CompTIA Cybersecurity Analyst (CySA+)
Duration: 5 Days
SGD 3,000.00
The CompTIA Cybersecurity Analyst (CySA+) course provides essential skills for detecting andmitigating cybersecurity threats through advanced incident response and vulnerabilitymanagement. Participants will gain expertise in system hardening, analyzing network indicators ofcompromise, and managing tools like SIEM, SOAR, and endpoint detection. This course emphasizesthreat intelligence, secure coding practices, and incident reporting, preparing learners for realworldchallenges. Through hands-on labs, students will master techniques for security automation,intrusion analysis, and compliance reporting. The CySA+ certification validates critical skills neededfor proactive defense, making it ideal for security analysts, threat hunters, and IT professionalsseeking to enhance their cybersecurity capabilities with comprehensive CompTIA CySA+ training.
Course Prerequisites
To ensure that participants can fully benefit from the CompTIA Cybersecurity Analyst (CySA+) course and have a positive learning experience, the following prerequisites are recommended:
Basic understanding of cybersecurity principles and terminology.
Familiarity with networking concepts, including TCP/IP, DNS, and firewalls.
Knowledge of operating systems (Windows, Linux) and system administration.
Experience with security-related tools such as antivirus, firewalls, and SIEM (preferred but not mandatory).
Completion of foundational IT certifications like CompTIA Security+ (recommended but not mandatory).
While these prerequisites are not mandatory, they are highly recommended to ensure a successful learning experience in the CompTIA Cybersecurity Analyst (CySA+) course.
Who Should Attend CompTIA Cybersecurity Analyst (CySA+) Training
- Cybersecurity Analysts
- Threat Intelligence Analysts
- Security Operations Center (SOC) Analysts
- Network Security Specialists
- IT Security Engineers
- Incident Response Team Members
- Security Consultants
- System Administrators
- IT Support Specialists
Course Outline
Module 1: – Threat Management 1
- Cybersecurity Analysts
- Cybersecurity Roles and Responsibilities
- Frameworks and Security Controls
- Risk Evaluation
- Penetration Testing Processes
- Reconnaissance Techniques
- The Kill Chain
- Open Source Intelligence
- Social Engineering
- Topology Discovery
- Service Discovery
- OS Fingerprinting
Module 2 – Threat Management 2
- Security Appliances
- Configuring Firewalls
- Intrusion Detection and Prevention
- Configuring IDS
- Malware Threats
- Configuring Anti-virus Software
- Sysinternals
- Enhanced Mitigation Experience Toolkit
- Logging and Analysis
- Packet Capture
- Packet Capture Tools
- Monitoring Tools
- Log Review and SIEM
- SIEM Data Outputs
- SIEM Data Analysis
- Point-in-Time Data Analysis
Module 3: – Vulnerability Management
- Managing Vulnerabilities
- Vulnerability Management Requirements
- Asset Inventory
- Data Classification
- Vulnerability Management Processes
- Vulnerability Scanners
- Microsoft Baseline Security Analyzer
- Vulnerability Feeds and SCAP
- Configuring Vulnerability Scans
- Vulnerability Scanning Criteria
- Exploit Frameworks
- Remediating Vulnerabilities
- Remediation and Change Control
- Remediating Host Vulnerabilities
- Remediating Network Vulnerabilities
- Remediating Virtual Infrastructure Vulnerabilities
- Secure Software Development
- Software Development Lifecycle
- Software Vulnerabilities
- Software Security Testing
- Interception Proxies
- Web Application Firewalls
- Source Authenticity
- Reverse Engineering
Module 4: – Cyber Incident Response
- Incident Response
- Incident Response Processes
- Threat Classification
- Incident Severity and Prioritization
- Types of Data
- Forensics Tools
- Digital Forensics Investigations
- Documentation and Forms
- Digital Forensics Crime Scene
- Digital Forensics Kits
- Image Acquisition
- Password Cracking
- Analysis Utilities
- Incident Analysis and Recovery
- Analysis and Recovery Frameworks
- Analyzing Network Symptoms
- Analyzing Host Symptoms
- Analyzing Data Exfiltration
- Analyzing Application Symptoms
- Using Sysinternals
- Containment Techniques
- Eradication Techniques
- Validation Techniques
- Corrective Actions
Module 5 – Security Architecture
- Secure Network Design
- Network Segmentation
- Blackholes, Sinkholes, and Honeypots
- System Hardening
- Group Policies and MAC
- Endpoint Security
- Managing Identities and Access
- Network Access Control
- Identity Management
- Identity Security Issues
- Identity Repositories
- Context-based Authentication
- Single Sign On and Federations
- Exploiting Identities
- Exploiting Web Browsers and Applications
- Security Frameworks and Policies
- Frameworks and Compliance
- Reviewing Security Architecture
- Procedures and Compensating Controls
- Verifications and Quality Control
- Security Policies and Procedures
- Personnel Policies and Training