Introduction:

Modern cyber threats have evolved into sophisticated, multi-stage campaigns that target identities, endpoints, cloud platforms, applications, and enterprise infrastructure through coordinated attack techniques. Effective cyber defense therefore requires an integrated investigative capability that combines incident response, threat hunting, digital forensics, detection engineering, and intelligence driven analysis within a unified security operations framework. This training program examines advanced incident response methodologies, forensic investigation frameworks, threat hunting models, digital evidence management, cloud and identity investigations, and detection engineering practices that strengthen enterprise cyber resilience. It presents a comprehensive perspective on evidence based investigations, attack reconstruction, adversary behavior analysis, and security operations across modern digital environments.

Program Objectives:

By the end of this program, participants will be able to:

Analyze incident response and digital forensic frameworks governing enterprise cyber investigations.
Evaluate forensic evidence acquisition and attack reconstruction methodologies across digital environments.
Assess threat hunting models supporting proactive adversary detection and behavioral analysis.
Examine endpoint, identity, network, cloud, and malware investigation frameworks within enterprise infrastructures.
Explore detection engineering and intelligence driven security operations supporting cyber resilience.

Target Audience:

Incident Response Analysts.
Threat Hunters.
Digital Forensics Investigators.
SOC Analysts and Engineers.
Cybersecurity Professionals managing enterprise detection and response.

Program Outline:

Unit 1:

Incident Response and Digital Investigation Foundations:

Enterprise incident response lifecycle and governance frameworks.
Cyber incident classification and prioritization models.
Digital forensic principles and investigative methodologies.
Evidence governance and forensic readiness frameworks.
Incident management standards within security operations.

Unit 2:

Enterprise Forensics and Threat Investigation:

Endpoint forensic artifacts across enterprise operating systems.
Digital evidence acquisition and preservation frameworks.
Memory forensics and live response methodologies.
Identity and Active Directory investigation models.
Malware behavior analysis and compromise indicators.

Unit 3:

Threat Hunting and Attack Reconstruction:

Intelligence driven threat hunting frameworks.
Adversary tactics, techniques, and procedures (TTPs).
MITRE ATT&CK mapping and behavioral analysis processes.
Network traffic analysis and event correlation models.
Attack chain reconstruction and investigative workflows.

Unit 4:

Cloud Investigations and Detection Engineering:

Cloud and SaaS forensic investigation frameworks.
Cloud identity and authentication analysis process.
Enterprise logging and security telemetry architectures.
Role of detection engineering and behavioral analytics.
Detection content governance and coverage assessment criteria.

Unit 5:

Integrated Security Operations and Cyber Defense:

Security operations center (SOC) operating models.
Cyber threat intelligence integration frameworks.
Investigation governance and cross-functional coordination channels.
Security orchestration and response architectures.
Enterprise cyber resilience and security capability maturity models.

Incident Response Threat Hunting and Digital Forensics

Delegate Information

Company Information

Person Responsible for Training and Development