.
As of 2022, it was evident that cybersecurity attacks are on the rise. Astonishingly, three out of four organizations have fallen victim to ransomware attacks, marking a 61% increase since 2020. The financial impact is significant, with an average hourly downtime cost of $250,000 resulting from a ransomware attack.
As cyberspace becomes more intricate and comprehensive, the likelihood of encountering common cybersecurity threats is increasing. With countless devices connected to various endpoints, maintaining security has emerged as a pressing challenge for business owners, as these security breaches are often the root cause of cyberattacks.
To mitigate such risks, it is crucial for individuals and organizations to understand the different types of cyber attacks and implement the necessary precautions. By enhancing their knowledge in cyber security courses online, they can identify potential threats and take proactive measures to safeguard their devices and data.
In simple words, when there is any unauthorized access to a system or network by a third party, it is termed a CyberSecurity attack, and the person who carries out the attack is referred to as a cyberattacker or hacker.
Cybersecurity attacks lead to numerous adverse effects like data breaches causing data loss or manipulation of data. Businesses suffer from financial losses, their client’s belief gets affected, and most importantly, reputational damage. So in order to restrict CyberSecurity attacks, it’s crucial to implement CyberSecurity.
Cybersecurity or network security attacks can arise from several factors that might go from personal to professional level. Few of them target individuals or businesses because of personal animosity. Having said that, CyberSecurity attacks are typically categorized as -
Since businesses and organizations across a broad range of industry sectors and governments, including banks, retail, and BFSI, are actively hiring CyberSecurity professionals, the demand for them will only continue to grow. The future of cyber security around the globe is bound to increase growth. The primary issue is to accomplish those requirements by ensuring that the staff is adequately trained to perform these vital security functions. Thus, they'll have access to exciting and well-paying employment options upon the completion of their CyberSecurity Training and Certification!
Now that you’ve understood what a CyberSecurity and current Cyber Security threats are let’s take a look at various types of CyberSecurity attacks and how to prevent them.
There’re a number of common Cyber Security threats; that take place globally. If you know these types of attacks, it’ll be easier for you to protect your networks and systems from them. Let’s examine in detail all the top Cyber Security threats that can impact you or a huge business, based on their scale.
Malware attack is the most common type of Cyber Security threats examples. The term ‘Malware’ refers to malicious software like spyware, ransomware, adware, or trojans that are specifically created so as to disrupt the working of a system by destroying data.
Trojans disguise themselves like legit software. Ransomware denies access to the network’s major components, while Spyware is software that steals essential and confidential data without your knowledge. Adware is also software that shows content related to advertising, like banners on users' screens.
Malware breaks into a network using a vulnerability, and when any user clicks on a malicious link, it downloads any dangerous email attachments or malicious content when an infected pen drive is used.
How to prevent a malware Attack -
Use antivirus software - By using antivirus software like Norton, McAfee, Avast, etc., you can protect your system from a malware attack.
Phishing attacks are also highly widespread types of attacks in Cyber Security, a type of social engineering attack where a cyberattacker pretends to be a legitimate contact and sends fake emails to the victim.
Since the victim is unaware of this, opens the email attachment and clicks on the malicious link. In doing so, the attacker gains access to sensitive information and account credentials. Cyber attackers can deploy malware using a phishing attack.
How to prevent a phishing Attack -
Many well-known institutions and academic programs have started offering fundamental to advanced level CyberSecurity Training Online Courses, including CyberSecurity Training Certifications for students as well as professionals who have the required knowledge and aptitude for this subject, like JanBask Training. A CyberSecurity fundamental level program may help in better educating students to face today's competent cybercriminals, given the rapid evolution of technology and the fluid nature of cybercrime.
Another intelligent alternative is to attend an online cyber security course. Taking an online CyberSecurity Course to gain practical experience. To be a successful cybersecurity professional, you need to follow a Cybersecurity Certification Path, which contains everything like what cybersecurity certification is, its scope, different certifications, and much more…
In this type of attack, an attacker cracks your password using different programs and password-cracking devices. Brute force attacks and keylogger attacks are some of the types of password attacks.
How to prevent Password Attacks-
MITM, i.e., Man-in-the-Middle Attack, is also referred to as an eavesdropping attack wherein an attacker comes in between a two-party communication. In simple words, in this type of attack, the attacker hijacks a session between a client and host and after this, the attacker steals and manipulates the data. The client-server communication cuts off, and instead of that, the communication line goes through the attacker.
How to prevent Man-in0the-Middle Attack -
SQL, i.e., Structured Query Language injection attack, is performed on database-driven websites wherein an attacker manipulates the standard SQL query by injecting a malicious code into an insecure website’s search box to make the server reveal confidential information. Because of this, the hacker can view, modify and delete database tables. Cyber attackers may get administrative rights using this.
How to prevent SQL Injection Attack
A Denial-of-Service attack is a severe danger to businesses where cyber attackers target computer systems, servers, or networks and fill them with unwanted traffic in order to use up their resources as well as bandwidth.
In case of such security attacks in network security, it becomes difficult for the servers to manage the incoming requests, eventually slowing down the website that it hosts. It also neglects authentic service requests.
This network security attack is also known as Distributed Denial-of-Service (DDoS) attack when cyber threat attackers utilize several compromised systems so as to initiate the attack.
How to Prevent Denial-of-Service Attack
From the title, an insider threat doesn’t involve a 3rd party but an insider. In situations like this, it might be a person from inside the organization who might know everything about the organization. This one of the top Cyber Security threats can result in tremendous damage.
In small organizations, insider threats are uncontrollable as the employee there holds access to several accounts with confidential information. There are many reasons behind these threats - it could be greed, ill feeling, or even negligence. Insider threats are difficult to predict; that’s why they’re tricky.
How to prevent Insider Threats
How to prevent Crypto jacking
A Zero-day exploit can take place following the announcement of a network vulnerability, and in most cases, the vulnerability is difficult to resolve. Therefore the vendor detects it, thereby users get aware of it.
Also, based on the vulnerability, the developer might take unpredictable time to resolve the issue. In the meantime, cyber security attackers can target exposed vulnerabilities.
The malicious attackers ensure to exploit the vulnerabilities even before a security patch or solution is implemented for it.
How to prevent Zero-day exploits:
In a watering hole attack, the victim is a specific group of businesses or regions. During this attack, the cybersecurity attackers target websites that the targeted group commonly uses. These websites are detected either by cautiously monitoring the specific group or just by guesswork.
Following this, the malicious cyber attackers infect these targeted websites using malware, and it then infects the victim’s system/(s). In this type of attack, the cyber attackers target the victim’s personal information. It’s also possible that the attacker can take remote access to the infected system/(s).
How to prevent Watering Hole Attack
All of those were the top 10 types of cyber attacks you should be aware of in [2022-23]. Now in the coming section, we’ll walk you through how to prevent different types of attacks in Cyber Security.
Botnets contain a group of web-connected computer systems and devices that are invaded and manipulated remotely by cyber attackers. In order to maximize the size and power of botnets, vulnerable IoT devices can also be used by cybercriminals. These devices are frequently used for email spam, click fraud campaigns, and create unwanted traffic for DDoS cyber attacks.
How to prevent Botnet Attacks
CyberSecurity attackers have long used DNS vulnerabilities to alter the IP addresses stored on DNS servers and resolvers using fake entries so that the targeted user can be redirected to a that is controlled by the hacker rather than to a legitimate website. The fake websites are designed to resemble the legitimate site the victim was trying to visit. Hence they aren’t suspicious when the victim is asked to enter login credentials to what the victim thinks is an authentic website.
How to prevent DNS Spoofing
A website URL is a distinct identifier required to detect a resource on the web and tell the web browser how and where to retrieve it. Cyber attackers can easily modify a URL so as to gain access to a victim’s personal information or resources to which they mustn’t have access.
For instance, if an attacker gains access to a victim’s account at xyz.com and can view the victim’s account settings: https://www.xyz.com/acount?user=7248 and easily change this existing URL to https://www.xyz.com/acount?user=1337 to check whether they can access the account settings of user 1337. Now, if the web server of xyz.com doesn’t check if every user has legitimate authority to access the needed resources, specifically, if it contains user-provided inputs, then the attacker can see the account settings of user 1337 and might of every other user.
URL poisoning is carried out to collect personal information such as usernames, files, and database data or to access administration pages required to control the complete website. If the hacker does manage to gain access to privileged information by manipulating the URL, it’s called Insecure Direct Object Reference.
How to prevent URL Poisoning
Fortunately, an antidote: DNS Security Protocol (DNSSEC), is available, which was developed specifically to counter DNS poisoning.
Undoubtedly, the CyberSecurity job market will be in demand and will continue to grow in future years. As there is a number of sub-disciplines, it’s not easy to point out one specific technical skill that needs to be acquired. But having said that, each of these disciplines has a CyberSecurity component, which is worth noting.
Most in-demand certifications in the CyberSecurity domain include-
Cyber Security Training & Certification
It is a technique used to impersonate someone or something else in order to exploit vulnerabilities or trick individuals into revealing sensitive information.
Using someone else's PIN to get into their systems and gain illegal access to their data in order to steal or modify their personal information is known as identity-based attacks.
In this technique data manipulation is performed by introducing malicious code into a software program. For instance, to steal data, the attacker inserts malicious code into a SQL database.
The attacker exploits loopholes in the hardware or software supply chain to gather private data.
The attacker uses the Domain Name System (DNS) to go around security measures and communicate with a server located remotely.
The attacker takes advantage of weaknesses in Internet of Things (IoT) devices, such as smart thermostats and security cameras, to steal information.
Ransomware is a type of cyberattack where malicious software is used to encrypt files on a victim's computer or network, rendering them inaccessible until a ransom is paid.
Here attackers flood a website with traffic to block legitimate users from accessing it and to take advantage of network weaknesses.
In this type of cyber attacks the attacker sends spam messages and emails to trap people similar to phishing scams.
Here in this technique the hackers use stolen credentials of individuals to access their bank accounts.
In order to use ATMs to make big cash withdrawals, hackers get close to a bank's computer systems.
Using advanced social engineering techniques, hackers target high-profile individuals such as CEOs or celebrities to obtain sensitive information.
In this technique the attackers target particular members of an organization or groups. They exploit social engineering strategies for stealing private data.
To authenticate the user's session with a web application and take over the user's session, the hacker gets access to the user's session ID.
A hacker gets access to a system without authorization by trying multiple passwords until they find the right one. It has a great deal of potential against weak passwords.
Here the attacker uses cross-site scripting (XSS), SQL injection, and file inclusion to attack websites.
A type of harmful software that pretends to be a genuine program, but secretly carries harmful code. When it gets installed, it can do bad things like stealing information and taking control of the computer.
By accessing its infected website, the user's computer gets infected with malware that is secretly inserted into other programs without the user's awareness.
In order to gain access to the user's information and steal sensitive data like the user's passwords and credit card numbers, the attacker inserts unauthorized code into a genuine website.
To obtain sensitive information, a hacker intercepts communications between two parties.
In a cryptographic attack called the birthday paradox, the attacker takes advantage of the fact that it's easier than expected to find two inputs that produce the same output in a hash function. By doing this, the attacker can compromise the security measures in place and gain unauthorized access.
To prevent genuine users from accessing a system, the attacker takes over it with large amounts of data. Consider DDoS assaults, in which a number of compromised machines attack a particular website with bandwidth in an effort to bring it down.
The attacker exploits flaws in network protocols to break into a system or interfere with its normal operation.
In this type of cyber attacks the hacker attempts to take advantage of loopholes in applications or web servers by focusing on the application layer of a system.
The attacker uses a list of common terms to try and guess a user's password. Because so many people choose simple or weak passwords, this attack is successful.
Corrupt software has the ability to reproduce and propagate to other systems. Viruses can seriously harm computer systems, corrupt files, steal data, and do other things as well.
Worms replicate and spread to other computers, but they don't require human involvement like viruses do.
Due to this weakness, attackers are able to access a system or network without authorization by evading normal authentication protocols.
Network or internet tasks are automated by these software packages. They can be employed for bad things like Distributed Denial of Service (DDoS) assaults.
In order to deceive the victim into sending money or private information to the attacker, the attackers pose as a reliable source. It uses email to target companies and organizations.
In this technique the hacker introduces malicious code into a vulnerable website that targets web applications in order to steal sensitive data or launch unauthorized attacks.
Utilizes machine learning and artificial intelligence to get around conventional security measures.
It gives attackers privileged access to the computer system of a victim. Rootkits can be difficult to detect and remove, and they can be used to conceal other forms of malware like spyware or keyloggers.
Spyware is malicious software meant to gather private data from a victim's computer. Passwords, credit card numbers, and other private information fall under this category.
This is a trick used by cybercriminals to get users to provide sensitive information or take acts against their better judgment.
It is a malware made to record keystrokes that a victim types into their computer. Passwords, credit card numbers, and other private information fall under this category.
is malware made with the intention of stealing sensitive data and spreading it through a network of computers. Emotet may be exceedingly challenging to find and uninstall and is frequently propagated through phishing emails.
Although it can be inconvenient and disruptive, adware generally poses less of a threat than other forms of malware.
Does not rely on files to infect the computer system of a victim. Instead, fileless malware uses the system's built-in resources, such memory or registry keys, to run malicious code.
Use customized emails that are highly targeted to reach people or organizations. Angler phishing attempts are frequently successful in collecting critical information despite being difficult to spot.
An Advanced Persistent Threat (APT) attack is when an attacker gains ongoing and continuous access to a victim's computer system for a long time. These attacks are very advanced and hard to notice or remove because they are highly sophisticated.
All of those were the top 50+ types of cyber attacks you should be aware of in 2023 and ahead. Now in the coming section, we’ll walk you through how to prevent different types of attacks in Cyber Security.
As discussed, there’re different types of Cyber Security threats, and to overcome them, there’s an excellent demand for CyberSecurity professionals around the world. Also, endless possibilities are awaiting you in the CyberSecurity sector. To be a CyberSecurity professional, you need to acquire the right cybersecurity skills, tools, and best practices.
You can start your career with our Cyber Security Courses Online by JanBask Training which allows you to gain fundamental to advanced CyberSecurity skills and techniques to defend against cyber threats. After this course, you’ll be equipped with all the skills needed to become an expert in this rapidly growing sector. With this best-in-class program, you’ll also learn comprehensive approaches to securing your infrastructure, safeguarding your data and information, running risk analysis and mitigation, achieving compliance, and much more.
Even though we’ve discussed numerous ways to prevent various types of Cyber Security threats, why not review them and take a look at some of the crucial tips that can help you avoid various types of attacks in Cyber Security altogether-
Those were the crucial tips for you to deploy to secure your systems and networks from different types of attacks in Cyber Security.
You’ve understood everything about CyberSecurity attacks through this blog. You’ve understood what a CyberSeecurity attack is? What are the 10 types of CyberSecurity attacks, and what are the different ways to avoid them?
As cyber crimes are increasingly growing today, it’s necessary to be aware of them and know how to secure networks. If you would like to learn more about cyber security, watch our tutorial: https://www.janbasktraining.com/blog/cyber-security-tutorial/
If you still have doubts concerning different types of CyberSecurity Courses, do mention them in the comments section below. Our experienced and skillful professionals will get back to you earliest!
Q1. What are your EC Council Accreditation - Cyber Security Training & Certification objectives?
JanBask Training’s EC Council Accreditation - Cyber Security Training & Certification offers fundamental level, intermediate and advanced -level CyberSecurity skills that are required for industry-leading certifications such as - CompTIA Security+, CEH, CISM, CISSP, and CCSP.
This course starts with fundamental level technical training and proceeds to intermediate level hacking techniques like reverse engineering, penetration testing, etc.
What are the benefits of JanBask Training’s EC Council Accreditation - Cyber Security Training & Certification?
JanBask Training’s EC Council Accreditation - Cyber Security Training & Certification course allows you to -
Q2. What are the career benefits of doing these CyberSecurity Courses Online?
Cybersecurity professionals should learn to develop a 360-degree view of the cybersecurity domain that comprises a wide array of security components and technologies. JanBask Training has bundled all of these critical skills into this EC Council Accreditation - Cyber Security Training & Certification program.
Its benefits are as follows:
Q4. What skills will I learn through EC Council Accreditation - Cyber Security Training & Certification course?
After completing this course, you’ll be armed with the following skillsets:
Installing, configuring, and implementing public key infrastructure and network components when assessing and troubleshooting different issues to help support your organization’s security.
Master advanced ethical hacking concepts in order to efficiently handle information security. Designing security architecture as well as a framework for a highly secure IT operation. Secure data transfer, plan disaster recovery, access CSP security, and manage customer databases.
Q5. Who can register for this program?
Our EC Council Accreditation - Cyber Security Training & Certification course is best suited for:
Q6. Which courses and topics will your EC Council Accreditation - Cyber Security Training & Certification cover?
This course includes -
Learners need to have an undergraduate degree or a high school diploma.
Q8. Which CyberSecurity job roles can I earn after the completion of this course?
You can earn the following best cyber security job roles-
Q9. What is the Cybersecurity Online Course Admission Process?
The applicants must fill up the application form and submit it. The applicant must pass the entrance exam to get admission to the cyber security course online with the requisite score. After this, there will be reviewing and verification of shortlisted candidates. Once the payment is made, the shortlisted candidates will be enrolled in cyber security courses online.
Q10. What are the key features of your CyberSecurity Course Online?
Following are the key features of our CyberSecurity Course Online -
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