Global Information Technology is an EC-Council Authorized Training Partner. The Certified Ethical Hacker Training Course equips students to think and act like a hacker to spot weaknesses in their organization’s network before malicious intruders can exploit them. By understanding the methodologies and tools hackers use, along with the principles of ethical hacking, students return to work ready to demonstrate real network vulnerabilities and validate that existing controls are effective.

This instructor-led training provides hands-on experience guided by respected security professionals. Students will develop practical skills and gain the knowledge needed to pass the CEH exam.

This course is highly valuable for security officers, auditors, security professionals, site administrators, and anyone concerned with protecting network infrastructure integrity. The need for Certified Ethical Hackers is more critical than ever, as systems worldwide are frequently and flawlessly attacked, allowing hackers to steal valuable data and cover their tracks in under 20 minutes.

• Introduction to Ethical Hacking
• Hacking Laws
• Footprinting
• Google Hacking
• Scanning
• Enumeration
• System Hacking
• Trojans and Backdoors
• Viruses and Worms
• Sniffers
• Social Engineering
• Phishing
• Hacking Email Accounts
• Denial of Service
• Session Hijacking
• Hacking Web Servers
• Web Application Vulnerabilities
• Web-Based Password Cracking Techniques
• SQL Injection
• Hacking Wireless Networks
• Physical Security
• Linux Hacking
• Evading IDS, Honeypots, and Firewalls
• Buffer Overflows
• Cryptography
• Penetration Testing Methodologies

Experience hands-on hacking in our classroom labs and immerse yourself in the role of a hacker for a week. Throughout this course, you’ll learn and practice key hacking and security concepts, including:

• Penetration testing methodologies
• Stealthy network reconnaissance
• Passive traffic identification
• Exploiting remote root vulnerabilities
• Privilege escalation techniques
• IPv6 vulnerabilities
• Remote access trojan attacks
• Running shellcode in RAM versus on disk
• Wireless security weaknesses
• Bypassing IP-based ACLs with spoofing
• Abusing Windows Named Pipes for domain impersonation
• Evidence removal and anti-forensic methods
• Attacking network infrastructure devices
• Remote brute force hacking
• Concealing exploit payloads in image files (JPEG and GIF)
• Hacking web applications
• Breaking into databases using SQL injection
• Cross-site scripting (CSS) attacks
• Hacking into Cisco routers
• Justifying penetration tests to management and clients
• CEH/CPT review and defensive techniques