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Certified Ethical Hacker (CEH) in Chicago, United States

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Course cost in Chicago

$799 USD / learner

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City-page course benefits

  • Develop Practical Ethical Hacking Skills: Learn systematic approaches to identify vulnerabilities, understand attack techniques, and strengthen security defenses through practical ethical hacking training.
  • Hands-On Cybersecurity Experience: Practice cybersecurity concepts through hands-on labs and simulated environments designed around real-world systems, networks, and vulnerabilities.
  • Develop Penetration Testing Knowledge: Build foundational skills in reconnaissance, vulnerability assessment, exploitation, web security, network security, and other areas relevant to penetration testing.
  • Learn Modern Security Tools and Techniques: Gain exposure to industry-relevant ethical hacking tools and techniques, with the current CEH program covering more than 550 attack techniques and 4,000 security tools.
  • Prepare for Cybersecurity Career Roles: Develop skills applicable to roles such as Ethical Hacker, Penetration Tester, Vulnerability Assessment Analyst, Threat Hunter, Red Team Specialist, and Cybersecurity Analyst.
  • Earn a Globally Recognized Certification: CEH provides a globally recognized credential that can demonstrate knowledge and skills in ethical hacking and cybersecurity.
  • Build AI-Enabled Ethical Hacking Skills: The current CEH program incorporates AI capabilities to help learners understand AI-assisted ethical hacking techniques and security considerations.
  • Strengthen Your Cybersecurity Profile in Chicago: CEH training can help learners in Chicago, United States develop structured ethical hacking knowledge for cybersecurity-focused career paths across different industries.

Course curriculum

  • Module 01: Introduction to Ethical Hacking and Cybersecurity
    • Information security fundamentals
    • Ethical hacking concepts and principles
    • Cybersecurity threats, vulnerabilities, and attacks
    • Information security controls and defense strategies
    • Ethical hacking phases and methodologies


  • Module 02: Footprinting and Reconnaissance
    • Footprinting concepts and methodologies
    • Passive and active reconnaissance
    • Search engines and online resources
    • DNS and network information gathering
    • Social engineering reconnaissance
    • Automated footprinting tools


  • Module 03: Scanning Networks
    • Network scanning concepts
    • Host discovery and port scanning
    • Network services and banner grabbing
    • Vulnerability scanning
    • Scanning methodologies and tools
    • Countermeasures against network scanning


  • Module 04: Enumeration
    • Enumeration concepts and techniques
    • NetBIOS and SNMP enumeration
    • LDAP and SMTP enumeration
    • DNS enumeration
    • Network services enumeration
    • Enumeration countermeasures


  • Module 05: Vulnerability Analysis
    • Vulnerability assessment concepts
    • Vulnerability scanning methodologies
    • Common vulnerability databases
    • Security assessment tools
    • Risk identification and prioritization
    • Vulnerability remediation concepts


  • Module 06: System Hacking
    • System hacking methodologies
    • Password attacks and authentication weaknesses
    • Privilege escalation concepts
    • Malware and attack techniques
    • Covering tracks and anti-forensics concepts
    • Countermeasures for system attacks


  • Module 07: Malware Threats
    • Malware concepts and classifications
    • Viruses, worms, Trojans, and ransomware
    • Rootkits and spyware
    • Malware analysis fundamentals
    • Fileless malware concepts
    • Malware detection and prevention


  • Module 08: Sniffing
    • Network sniffing concepts
    • Packet capture and traffic analysis
    • Active and passive sniffing
    • Protocol analysis
    • Sniffing tools and techniques
    • Sniffing countermeasures


  • Module 09: Social Engineering
    • Social engineering concepts
    • Human-based and technical attacks
    • Phishing and spear phishing
    • Impersonation and pretexting
    • Social engineering prevention
    • Security awareness practices


  • Module 10: Denial-of-Service
    • DoS and DDoS concepts
    • Network and application-layer attacks
    • Botnets and distributed attacks
    • DoS attack techniques
    • Detection and monitoring
    • DoS and DDoS mitigation strategies


  • Module 11: Session Hijacking
    • Session management fundamentals
    • Session hijacking concepts
    • Application-level session attacks
    • Network-level session attacks
    • Cookie and authentication security
    • Session hijacking countermeasures


  • Module 12: Hacking Web Servers
    • Web server architecture
    • Web server vulnerabilities
    • Web server attack methodologies
    • Misconfiguration and security weaknesses
    • Web server attack tools
    • Web server hardening techniques


  • Module 13: Hacking Web Applications
    • Web application security fundamentals
    • Common web application vulnerabilities
    • Injection attacks
    • Authentication and authorization weaknesses
    • Cross-site scripting concepts
    • Web application security testing and countermeasures


  • Module 14: SQL Injection
    • SQL injection fundamentals
    • Injection attack techniques
    • Authentication bypass concepts
    • Database security weaknesses
    • SQL injection testing tools
    • SQL injection prevention and mitigation


  • Module 15: Hacking Wireless Networks
    • Wireless security fundamentals
    • Wi-Fi protocols and authentication
    • Wireless network vulnerabilities
    • Wireless attack techniques
    • Wireless security testing tools
    • Wireless network protection


  • Module 16: Hacking Mobile Platforms
    • Mobile security fundamentals
    • Android and mobile application security
    • Mobile device vulnerabilities
    • Mobile malware concepts
    • Mobile application attack techniques
    • Mobile security controls and countermeasures


  • Module 17: IoT and OT Security
    • IoT security fundamentals
    • IoT architecture and communication
    • IoT vulnerabilities and attack surfaces
    • Operational Technology security concepts
    • IoT and OT attack techniques
    • Security controls for connected environments


  • Module 18: Cloud Computing Security
    • Cloud computing fundamentals
    • Cloud security architecture
    • Cloud threats and vulnerabilities
    • Identity and access management
    • Cloud attack techniques
    • Cloud security controls and best practices


  • Module 19: Cryptography
    • Cryptography fundamentals
    • Symmetric and asymmetric encryption
    • Hashing algorithms
    • Digital signatures and certificates
    • Public Key Infrastructure (PKI)
    • Cryptographic attacks and security practices


  • Module 20: Practical Ethical Hacking and Security Assessment
    • Ethical hacking methodology
    • Security assessment and penetration testing concepts
    • Vulnerability identification and exploitation in authorized environments
    • Security tools and practical techniques
    • Documentation and security reporting
    • Remediation recommendations and risk mitigation

Exam details

  • Exam Name: Certified Ethical Hacker (CEH)
  • Exam Code: 312-50
  • Exam Format: Multiple-Choice Questions (MCQs)
  • Number of Questions: 125
  • Duration: 4 Hours
  • Delivery: ECC Exam Portal / VUE
  • Passing Score: Approximately 60%–85%, depending on the examination form
  • Certification: Candidates who pass the knowledge exam earn the CEH certification.
  • Practical Challenges: 20
  • Duration: 6 Hours
  • Format: iLabs Cyber Range
  • Assessment: Real-world ethical hacking scenarios
  • Passing Score: 60%–85% according to the current EC-Council exam information.
  • CEH certification training in Chicago, United States provides learners with structured preparation for the official CEH examination, covering ethical hacking concepts, cybersecurity methodologies, vulnerability assessment, and practical security techniques.