Training Courses
Training Courses
Edit Content
Menu
Training Courses

Department of Cybersecurity, Faculty of Computing, University of Port Harcourt

Certified Threat Intelligence Analyst (C|TIA)

Version 2 eBook + iLabs + ECC Exam Voucher

Excel in Predictive Threat Intelligence for Proactive Defense

Get Certified Now
Self Paced (Discount)

₦346,800

Tutor Led (Discount)

₦546,800

Official Price

₦2,038,300

What is the Certified Threat Intelligence Analyst Program?
EC-Council’s Certified Threat Intelligence Analyst (C|TIA) certification is a comprehensive specialist-level professional program focused on the ever-evolving domain of threat intelligence. The program is designed for individuals involved in collecting, analyzing, and disseminating threat intelligence information.

C|TIA covers a wide range of topics, including the fundamentals of threat intelligence, the use of threat intelligence tools and techniques, and the development of a threat intelligence program. The cyber threat intelligence course focuses on refining data and information into actionable intelligence that can be used to prevent, detect, and monitor cyber-attacks. The program addresses all the stages involved in the threat intelligence lifecycle, and this attention toward a realistic and futuristic approach makes C|TIA one of the most comprehensive threat intelligence certifications in the market today.

C|TIA program provides credible professional knowledge required for a successful threat intelligence career. It enhances your skills as a threat intelligence analyst, thus increasing your employability. It is desired by most cybersecurity engineers, analysts, and professionals globally and is respected by hiring authorities. Ideal for individuals working in information security, network security, incident response, and other related fields, mastering in-demand skills and earning this certification will improve threat intelligence operations and investments for cybersecurity individuals and teams.

A C|TIA professional will be proficient in specialized skills and knowledge to understand the methodology and mindset of modern attackers competently and deploy the threat intelligence accordingly.

Key Features
  • Master the complete Cyber Threat Intelligence (CTI) Life cycle 1. Planning and Direction 2. Collection 3. Analysis and Production 4. Dissemination and Integration
  • 800+ pages of the comprehensive student manual
  • 200+ threat intelligence tools
  • 100% compliance with NICE Special Publication 800-181 Cybersecurity Workforce Framework and CREST Certified Threat Intelligence Manager (CCTIM) frameworks
  • Structured approach for performing data analysis
  • Lab-intensive program: 40% of the training time is dedicated to labs
  • Gain skills in 4 types of threat intelligence 1. Strategic 2. Operational 3. Tactical 4. Technical
  • 350+ pages of lab manual covering detailed lab scenarios and instructions
  • 27 hands-on labs with real-life networks and platforms to emphasize the learning objectives
  • Threat intelligence data collection and acquisition from various feeds and sources
  • Learn various cybersecurity threats and attack frameworks (Advanced Persistent Threats, Cyber Kill Chain Methodology, MITRE ATT&CK Framework, Diamond Model of Intrusion Analysis, etc.)
Get Certified Now

C|TIA Program Information

SonicWall reported that over 270,228 new malware variants were discovered in 2022.

Cloudflare mitigates record-breaking 71 million request-per-second DDoS attacks in 2023.

Cyberattacks are getting complex with rapid advancements in technology. Therefore, organizations must upgrade their defenses and develop countermeasures by acquiring intelligence related to potential threat actors’ tactics, techniques, and procedures (TTPs). To tackle intricate threat vectors, these huge information need to be broken down and analyzed , which then needs to be turned into actionable intelligence and data to bolster organizational defense and proactively predict and mitigate future threats. Cyber threat intelligence includes reliable data collection from numerous sources, context-relevant analysis, production of useful intelligence, and distribution of relevant information to stakeholders.

Module 01: Introduction to Threat Intelligence
  • 1.1 Intelligence
  • 1.2 Cyber Threat Intelligence Concepts
  • 1.3 Threat Intelligence Lifecycle and Frameworks
  • 1.4 Threat Intelligence Platforms (TIPs)
  • 1.5 Threat Intelligence in the Cloud Environment
  • 1.6 Future Trends and Continuous Learning
Key topics covered:
Cyber Threat Intelligence, Threat Intelligence vs. Threat Data, Threat Intelligence vs. Traditional Cybersecurity Approaches, Types of Threat Intelligence, Threat Intelligence Generation, Responsibilities of Cyber Threat Analysts, Threat Intelligence Lifecycle, Threat Intelligence Strategy, Threat Intelligence Maturity Model, Threat Intelligence Frameworks, Threat Intelligence Platforms (TIPs), Role of Threat Intelligence in Cloud Security, and Career Paths and Opportunities in Threat Intelligence Field
  • 2.1 Cyber Threats
  • 2.2 Advanced Persistent Threats
  • 2.3 Cyber Kill Chain
  • 2.4 MITRE ATT&CK and Diamond Model
  • 2.5 Indicators of Compromise
Key topics covered:
Cyber Threats, Cyber Security Threat Categories, Threat Actors, Objectives of Cyber Security Attacks, Advanced Persistent Threats, Advanced Persistent Threat Lifecycle, Cyber Kill Chain Methodology, MITRE ATT&CK Framework, Diamond Model of Intrusion Analysis, Indicators of Compromise, Categories of Indicators of Compromise, and Pyramid of Pain
  • 3.1 Organization’s Current Threat Landscape
  • 3.2 Requirements Analysis
  • 3.3 Plan a Threat Intelligence Program
  • 3.4 Establish Management Support
  • 3.5 Build a Threat Intelligence Team
  • 3.6 Threat Intelligence Sharing
  • 3.7 Review Threat Intelligence Program
Key topics covered:
Identify Critical Threats to the Organization, Threat Intelligence Requirements, MoSCoW Method for Prioritizing Requirements, Scope of Threat Intelligence Program, Rules of Engagement, Threat Intelligence Program Planning, Project Charter and Policy Preparation, Threat Intelligence Roles and Responsibilities, Build Intelligence Team, Threat Intelligence Sharing, Types of Sharing Partners, and Threat Intelligence-led Engagement Review
  • 4.1 Threat Intelligence Data Collection
  • 4.2 Threat Intelligence Collection Management
  • 4.3 Threat Intelligence Feeds and Sources
  • 4.4 Threat Intelligence Data Collection and Acquisition
  • 4.5 Bulk Data Collection
  • 4.6 Data Processing and Exploitation
  • 4.7 Threat Data Collection and Enrichment in Cloud Environments
Labs
  • Data Collection through Search Engines, Web Services, Website Footprinting, Email Footprinting, DNS Interrogation, Automated OSINT Tools, Social Engineering Techniques, Cyber Counterintelligence (CCI) Techniques, Malware Analysis, and Python Scripting
  • IoC Data Collection through External Sources and Internal Sources
  • Structuring/Normalization of Collected Data
Key topics covered:
Threat Intelligence Data Collection, Data Collection Methods, Types of Data, Types of Threat Intelligence Data Collection, Threat Intelligence Collection Plan, Threat Intelligence Feeds, Threat Intelligence Sources, Threat Intelligence Data Collection and Acquisition, Data Collection through Python Scripting, Bulk Data Collection, Bulk Data Management, Data Processing and Exploitation, Structuring/Normalization of Collected Data, Data Sampling, and Threat Data Collection in Cloud Environments
Module 05: Data Analysis
  • 5.1 Data Analysis
  • 5.2 Data Analysis Techniques
  • 5.3 Threat Analysis
  • 5.4 Threat Analysis Process
  • 5.5 Fine-Tuning Threat Analysis
  • 5.6 Threat Intelligence Evaluation
  • 5.7 Create Runbooks and Knowledge Base
  • 5.8 Threat Intelligence Tools
Labs:
  • Perform Threat Modeling and Data Analysis
  • Perform Complete Threat Intelligence using Threat Intelligence Tools
Key topics covered:
Data Analysis, Types of Data Analysis, Statistical Data Analysis, Analysis of Competing Hypotheses (ACH), Structured Analysis of Competing Hypotheses (SACH), Threat Analysis, Types of Threat Intelligence Analysis, Threat Analysis Process, Threat Modeling Methodologies, Threat Analysis Process with Diamond Model Framework, Validating and Prioritizing Threat Indicators, Fine-Tuning Threat Analysis, Automate Threat Analysis Processes, Threat Intelligence Evaluation, Threat Attribution, Creating Runbooks, Threat Knowledge Base, and Threat Intelligence Tools
  • 6.1 Threat Intelligence Reports
  • 6.2 Dissemination
  • 6.3 Participate in Sharing Relationships
  • 6.4 Sharing Threat Intelligence
  • 6.5 Delivery Mechanisms
  • 6.6 Threat Intelligence Sharing Platforms
  • 6.7 Intelligence Sharing Acts and Regulations
  • 6.8 Threat Intelligence Integration
  • 6.9 Threat Intelligence Sharing and Collaboration using Python Scripting
Labs:
  • Perform Threat Intelligence Reporting and Sharing
Key topics covered:
Threat Intelligence Reports, Types of Cyber Threat Intelligence Reports, Report Writing Tools, Dissemination, Threat Intelligence Sharing, Information Sharing Model, Information Exchange Types, Sharing Community, Sharing Intelligence using YARA Rules, Standards and Formats for Sharing Threat Intelligence, Information Sharing and Collaboration Platforms, Intelligence Sharing Acts and Regulations, Threat Intelligence Integration, Threat Intelligence Sharing using Python Scripting
  • 7.1 Threat Hunting Concepts
  • 7.2 Threat Hunting Automation
Labs:
  • Perform Targeted Threat Hunting using Python Scripts
  • Perform Threat Hunting Automation using Threat Intelligence Tools
Key topics covered:
Threat Hunting, Types of Threat Hunting, Threat Hunting Process, Threat Hunting Maturity Model (HMM), Threat Hunter Skillset, Threat Hunting Loop, Targeted Hunting Integrating Threat Intelligence (TaHiTI), Threat Hunting Automation, and Threat Hunting Automation using Python Scripting
  • 8.1 Threat Intelligence in SOC Operations
  • 8.2 Threat Intelligence in Risk Management
  • 8.3 Threat Intelligence in Incident Response
Labs:
  • Perform Cyber Threat Intelligence using the SOC Threat Intelligence Platforms
Key topics covered:
Threat Intelligence in SOC Operations, Building SOC Threat Intelligence, Next-Gen Intelligent SOC, SOC Threat Intelligence Platforms (TIPs), Threat Intelligence in Risk Management Process, Integrating Threat Intelligence into Risk Management Processes, Threat Intelligence into the Incident Response Process, and Threat Intelligence in Incident Recovery and Resilience

What Skills You’ll Learn

  • Fundamentals of threat intelligence (Threat intelligence types, lifecycle, strategy, capabilities, maturity model, frameworks, platforms, etc.)
  • Various cybersecurity threats and attack frameworks (Advanced Persistent Threats, Cyber Kill Chain Methodology, MITRE ATT&CK Framework, Diamond Model of Intrusion Analysis, etc.)
  • Various steps involved in planning a threat intelligence program (Requirements, planning, direction, and review)
  • Different types of threat intelligence feeds, sources, data collection methods
  • Threat intelligence data collection and acquisition through Open-Source Intelligence (OSINT), Human Intelligence (HUMINT), Cyber Counterintelligence (CCI), Indicators of Compromise (IoCs), Malware Analysis, and Python Scripting
  • Threat intelligence data processing and exploitation
  • Threat data analysis techniques (Statistical Data Analysis, Analysis of Competing Hypotheses (ACH), Structured Analysis of Competing Hypotheses (SACH), etc.)
  • Complete threat analysis process, which includes threat modeling, fine-tuning, evaluation, and runbook and knowledge base creation
  • How to create and share threat intelligence reports
  • Threat intelligence sharing and collaboration using Python scripting
  • Different platforms, acts, and regulations for sharing intelligence
  • How to perform threat intelligence in a cloud environment
  • Fundamentals of threat hunting (Threat hunting types, process, loop, methodology, etc.)
  • Threat-hunting automation using Python scripting.
  • Threat intelligence in SOC operations, incident response, and risk management

Training Days: 3 Days

iLearn (Self-Study)

This solution is an asynchronous, self-study environment in a video streaming format.

iWeek (Live Online)

This solution is a live, online, instructor-led training course.

Training Partner (In Person)

This solution offers “in-person” training so that you can benefit from collaborating with your peers and gaining real-world led by expert, certified instructors.

Exam Details:

  • Exam Code: 312-38

  • Number of Questions: 50

  • Duration: 2 Hours

  • Availability:EC-Council Exam Portal

  • Test Format: Multiple Choice

Enrol Now

Secure Your Future in Cybersecurity !!!

  • 100% Discount on Training Fees
  • Tutor-Led Training at an Affordable Rate
  • 12-Month Access to Labs & Study Materials
  • Earn Globally Recognized EC-Council Certifications
Get Started Today!

Explore other Training Courses

EC-Council Certified Incident Handler (E|CIH)

Certified Secure Computer User (C|SCU)

Certified Cybersecurity Technician (C|CT)

Certified Cloud Security Engineer (C|CSE)

EC-Council Certified Security Specialist (E|CSS)

Computer Hacking Forensic Investigator (C|HFI)

Certified Ethical Hacker (C|EH)

Certified Network Defender (C|ND)

Digital Forensics Essentials (D|FE)

Ethical Hacking Essentials (E|HE)

Network Defense Essentials (N|DE)

DevSecOps Essentials (D|SE)

Cloud Security Essentials (C|SE)

Threat Intelligence Essentials (T|IE)

IoT Security Essentials (I|SE)

Training Courses
Copyright © 2025 Department of Cybersecurity, Faculty of Computing, University of Port Harcourt