Certified Ethical Hacking (CEH)

Overview

The Ethical Hacking Certification (CEH) Training Course is a globally acknowledged cybersecurity program that enjoys immense popularity. It caters to IT security professionals in diverse settings and is equally appropriate for individuals embarking on a cybersecurity career journey. This course imparts fundamental skills for ethical hacking, equipping professionals to identify and remediate vulnerabilities in computer systems and networks.

The Certified Ethical Hacker (CEH) training program delivers extensive training on the most current hacking tools, methods, and strategies utilized by both hackers and cybersecurity professionals. It is structured around a 4-phase learning model, encompassing education, certification, involvement, and competition. This program emphasizes hands-on training, practical labs, assessments, and even simulated ethical hacking scenarios for skill development. Additionally, it features global hacking competitions that further bolster participants' knowledge and expertise. In essence, the CEH program comprehensively equips individuals to excel in the realm of ethical hacking.

Key Features

Comprehensive Training: Offers in-depth instruction on the latest hacking tools, techniques, and methods employed by ethical hackers and security experts.
Real-world Scenarios: Incorporates practical examples and real-world situations to demonstrate the practical application of hacking techniques.
Hands-on Labs: Provides interactive labs for hands-on practice, allowing participants to develop skills in a controlled environment.
Industry-Recognized Certification: Successful program completion leads to an industry-recognized certification, enhancing career prospects in ethical hacking.
Updated Content: Regularly updated to stay current with the latest industry trends, technologies, and threats, ensuring participants receive the most relevant training.
Global Recognition: The certification is globally recognized and esteemed by employers, making it a valuable asset for career progression in cybersecurity.
Practical Application: Emphasizes immediate practical application, enabling participants to employ their newfound knowledge and skills in real-world scenarios.
Continuous Learning: Encourages ongoing education to keep up with the ever-evolving field of ethical hacking and the latest advancements and threats.
Networking Opportunities: Facilitates connections with like-minded professionals and industry experts, expanding participants’ professional network and providing access to valuable resources.
Career Advancement: Lays a solid foundation for career progression in the cybersecurity sector, offering diverse job prospects and higher earning potential.

Course Objectives

Master the Fundamentals: Gain a comprehensive introduction to ethical hacking, developing a strong foundation in the field.
Defend Against Cyber Threats: Acquire the skills to identify various cyber threats and implement effective countermeasures to fortify your cybersecurity defenses, safeguarding your systems from potential attacks.
Security in Emerging Domains: Learn how to protect against hacking in evolving areas like the Internet of Things (IoT), cloud computing, and mobile devices, staying ahead of new vulnerabilities.
Combat Cyber Threats: Equip yourself with the knowledge and tools to effectively counter Trojans, malware, backdoors, and various other cybersecurity threats.
Mobile Ethical Hacking: Develop the capability to perform ethical hacking using mobile devices, extending your reach and adaptability in cybersecurity practices.

Job Opportunities After Completing the course

CEH-certified professionals are trained in ethical hacking techniques and are able to identify and exploit vulnerabilities in computer systems and networks in order to improve security.

Salary prospects for Certified Ethical Hacking

As businesses rely more on technology, the need for cybersecurity professionals becomes crucial. Certified Ethical Hacker (CEH) training equips individuals with the skills to identify and address vulnerabilities in computer systems. CEH-certified professionals are in high demand globally, and their salaries reflect the value they bring to organizations.

Country	Average Salary
United States	$70,000 to $130,000 per year
United Kingdom	£40,000 to £70,000 per year
India	Rupees 4.5 lakhs to 35 lakhs
Australia	AUD 70,000 to AUD 120,000 per year
UAE	AED 120,000 to AED 300,000 per year
Singapore	SGD 60,000 to SGD 120,000 per year

Who should take SOC Analyst Certification Training Courses?

Cybersecurity Professionals: CEH training courses provide advanced knowledge and skills in ethical hacking, making them ideal for cybersecurity professionals who want to enhance their expertise in vulnerability assessment, penetration testing, and network security.
IT Professionals: IT professionals who are involved in network administration, system administration, or infrastructure management can benefit from CEH training courses as they gain insights into the techniques and tools used by hackers to secure their systems effectively.
Network Administrators: CEH training courses equip network administrators with the necessary skills to identify vulnerabilities, perform penetration testing, and implement security measures to protect their networks from potential threats.
System Administrators: System administrators can enhance their skills in securing systems and managing security incidents by gaining knowledge of ethical hacking techniques and countermeasures taught in CEH training courses.
Security Officers and Auditors: CEH training courses provide security officers and auditors with a deep understanding of hacking methodologies, allowing them to assess the security posture of organizations, conduct audits, and recommend necessary security improvements.
IT Managers and Decision-makers: CEH training courses help IT managers and decision-makers gain insights into the latest hacking techniques and trends, enabling them to make informed decisions regarding cybersecurity strategies and investments.

Course Content

Network Fundamentals

⦁ Role and function network components
⦁ Network Topology architectures
⦁ Physical interface and cable types
⦁ Identify cable issue
⦁ Compare TCP and UDP
⦁ IPv4 Classes and Sub netting
⦁ IPv6 address information
⦁ Verify IP parameter
⦁ Virtualization fundamentals

Network Access

⦁ Switch and Types of switch
⦁ Function of switch
⦁ MAT
⦁ L2 & L3 difference
⦁ Switching Mode.
Switch initial configuration
⦁ Configuration mode and assigning password
⦁ VLAN single and multiple switch configuration
⦁ Access port and Trunk port configuration
⦁ Inter-VLAN or 802.1Q
⦁ Ether channel configuration
⦁ STP
⦁ Rapid PVST

IP Connectivity

⦁ Interpret the components of routing Table
⦁ IPv4 and IPv6 Static Routing
⦁ Default route
⦁ Floating static Route
⦁ OSPFv2

IP Services

⦁ Nat configuration
⦁ DHCP client and Relay Agent
⦁ DNS
⦁ TFTP and FTP Server

Security Fundamentals

⦁ Configuration of password
⦁ Remote access and site-site VPN
⦁ ACL
⦁ Switch port security
⦁ AAA Security

Automation and Programmability

⦁ Automation impact network management
⦁ Compare traditional network and controller-based network
⦁ Control plane and data plane
⦁ Cisco DNA center
⦁ Computational mathematics for learning and data analysis
⦁ Machine learning
⦁ Human language technologies
⦁ Parallel and distributed systems: paradigms and models
⦁ Intelligent Systems for pattern recognition
⦁ Algorithm engineering (KD)
⦁ Data mining (KD)
⦁ Mobile and cyber-physical systems (ICT)
⦁ Real-time Data Warehouse migration
⦁ Information retrieval (KD)
⦁ Social and ethical issues in computer technology
⦁ Computational neuroscience (ING)
⦁ Robotics
⦁ Semantic web