
Introduction to the course, key topics to be covered, and call to action.
Introduction, key topics to be covered, and call to action.
Definition of CTI: Data, information, and intelligence
Who uses CTI and why
The role of CTI in modern cybersecurity
Real-world examples of CTI in action
Tactical: IOCs, signatures, detection rules for SOCs
Technical: Malware analysis, exploit details, vulnerability data; How these types enable rapid detection and response
Real-time insights on active threats and campaigns
TTPs, attack timelines, and incident response support
Integrating operational intel into security workflows
High-level, long-term intelligence for leadership
Focus on trends, motives, and risk modeling
Example: Board-level briefings on emerging threats
Define intelligence goals based on business priorities, Gather data from diverse, relevant sources.
Clean, decrypt, organize, and format raw data for analysis, then turn processed data into meaningful insights and context, as well as
Deliver intelligence to the right people in the right form, then evaluate the effectiveness of the intelligence provided
Introduction, key topics to be covered, and call to action.
Sensitive threat data (such as IOCs, TTPs, and actor profiles) is only accessible to authorized personnel.
The reliability of CTI depends on the accuracy and trustworthiness of the data.
Timely access to threat intelligence is essential for proactive defense; Ensure that intelligence is accessible when needed to support detection, response, and risk management.
How CTI helps organizations identify which assets are most at risk by mapping threats to specific business functions, data, and systems.
Learn how to assess vulnerabilities and the likelihood of exploitation, enabling more accurate risk assessments.
Select and implement controls (defense, mitigation, transference, etc.) that are tailored to the most relevant and pressing threats.
Define intelligence requirements based on business priorities and security objectives—ensuring CTI efforts align with organizational risk appetite and compliance needs; gather data from diverse sources
Process it for relevance and accuracy, and analyze it to extract insights that uphold the integrity and usefulness of information
Share intelligence with the right stakeholders in a timely, secure manner, and incorporate feedback to continuously improve the process and adapt to evolving threats
Introduction , key topics to be covered, and call to action.
Explain the concept of a Threat Intelligence Platform, its purpose, and how it helps security teams manage the lifecycle of cyber threat intelligence
Look at core functions of a TIP, including aggregation, normalization, enrichment, correlation, automation, response, sharing, dissemination, real-time monitoring, and feedback loops
Compare TIPs to other products in the CTI ecosystem, such as threat feeds, SIEMs, SOAR platforms, EDR, threat analysis tools, dark web monitoring tools, and threat research services
Look at how data and functionality flow through a CTI ecosystem, including data ingestion, TIP core functions, and integrations with other tools and systems
Explain the importance of real-time monitoring and feedback loops in TIPs, and how they adapt based on response outcomes and stakeholder input
Highlight the unique aspects of TIPs, such as their ability to connect all the dots, enrich raw material, and automate decision support
Provide real-world examples of how TIPs are used in cybersecurity operations, including threat detection, incident response, and intelligence sharing
Discuss how TIPs enhance cyber defense by providing a single source of contextual truth, automation-ready capabilities, and real-time decision-making
Explore the future of TIPs, including advancements in technology, integration with other security tools, and the evolving role of TIPs in cybersecurity
Introduction, key topics to be covered, and call to action.
Overview of top CTI solutions, and how these platforms centralize and enrich threat data
Demonstration of ingesting IOCs from multiple sources, using enrichment features (risk scoring, context, and correlation), visualizing threat data
Setting up automated playbooks for alert triage, integrating CTI platforms with SIEM, SOAR, and EDR/XDR for real-time detection and response
Mastering the Basics of Cyber Threat Intelligence empowers learners to anticipate, analyze, and respond to evolving cyber threats through structured intelligence practices and advanced analytical thinking. In this specialization, you'll dive into the psychology and motives of threat actors, transform raw data into actionable insights, and apply intelligence-driven defense strategies across diverse cybersecurity ecosystems.
Grounded in industry standards such as MITRE ATT&CK and informed by real-world threat reports, this program bridges theoretical understanding with practical, hands-on application. You’ll gain fluency in integrating cyber threat intelligence (CTI) with key cybersecurity tools such as SIEM, SOAR, EDR/XDR, and Threat Intelligence Platforms (TIPs) to build proactive, multi-layered security frameworks.
Through interactive simulations and case studies, learners practice detecting indicators of compromise (IoCs), profiling adversaries, and operationalizing intelligence under real-world pressure. Each module combines expert-led instruction with scenario-based exercises that simulate active threat environments and real-world industry challenges.
Whether you're new to cybersecurity or seeking to enhance your analytical acumen, this course equips you with the mindset and methods used by top cybersecurity intelligence teams.
By the end of this specialization, you will have developed a portfolio of intelligence assessments, analytical reports, and incident response strategies, demonstrating your ability to transform data into effective defense. With a focus on critical thinking, collaboration, and adaptability, this program prepares professionals to lead cybersecurity intelligence operations that stay ahead of complex and evolving digital threats globally.