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Rocheston Certified SOC Analyst


This comprehensive Rocheston Certified Security Operations Center (SOC) Analyst course equips you with the skills and knowledge to excel in this critical role. It's designed for both aspiring SOC professionals and current IT specialists seeking to enhance their cybersecurity expertise.

The course goes beyond theory, offering a blend of practical exercises and real-world simulations. You'll learn by doing, putting your newfound knowledge to the test in scenarios that mimic the fast-paced environment of a real SOC.

The program covers all aspects of SOC operations, including security incident detection and response (SIEDR), threat analysis, log management, and incident reporting. You'll explore the latest cybersecurity tools and technologies used in today's SOCs, learning to leverage them efficiently to identify, analyze, and respond to security threats.

By the end of the course, you'll be a confident and capable SOC Analyst, equipped to protect your organization from today's ever-evolving cyber threats. The course also prepares you for the Rocheston Certified SOC Analyst (RSOC) exam, a valuable credential demonstrating your proficiency in SOC operations.

Target Audience

  • IT security professionals seeking a career in SOC operations
  • Network security analysts looking to expand their skillset
  • Security professionals transitioning to a SOC analyst role
  • Anyone interested in gaining a comprehensive understanding of SOC operations

Job Roles

  • Security Analyst: This is the most general title and encompasses a wide range of security tasks, including monitoring security tools for suspicious activity, investigating security incidents, and performing basic security analysis.
  • Security Operations Center (SOC) Analyst: This role is more specific and focuses on the day-to-day operations of an SOC. SOC Analysts monitor security tools, investigate security alerts, and escalate incidents to more senior personnel when needed. (This is the role the course directly prepares you for)
  • Security Engineer: Security Engineers design, implement, and maintain security controls to protect an organization's systems and data. While this role often requires more experience, the foundational skills learned in the SOC Analyst course can be a stepping stone.
  • Incident Responder: Incident Responders are responsible for investigating and resolving security incidents. They work to contain the damage from an attack, identify the attacker, and prevent future incidents. The skills learned in identifying and investigating security events during the SOC Analyst course are valuable for this role.
  • Threat Hunter: Threat Hunters proactively search for hidden threats within a network. They use advanced techniques to identify potential attacks before they occur. The SOC Analyst course can provide a strong foundation for understanding threat hunting methodologies.

What Will You Learn?

The Rocheston Certified SOC Analyst (RSOC) program equips you to be a SOC pro. You'll master cybersecurity fundamentals, understand threats and vulnerabilities, and delve into the daily grind of an SOC. Learn how to use security tools to monitor incidents, respond to them with confidence, and become a whiz at Security Event & Incident Management (SIEM). Analyzing threats within a network? You'll be a pro at that too. Plus, the program doesn't just talk the talk – it offers hands-on labs in the Rocheston Rose operating system.

These labs let you put your knowledge to the test in simulated scenarios, mimicking real-world SOC operations. Practice essential security skills, investigate incidents, and get comfortable with security tools in a safe environment. This program builds your knowledge and confidence to launch a successful cybersecurity career.ield.

Duration

  • Duration: 3 days
  • Delivery options:
  • Instructor-led classroom training (traditional or virtual)
  • Blended learning (combination of classroom sessions and online modules)
  • Self-paced online learning (optional)

Rocheston Certified SOC Analyst Certification Exam

  • Exam Structure:
  • Number of Questions: 100
  • Format: Multiple Choice, True/False, Short Answer
  • Duration: 2 Hours
  • Passing Score: 70%

Cost and Pricing

  • Please contact us for the course pricing.

Course Delivery

  • Course Delivery: This comprehensive program is delivered entirely online, allowing you to learn at your own pace through the Rocheston Cyberclass online learning platform. The platform provides a flexible and interactive learning experience, with features like:
  • On-demand video lectures: Review course material whenever it's convenient for you.
  • Interactive exercises: Test your knowledge and apply concepts through engaging exercises.
  • Downloadable resources: Solidify your learning with access to course materials beyond the videos.
  • Discussion forums: Connect with classmates and instructors for questions and peer-to-peer learning.

Hands-On Labs

The Rocheston Certified SOC Analyst (RSOC) program goes beyond theory! This course offers extensive hands-on labs conducted within the Rocheston Rose operating system, providing a safe and controlled space to learn by doing.

Imagine practicing essential security skills in real-world-like scenarios. You'll simulate SOC operations, analyzing security events, investigating incidents, and utilizing security tools all within the Rose environment. These labs allow you to test your decision-making in a safe space, learning from your actions and refining your skills before entering the workforce.

This hands-on approach bridges the gap between theory and practice, solidifying your understanding of SOC operations and boosting your confidence. The Rocheston Rose labs effectively prepare you for the practical aspects of the Security Analyst role and potential future certifications, giving you a valuable edge in the cybersecurity field.

How to Join?

Ready to join the ranks of elite SOC analysts? The Rocheston Certified SOC Analyst (RSOC) program is open for enrollment anytime! Simply ping us using the enquiry form on our website. Our team will be happy to get back to you with all the details you need to join, including payment options and instructions on how to get started. Don't wait – take the first step towards your exciting career in cybersecurity today!

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Course Outline

Module 1: Introduction to Security Operations

  • Need for SOC and its Role in Cybersecurity
  • Definition and purpose of a Security Operations Center
  • How SOC fits into the larger cybersecurity landscape
  • Evolution of Cyber Threats and Attacks
  • Historical overview of significant cyber threats and attacks
  • How cyber threats have evolved over time
  • Importance of Proactive Security Monitoring
  • The concept of proactive vs. reactive security
  • Benefits of continuous monitoring for potential security threats
  • Benefits of a Centralized SOC
  • Centralized data collection and analysis
  • Improved incident response times and coordination
  • Enhanced visibility across the entire IT environment
  • SOC Operations and Analyst Responsibilities
  • Key objectives and daily tasks of a SOC Analyst
  • Tools and techniques used in daily operations
  • Security Event Monitoring and Analysis
  • Methods and technologies for monitoring security events
  • Techniques for effective event analysis
  • Incident Detection, Investigation, and Response (IR)
  • Overview of the incident lifecycle
  • Roles involved in detection, investigation, and response
  • Threat Intelligence Integration and Utilization
  • Sources of threat intelligence
  • How to integrate and apply threat intelligence in SOC operations
  • SOC Team Structure and Collaboration
  • Organizational structure of a SOC team
  • Roles within a SOC team (e.g., Security Analyst, Incident Responder, Threat Hunter)
  • Importance of effective communication and collaboration
  • Escalation procedures for critical security incidents

Module 2: Security Information and Event Management (SIEM)

  • Introduction to SIEM and Its Functionalities
  • Definition, purpose, and key features of SIEM
  • Overview of popular SIEM solutions in the market
  • Log Collection, Aggregation, and Normalization
  • The process of collecting logs from various sources
  • Techniques for aggregating and normalizing log data
  • Event Correlation and Threat Detection Rules
  • Concept of event correlation and its importance
  • Creation and fine-tuning of threat detection rules
  • Security Dashboards and Reporting
  • Utilization of dashboards for monitoring and reporting
  • Best practices for creating and interpreting security reports
  • Configuring SIEM for log collection from various sources
  • Utilizing SIEM for log analysis and threat hunting
  • Creating and customizing event correlation rules
  • Generating security reports and visualizations

Module 3: Incident Detection and Analysis

  • Incident Detection Methodologies
  • Signature-Based Detection
  • Definition, benefits, and limitations
  • Tools and techniques for implementation
  • Anomaly-Based Detection
  • Definition, benefits, and limitations
  • Tools and techniques for implementation
  • Threat Intelligence-Driven Detection
  • Role of threat intelligence in identifying incidents
  • Best practices for integrating threat intelligence
  • Incident Analysis Tools and Techniques:
  • Network Traffic Analysis (NTA) Tools
  • Key tools and techniques for analyzing network traffic
  • Endpoint Detection and Response (EDR) Solutions
  • Overview of EDR solutions and their importance
  • Security Orchestration, Automation, and Response (SOAR) Platforms
  • Benefits of using SOAR for incident analysis and response
  • Packet Capture and Forensic Analysis
  • Techniques for capturing and analyzing network packets
  • Forensic analysis methods for identifying incidents
  • Simulating security incidents through scenarios
  • Analyzing logs and network traffic to identify root cause
  • Utilizing security tools for further investigation and evidence collection
  • Documenting findings and preparing initial incident reports

Module 4: Incident Response (IR) Process

  • NIST Cybersecurity Framework and IR Framework
  • Overview of NIST Cybersecurity Framework
  • Key components of an Incident Response Framework
  • Understanding the Different Phases of Incident Response
  • Preparation: Developing and maintaining an IR plan
  • Detection: Identifying and reporting incidents
  • Containment: Limiting the impact of the incident
  • Eradication: Eliminating the root cause of the incident
  • Recovery: Restoring systems and operations to normal
  • Post-Incident Review: Analyzing the incident and improving future response
  • Aligning SOC Operations with Industry Best Practices
  • Best practices for aligning SOC operations with established frameworks
  • Incident Response Procedures and Best Practices
  • Detailed procedures for each phase of incident response
  • Best practices for effective and efficient incident handling
  • Incident Response Playbooks and Communication Strategies
  • Developing and documenting incident response playbooks for different scenarios
  • Effective communication with stakeholders during a security incident

Module 5: Network Security Fundamentals

  • Network Security Threats and Vulnerabilities
  • Overview of common network attacks (e.g., Denial-of-Service (DoS), Man-in-the-Middle (MitM), SQL Injection)
  • Understanding network vulnerabilities and exploits
  • Network Security Controls and Tools
  • Firewalls: Types, configurations, and management
  • Intrusion Detection Systems (IDS)/Intrusion Prevention Systems (IPS): Functions and deployment
  • Network Segmentation and Access Control: Best practices and implementation
  • Vulnerability Scanning and Patching: Tools and techniques

Module 6: Threat Analysis

  • Understanding the Threat Landscape
  • Identifying different types of cyber threats (e.g., ransomware, phishing, APTs)
  • Current trends and emerging threats
  • Threat Modeling and Analysis
  • Techniques for building and utilizing threat models
  • Assessing the potential impact and likelihood of threats
  • Risk Assessment and Mitigation
  • Understanding risk management frameworks (e.g., FAIR, OCTAVE)
  • Techniques for assessing and mitigating cyber risks
  • Threat Intelligence Gathering and Utilization
  • Sources of threat intelligence (e.g., open-source, commercial, ISACs)
  • Methods for integrating threat intelligence into SOC operations
  • Hands-On Threat Analysis Exercises
  • Conducting threat assessments using real-world scenarios
  • Utilizing threat models to analyze specific threats
  • Developing mitigation strategies based on threat analysis

Module 7: Threat Hunting

  • Introduction to Threat Hunting
  • Definition and importance of threat hunting in a SOC
  • Differences between threat hunting and traditional detection methods
  • Threat Hunting Methodologies
  • Hypothesis-driven threat hunting
  • Data-driven threat hunting
  • Techniques-driven threat hunting
  • Tools and Techniques for Threat Hunting
  • Using SIEM, EDR, and other security tools in threat hunting
  • Developing and utilizing custom scripts and analytics
  • Automating Threat Hunting
  • Leveraging automation tools and platforms for threat hunting
  • Benefits and challenges of automated threat hunting
  • Hands-on Threat Hunting Exercises
  • Developing hypotheses and hunting for threats in simulated environments
  • Utilizing various tools and techniques for effective threat hunting
  • Documenting findings and reporting on threat hunting activities

Module 8: Rocheston Vulnerability Vines

  • Identifying and Prioritizing Vulnerabilities
  • Techniques for identifying vulnerabilities in systems
  • Methods for prioritizing vulnerabilities based on risk
  • Vulnerability Management Processes
  • Establishing a vulnerability management workflow
  • Tools and best practices for vulnerability assessment
  • Remediation and Mitigation Strategies
  • Approaches for remediating identified vulnerabilities
  • Methods for mitigating the impact of vulnerabilities

Module 9: Rocheston Cybersecurity Framework

  • Introduction to Rocheston Cybersecurity Framework
  • Overview and key components
  • Importance in modern cybersecurity landscape
  • Implementation of Rocheston Framework
  • Step-by-step guide to implementing the framework in an organization
  • Assessment and Maturity Models
  • Techniques for assessing the current state of cybersecurity
  • Maturity models to measure and improve cybersecurity posture
  • Case Studies and Best Practices
  • Real-world examples of successful implementation of Rocheston Framework
  • Best practices and lessons learned from various industries
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