Why Every Business Needs EDR
Endpoint Detection and Response (EDR) plays a critical role in modern cybersecurity by concentrating on identifying and mitigating security threats at the endpoint level, which includes laptops, desktops, and mobile devices. EDR solutions are designed to continuously monitor activities occurring on these endpoints, gathering and analyzing data to detect potential threats in real-time. By employing advanced analytics and machine learning techniques, EDR systems can recognize unusual behaviors and respond swiftly to potential breaches. This proactive approach not only helps in thwarting attacks before they escalate but also aids in forensic analysis post-incident. As cyber threats become increasingly sophisticated, EDR serves as a vital line of defense, empowering organizations to safeguard their sensitive information and maintain operational integrity.
Key EDR Providers
Course Focus Area
This course emphasizes the foundational and advanced aspects of Endpoint Detection and Response (EDR) and Endpoint Protection Platforms (EPP), equipping learners with the skills to identify, mitigate, and respond to modern cyber threats. Through in-depth exploration of EDR’s role, core capabilities, and best practices for implementation and integration, participants will learn how EDR strengthens cybersecurity defenses across various domains, including cloud and endpoint security. The course also covers essential threat hunting techniques and threat intelligence, providing a comprehensive approach to proactive threat management in real-world scenarios.
Expected Audience
This course is designed for cybersecurity enthusiasts, students, and professionals looking to deepen their understanding of Endpoint Detection and Response (EDR), threat hunting, and threat intelligence. It is particularly valuable for:
Students aspiring to specialize in endpoint protection and threat intelligence.
Companies seeking to educate and strengthen their EDR teams.
Professionals comparing EDR solutions and their capabilities in a product-agnostic manner.
Cybersecurity practitioners wanting to enhance their knowledge of EDR functions and applications.
Organizations planning to build or upskill a new team of EDR administrators.
Whether for individuals or teams, this course offers practical knowledge and strategies for effectively managing and securing endpoints in today’s cyber threat landscape.
What you will Learn ?
Section 1: Foundations of Threat Hunting, Threat Intelligence, and EDR
Introduction to Threat Hunting, Threat Intelligence, and EDR
Importance of Threat Hunting and Intelligence in Modern Cybersecurity
Current Threat Landscape and Emerging Threats
Common Types of Cyberattacks and Tactics
Case Studies: High-Profile Cyberattacks
Section 2: Threat Hunting & Intelligence Essentials
Defining Threat Hunting and Its Objectives
Common Techniques in Threat Hunting
Key Components of an Effective Threat-Hunting Program
Role of Threat Intelligence in CyberSecurity
Understanding Common Threat Intelligence Sources and Platforms
Section 3: Endpoint Detection and Response (EDR) Fundamentals
Defining Endpoint Detection and Response (EDR) and Its Importance
Role and Benefits of EDR in Cybersecurity
Core Capabilities of EDR Solutions
Implementing and Configuring EDR: Steps and Best Practices
Evaluating Success: Measuring EDR Effectiveness
Section 4: Integrating EDR with Broader Security Infrastructure
Overview of EDR-Compatible Tools and Integrations
Pros and Cons of Various Integrations
Best Practices for EDR Integration with Security Tools
Common Use Cases for EDR and Their Effectiveness
Role of EDR in Threat Hunting, Threat Intelligence, and Incident Response
Section 5: EDR in Specialized Cybersecurity Domains
Compliance Frameworks and EDR’s Role in Meeting Compliance
Best Practices for Compliance with EDR
EDR for Cloud Security: Role and Best Practices
EDR for Endpoint Security: Role, Benefits, and Best Practices
Open-Source Tools for EDR and Practical Hands-On Exercises
Pre-requisites
Be curious in Security, EDR
Should have good Internet connectivity during the session and labs
Recommended to to have a laptop/PC with a minimum (8 GB RAM and 4 CPU)
Course Reference code
For any communications related to this course, please mention the course reference code as DEF-T-EDR