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Certified Ethical Hacker Syllabus

Reconnaissance and Footprinting

Passive and active information gathering techniques used to profile target organisations before an attack.

10%
Weight
13
Questions
125
Marks

Passive Reconnaissance

  • OSINT: Google dorking, Shodan, Maltego, and social media profiling
  • WHOIS lookups and DNS enumeration: A, MX, NS, TXT records
  • Certificate transparency logs and subdomain enumeration
  • Job posting analysis and technology fingerprinting
  • Dark web monitoring and data breach checking

Active Reconnaissance

  • Network scanning with Nmap: TCP SYN, FIN, XMAS, NULL scans
  • Banner grabbing with Netcat, Telnet, and curl
  • Email header analysis and email footprinting
  • Traceroute and network topology mapping

Scanning and Enumeration

Active techniques to discover live hosts, open ports, services, and users on target systems.

10%
Weight
13
Questions
125
Marks

Network Scanning

  • Host discovery: ICMP echo, TCP SYN ping, ARP ping
  • Port scanning: Nmap scan types, timing templates, and OS detection (-O)
  • Service version detection (-sV) and script scanning (-sC, --script)
  • Firewall and IDS evasion: fragmentation, decoys, and source port manipulation
  • Vulnerability scanning with Nessus, OpenVAS, and Qualys

Enumeration Techniques

  • NetBIOS and SMB enumeration: Enum4linux, Smbclient
  • SNMP enumeration: community strings, OIDs, and SNMPwalk
  • LDAP enumeration for Active Directory information
  • NFS, SMTP, and DNS enumeration techniques
  • Web application enumeration: dirbusting, Nikto, and robots.txt

System Hacking

Techniques for gaining access, escalating privileges, executing malware, and covering tracks on target systems.

12%
Weight
15
Questions
150
Marks

Gaining Access

  • Password attacks: brute force, dictionary, rainbow table, credential stuffing
  • Password cracking tools: Hashcat, John the Ripper
  • Exploitation frameworks: Metasploit structure (exploits, payloads, encoders)
  • Buffer overflow concepts: stack-based and heap-based
  • Pass-the-hash and pass-the-ticket attacks

Privilege Escalation and Persistence

  • Vertical vs horizontal privilege escalation
  • Windows privilege escalation: unquoted service paths, weak permissions, token impersonation
  • Linux privilege escalation: SUID binaries, sudo misconfigurations, cron jobs
  • Maintaining access: backdoors, Netcat listeners, scheduled tasks
  • Rootkits: user-mode vs kernel-mode, detection evasion

Covering Tracks

  • Windows event log manipulation and MACE attribute modification
  • Linux log clearing: /var/log/auth.log, history manipulation
  • Steganography for data exfiltration and hiding payloads
  • Timestomping and file attribute manipulation

Malware and Social Engineering

Types of malware, malware analysis, and human-based social engineering attacks.

8%
Weight
10
Questions
100
Marks

Malware Types and Analysis

  • Virus types: file infectors, boot sector, macro, polymorphic, metamorphic
  • Worms vs Trojans vs RATs: propagation and purpose
  • Ransomware: encryption mechanisms, delivery, and decryption keys
  • Fileless malware and living-off-the-land (LOLBins) techniques
  • Static vs dynamic malware analysis: sandbox environments

Human-Based Attacks

  • Phishing, spear phishing, whaling, vishing, and smishing
  • Pretexting, tailgating, and impersonation techniques
  • BEC (Business Email Compromise) attack patterns
  • Social engineering frameworks: SET (Social Engineering Toolkit)
  • Countermeasures: security awareness training and email gateway controls

Network Attacks

Sniffing, session hijacking, DoS/DDoS, wireless attacks, and evasion techniques.

15%
Weight
19
Questions
188
Marks

Packet Sniffing

  • Passive vs active sniffing: hubs vs switches
  • ARP poisoning and MITM attacks: arpspoof, Ettercap
  • MAC flooding to overflow CAM table
  • Wireshark: capture filters, display filters, and protocol analysis
  • Countermeasures: dynamic ARP inspection, port security

Session Hijacking and DoS

  • TCP session hijacking: sequence number prediction
  • Cookie theft and XSS-based session attacks
  • DoS vs DDoS: volumetric, protocol, and application-layer attacks
  • Botnets and C2 infrastructure for DDoS
  • DDoS mitigation: rate limiting, scrubbing centres, Anycast

Wireless Hacking

  • WEP, WPA, WPA2, and WPA3 vulnerabilities
  • PMKID attack and 4-way handshake capture with Aircrack-ng
  • Evil twin attacks and rogue access points
  • Bluetooth attacks: Bluejacking, Bluesnarfing, KNOB
  • Wireless IDS evasion techniques

IDS, Firewall, and Honeypot Evasion

  • Firewall types: packet filter, stateful, NGFW, WAF
  • Evasion: fragmentation, tunnelling, encrypted payloads
  • IDS evasion: session splicing, obfuscation, TTL manipulation
  • Honeypots and honeytraps: types and detection

Web Application and Cloud Security

OWASP Top 10 vulnerabilities, web app attacks, SQL injection, API security, and cloud environment attacks.

20%
Weight
25
Questions
250
Marks

OWASP Top 10 and Attack Techniques

  • Injection attacks: SQL injection (union-based, blind, error-based), command injection
  • XSS: reflected, stored, DOM-based and exploitation techniques
  • IDOR: insecure direct object references and broken access control
  • SSRF: server-side request forgery and internal network pivoting
  • XXE: XML external entity attacks
  • CSRF: cross-site request forgery and SameSite cookie defences
  • Security misconfiguration and default credentials

Web Attack Tools

  • Burp Suite: proxy, scanner, intruder, and repeater modules
  • SQLmap: automated SQL injection detection and exploitation
  • OWASP ZAP: active and passive scanning
  • Directory brute-forcing: Gobuster, Dirbuster, Feroxbuster

Cloud Security

  • AWS, Azure, GCP attack surfaces: IAM misconfigurations, exposed buckets, SSRF
  • Container security: Docker escape, Kubernetes RBAC misconfigurations
  • Cloud enumeration tools: Scout Suite, Prowler, CloudSploit
  • Serverless attacks: function injection and over-privileged roles

IoT and OT/ICS

  • IoT attack surface: firmware extraction, default credentials, insecure protocols
  • Shodan for IoT device discovery
  • OT/ICS protocols: Modbus, DNP3, SCADA vulnerabilities
  • ICS attack case studies: Stuxnet, Colonial Pipeline

Cryptography and AI in Hacking

Cryptographic concepts, PKI, and the new v13 AI-assisted hacking module.

10%
Weight
10
Questions
100
Marks

Cryptographic Algorithms and PKI

  • Symmetric encryption: AES, DES, 3DES, Blowfish
  • Asymmetric encryption: RSA, ECC, Diffie-Hellman
  • Hashing: MD5, SHA-1, SHA-256, bcrypt
  • PKI: certificate lifecycle, CA hierarchy, CRL, OCSP
  • SSL/TLS: handshake process, cipher suites, and certificate pinning
  • Cryptographic attacks: birthday, MITM on TLS, padding oracle

AI-Assisted Attack and Defence

  • Using AI/ML for automated vulnerability discovery
  • AI-powered phishing and deepfake social engineering
  • LLM prompt injection attacks
  • AI-based anomaly detection and AI-driven SIEM
  • Adversarial machine learning: evasion attacks on ML models

Penetration Testing Methodology

Legal and ethical considerations, structured pen test phases, reporting, and compliance frameworks.

15%
Weight
20
Questions
187
Marks

Legal and Ethical Framework

  • Rules of engagement (RoE) and statement of work
  • Types of pen tests: black box, white box, grey box
  • Authorisation and scope: why written permission is essential
  • Computer crime laws: CFAA (US), Computer Misuse Act (UK)
  • Security assessment types: vulnerability assessment vs pen test vs red team

Pen Test Phases and Reporting

  • CEH pen test phases: pre-attack, attack, post-attack
  • Pen test report structure: executive summary, technical findings, CVSS scores
  • CVSS v3.1: base, temporal, and environmental metrics
  • Remediation prioritisation and re-testing
  • Responsible disclosure vs full disclosure

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Learning Progress

Reconnaissance and Footprinting 85%
Scanning and Enumeration 92%

Practice Test Scores

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