Cyber Threat Intelligence and Incident Response

Edureka via Coursera Specialization

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The Cyber Threat Intelligence and Incident Response Specialization equips learners with practical, job-ready skills to identify cyber threats, assess vulnerabilities, and respond effectively to security incidents across modern IT environments. Designed to reflect real-world security operations, this program combines threat intelligence, vulnerability management, and incident response into a complete defensive security lifecycle. Across three in-depth courses, learners explore the evolving cyber threat landscape, attacker tactics and techniques, and intelligence frameworks such as MITRE ATT&CK. They gain hands-on experience conducting vulnerability assessments using industry tools, validating findings, and designing structured remediation programs. The specialization also emphasizes incident response planning, detection, forensic analysis, containment, recovery, and post-incident resilience. By the end of this specialization, learners will be able to operate confidently within security operations, vulnerability management, and incident response teams. The program prepares professionals to think like defenders, act with precision during incidents, and contribute meaningfully to strengthening organizational cyber resilience.

Syllabus

Course 1: Cyber Threats and Network Security Foundations
Course 2: Vulnerability Assessment and Management
Course 3: Incident Response and Threat Mitigation

Courses

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8 hours 26 minutes
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This program equips cybersecurity professionals, IT teams, and system administrators with the foundational knowledge and practical skills needed to identify, analyze, and remediate vulnerabilities across modern enterprise environments. You’ll start by understanding the vulnerability assessment lifecycle, exploring how weaknesses emerge in networks, systems, and web applications, and learning the principles behind risk, exposure, and exploitability. Next, you’ll dive into hands-on vulnerability assessment techniques, using tools such as Nmap, Nikto, and open-source scanners to perform host discovery, service enumeration, and web application checks. You’ll learn how to validate findings, classify severity using structured scoring methods, and document vulnerabilities effectively for organizational reporting. You’ll then advance into vulnerability management, where you’ll design patching workflows, apply configuration hardening practices, automate remediation tasks, and perform post-fix validation. You will also learn how to build governance processes, track metrics, and create dashboards that support long-term risk reduction and audit readiness. By the end of this program, you will be able to: - Explain the core concepts of vulnerability assessment and the full assessment lifecycle. - Distinguish between vulnerabilities, threats, risks, and exploits in enterprise environments. - Conduct network and web vulnerability scans using open-source tools such as Nmap and Nikto. - Validate scan results, classify vulnerabilities, and prioritize remediation using risk-based scoring. - Implement patch management, configuration hardening, and automated remediation techniques. - Design and document a vulnerability management program aligned with governance requirements. - Create consolidated reports and dashboards to track vulnerabilities and support compliance. This course is designed for cybersecurity engineers, SOC analysts, network administrators, DevOps practitioners, and IT security professionals seeking to strengthen their skills in vulnerability assessment and operational risk management. Join us to develop the practical, analytical, and strategic skills required to secure enterprise systems through effective vulnerability assessment and management practices.
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9 hours 18 minutes
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This program equips cybersecurity professionals, network engineers, SOC analysts, and security architects with the expertise to identify, analyze, and mitigate the full spectrum of modern cyber threats targeting enterprise systems. You’ll begin by exploring the foundations of the cyber threat landscape, examining common attacker profiles, motivations, and methodologies using frameworks such as the Cyber Kill Chain and MITRE ATT&CK. Through practical demonstrations, you will learn how adversaries conduct reconnaissance, exploit system weaknesses, and leverage TTPs to compromise networks—and how defenders can detect, disrupt, and respond to these threats in real-world environments. Building on these fundamentals, you’ll gain hands-on experience analyzing high-impact attack vectors, including phishing, social engineering, malware delivery, and ransomware campaigns. You will simulate phishing attacks, inspect malicious payloads, analyze malware behavior, and identify compromise indicators using tools like SET, VirusTotal, and sandboxing utilities. These exercises help you understand how attackers infiltrate systems and how defensive controls can block, contain, and investigate exploitation attempts. Next, the program delves into operating system and network security, covering strategies for OS hardening, secure configuration, privilege management, and log auditing. You’ll design secure network architectures, implement segmentation, and deploy IDS/IPS mechanisms to strengthen enterprise defenses. Practical labs using Wireshark and Snort will teach you how to analyze network traffic, detect intrusions, and identify anomalies that signal potential attacks. The course also emphasizes continuous monitoring, threat intelligence, and defense-in-depth strategies. Using OSINT and CTI tools such as Maltego and theHarvester, you will practice gathering intelligence, identifying indicators of compromise, and applying threat intelligence to improve detection and response workflows across security operations. Finally, you’ll integrate all these capabilities in a capstone project, analyzing a simulated end-to-end attack scenario, hardening systems and networks, building intrusion detection rules, and demonstrating a comprehensive cybersecurity defense strategy aligned with industry best practices. By the end of this program, you will be able to: - Identify and evaluate cyber threats, attacker behaviors, and common attack vectors. - Map adversary TTPs using frameworks like MITRE ATT&CK and the Cyber Kill Chain. - Detect, analyze, and mitigate phishing, malware, and ransomware attacks. - Apply secure OS configuration, privilege management, and log auditing techniques. - Design and implement secure network architectures using segmentation and IDS/IPS. - Perform network traffic analysis and intrusion detection with Wireshark and Snort. - Collect and operationalize cyber threat intelligence using OSINT and CTI tools. - Build a layered defense-in-depth security strategy to protect enterprise systems. This specialization is designed for cybersecurity engineers, SOC analysts, network security professionals, system administrators, blue-team defenders, and IT security specialists who want to build strong foundational and practical skills in cyber threat analysis and network defense. Join us to gain the skills, tools, and strategies required to secure modern networks, detect cyber threats, and defend enterprise systems against evolving adversarial attacks.
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8 hours 25 minutes
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This program equips cybersecurity professionals, SOC analysts, system administrators, and network engineers with the expertise to detect, investigate, contain, and remediate cybersecurity incidents across enterprise environments. You’ll begin by learning the foundations of the incident response lifecycle, exploring essential concepts such as incident classification, prioritization, communication workflows, and role assignments. Through practical demonstrations, you will understand how organizations prepare for incidents, establish response procedures, and build documentation and playbooks used during real-world emergencies. Building on this foundation, you’ll gain hands-on experience in incident detection and analysis using SIEM monitoring, log correlation, endpoint detection techniques, and network traffic analysis. You will simulate reconnaissance activity using theHarvester, analyze DoS and DDoS attack behavior with hping3, and verify active threats through Wireshark and PCAP inspection. These exercises help you understand how alerts are validated, how indicators of compromise are identified, and how defenders confirm malicious activity through structured investigative workflows. Next, the program dives into forensic analysis and threat validation. You’ll learn how to perform evidence-based investigations by examining log files, analyzing suspicious artifacts, capturing system memory, and reconstructing timelines. Through these activities, you will develop the ability to trace intrusions, verify attacker actions, and build accurate incident narratives grounded in digital evidence. The course then moves into containment, eradication, and system recovery. You’ll practice isolating compromised hosts, blocking malicious traffic, terminating harmful processes, and cleaning affected systems. You will also perform recovery operations, validate restored systems, and measure post-incident resilience using structured metrics and dashboards. These skills ensure you can both stop active threats and help organizations return to normal operations quickly and safely. Finally, you’ll integrate all these capabilities in a capstone project, applying the full end-to-end incident response lifecycle. You will detect a simulated attack, analyze forensic evidence, contain and remove the threat, recover affected systems, and produce a comprehensive incident response report aligned with industry best practices. By the end of this program, you will be able to: -Identify security incidents using SIEM monitoring, log correlation, and network analysis. -Validate threats using OSINT tools, DoS simulation, Wireshark inspection, and forensic methods. -Perform forensic investigations using log review, file analysis, memory capture, and timeline building. -Implement containment and eradication steps including host isolation, traffic blocking, and threat removal. -Conduct secure system recovery and measure resilience using post-incident metrics and dashboards. -Develop structured communication workflows and response documentation for coordinated incident handling. -Apply the complete incident response lifecycle to real-world scenarios and simulations. -Create clear, evidence-based incident reports that support decision-making and continuous improvement. This specialization is designed for: Cybersecurity engineers, SOC analysts, incident responders, network defenders, system administrators, blue-team practitioners, and IT security specialists seeking practical, operational, and evidence-driven incident response skills. Join us to develop the technical expertise, investigative mindset, and structured processes needed to detect, contain, and mitigate modern cyber threats—ensuring organizations remain resilient against evolving attacks.