Introduction to Microsoft Defender for Endpoint
Understanding Endpoint Security, Threat Detection, Vulnerability Management, and Automated Response in Enterprise Environments
Overview
In this mini project, you’ll explore Microsoft Defender for Endpoint (MDE) — a comprehensive Endpoint Detection and Response (EDR) solution by Microsoft. You’ll understand how it safeguards enterprise devices through real-time protection, threat intelligence, and automated investigation and remediation workflows.
What You'll Learn
-
Endpoint Security Fundamentals
Learn what endpoint protection is and why it’s crucial in cybersecurity.
-
Microsoft Defender for Endpoint Architecture
Understand its components, sensors, and cloud-driven analytics.
-
Threat Detection and Response Process
Learn how MDE identifies, investigates, and mitigates modern cyber threats.
Prerequisites
- Basic understanding of cybersecurity concepts
- Familiarity with Windows and enterprise environments
- Awareness of malware, phishing, and endpoint vulnerabilities
About Trainer
Rajneesh Gupta
Rajneesh Gupta is a seasoned cybersecurity professional with over 11 years of industry experience. With a remarkable career focused on incident response, penetration testing, security compliance, and risk management, Rajneesh has established himself as a leading expert in the field. He is also an accomplished author, having penned the book "Hands-on with Blockchain and Cybersecurity". As a dedicated educator, Rajneesh has made a significant impact on the cybersecurity community by training over 60,000 students globally.
Related Projects
Practical AWS Cloud Security Posture Assessment Using Scout Suite
Identify real-world AWS attack surfaces through visual security posture analysis.
Apache Web Server Log Monitoring using Wazuh
Real-time detection of HTTP errors, brute-force and suspicious requests from Apache logs
AWS GuardDuty Findings Ingestion in Splunk using S3 and KMS Encryption
Build a secure pipeline to export GuardDuty security findings to an encrypted S3 bucket and automatically ingest them into Splunk for centralized threat monitoring and analysis.