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Security matters. Modern organizations face a wide range of security threats targeting identities, devices, applications, and data. This module introduces the current threat landscape and explains the core security concepts and strategies used to protect cloud-based environments, including Zero Trust and layered defense.
Identities are a primary attack target in cloud environments and must be protected accordingly. This module focuses on securing cloud identities using Microsoft Entra ID by implementing strong authentication, detecting identity-based attacks, and enforcing access policies.
Microsoft Defender for Identity helps protect on-premises Active Directory environments by detecting identity-based threats and suspicious activities. This module explains how Defender for Identity identifies reconnaissance, credential theft, and lateral movement attacks within traditional AD environments.
Email and collaboration tools are common attack vectors for phishing, malware, and social engineering. This module covers how Microsoft Defender for Office 365 protects users and collaboration platforms by detecting malicious content and enforcing security policies.
Endpoints are a frequent target for attackers exploiting vulnerabilities and misconfigurations. Microsoft Defender for Endpoint provides visibility into device security posture, detects malicious behavior, and supports investigation and automated response.
Organizations rely on a growing number of cloud applications, increasing the risk of data exposure and shadow IT. Microsoft Defender for Cloud Apps helps monitor cloud app usage, control access, and protect sensitive data across SaaS applications.
Microsoft Defender XDR correlates signals from multiple security services to provide end-to-end visibility into attacks. This module focuses on investigating incidents, understanding attack timelines, performing threat hunting, and responding to advanced threats across identities, devices, and applications.
Investigating incidents and analyzing security data can be complex and time-consuming. Microsoft Security Copilot assists security teams by providing AI-driven insights, generating queries, summarizing incidents, and supporting threat hunting and reporting.
Protecting sensitive data and meeting compliance requirements are essential responsibilities in modern organizations. This module covers how Microsoft Purview helps classify, protect, and govern data by applying policies that control access, usage, retention, and data loss.
Microsoft Sentinel is a cloud-native security information and event management (SIEM) and security orchestration, automation, and response (SOAR) solution. It aggregates and analyzes security data from across your environment to provide centralized threat detection, visibility, proactive hunting, and incident response capabilities.
The Kusto Query Language (KQL) is used to query and analyze log, telemetry, and security data collected by Azure services. It allows security professionals to explore large datasets, detect patterns, and investigate anomalies using a readable and efficient query syntax optimized for log analytics and threat detection.
Microsoft Sentinel collects security data from a wide range of sources, including Microsoft Defender services, Microsoft Entra ID, Azure logs, and third-party security solutions. By correlating and analyzing this data, Sentinel enables security administrators to investigate incidents, perform threat hunting, and reconstruct attack paths to understand the full scope of a security event and respond effectively.
Controlling access to Azure resources is a fundamental aspect of securing cloud environments. Azure provides a comprehensive identity and access management model that allows administrators to assign permissions, manage privileged access, and securely handle credentials and secrets used by applications and services.
Microsoft Defender for Cloud provides centralized security management and threat protection for Azure, hybrid, and multi-cloud environments. It helps organizations improve their security posture by enforcing policies, identifying misconfigurations, protecting workloads, and detecting and investigating security threats across their cloud resources.
By the end of this course, participants will understand the modern threat landscape and how security threats target identities, devices, applications, and data in cloud and hybrid environments. Participants will learn how to apply a layered security approach based on Zero Trust and shared responsibility principles, protect identities and access, and detect identity-based and workload-based attacks. The course focuses on detecting, investigating, and responding to security incidents by correlating signals across security domains, performing threat hunting, and using automation to respond effectively.
This course is intended for system administrators and security professionals who manage security and incident response in cloud and hybrid environments.