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Microsoft 70-743: Protecting and Securing Windows Server 2016

Course Overview

Securing Windows Server 2016 is a critical skill for IT professionals. This course is designed to provide an in-depth understanding of security principles, best practices, and practical techniques to protect Windows Server environments.

The 70-743 exam focuses on real-world security challenges. Professionals who take this course will gain skills to secure Active Directory, implement threat protection, and manage identity and access.

The course provides hands-on exercises that simulate real-world scenarios. These exercises ensure that students can apply security concepts in practical settings. Students will learn to design and implement policies that protect sensitive data and secure network infrastructure.

Windows Server 2016 introduces new security features that require specialized knowledge. The course covers these features, including Just Enough Administration, Credential Guard, Device Guard, and enhanced auditing.

This training is suitable for IT professionals, system administrators, and security specialists who want to enhance their knowledge of Windows Server security. By the end of the course, students will be able to secure servers, manage permissions, and respond to security incidents effectively.

Importance of Security in Windows Server

Windows Server environments are a backbone of modern IT infrastructure. Securing these environments protects sensitive data, ensures compliance with regulations, and maintains system integrity.

Threats such as malware, ransomware, and insider attacks are growing in complexity. This course prepares students to recognize these threats and mitigate risks.

Understanding security in Windows Server also improves overall network reliability. Secured systems reduce downtime and protect business-critical applications from attacks.

The course emphasizes proactive security measures. Students learn to anticipate vulnerabilities and implement safeguards before incidents occur.

Course Objectives

The primary goal of this course is to equip students with practical skills for securing Windows Server 2016. Students will learn to identify threats, protect identities, and secure server roles.

Another objective is to ensure students understand Windows Server security features. Knowledge of these features allows administrators to make informed decisions about deployment and configuration.

Students will also gain expertise in monitoring and auditing. They will learn how to detect suspicious activities, respond to incidents, and maintain compliance with security policies.

Finally, the course encourages a security mindset. Administrators are trained to think critically about security risks and apply best practices consistently across the environment.

Core Modules of the Course

The course is divided into several modules, each focused on a specific aspect of Windows Server security. Each module contains theory, hands-on labs, and assessments.

Module 1: Understanding Windows Server Security

This module introduces fundamental security concepts. Students learn about threats, vulnerabilities, and the principles of defense-in-depth.

The module also covers Windows Server roles and features that affect security. Administrators will understand how different roles interact and how to secure them effectively.

Students explore common attack vectors and methods to mitigate them. Real-world case studies illustrate how breaches occur and how they can be prevented.

Module 2: Identity and Access Management

Identity management is a critical part of server security. This module covers Active Directory, user accounts, groups, and organizational units.

Students learn to implement authentication policies, including multifactor authentication. They also explore authorization methods to control access to resources.

Privileged access management is emphasized. Students learn to apply the principle of least privilege and use Just Enough Administration to minimize risks.

The module also covers identity protection features such as Credential Guard and Device Guard. Students will understand how these features help secure credentials and prevent unauthorized access.

Module 3: Securing Server Roles

Windows Server has multiple roles, each with specific security requirements. This module focuses on securing critical roles such as DNS, DHCP, and File Services.

Students learn to configure role-based access controls and implement security templates. Best practices for securing network services are covered in detail.

The module also addresses role hardening techniques. Students practice configuring firewalls, auditing services, and restricting unnecessary permissions.

By the end of this module, students will be able to secure server roles effectively and reduce attack surfaces.

Module 4: Threat Protection and Monitoring

Detecting and responding to threats is essential for server security. This module covers monitoring tools, logging, and alerting mechanisms.

Students learn to configure Windows Defender, Advanced Threat Analytics, and Security Information and Event Management solutions.

The module emphasizes proactive monitoring. Administrators practice reviewing logs, identifying anomalies, and responding to suspicious activities.

By the end of this module, students will understand how to maintain ongoing security vigilance and respond quickly to incidents.

Module 5: Data Protection

Data is a critical asset, and protecting it is a top priority. This module focuses on encrypting data, managing file permissions, and implementing access controls.

Students learn to configure BitLocker, Encrypting File System (EFS), and rights management. They also explore backup and recovery options for secure data handling.

The module covers compliance requirements for data security. Students gain knowledge of standards such as GDPR, HIPAA, and ISO 27001 as they relate to server environments.

Module 6: Security Policies and Compliance

Policies define how security is managed across an organization. This module teaches students to design and implement security policies.

Group Policy Objects (GPOs) are a central focus. Students practice configuring GPOs to enforce password policies, audit settings, and software restrictions.

Compliance monitoring is also covered. Administrators learn to generate reports, track policy adherence, and implement corrective actions.

Module 7: Virtualization and Cloud Security

Modern Windows Server environments often integrate virtualization and cloud services. This module addresses the unique security challenges in these setups.

Students learn to secure Hyper-V hosts, virtual machines, and containerized environments. Best practices for cloud-based workloads are included.

The module also covers identity federation, secure remote access, and hybrid deployment considerations.

Module 8: Incident Response and Recovery

Even the best security measures cannot prevent all attacks. This module prepares students to respond effectively to incidents.

Students learn to develop an incident response plan, identify breaches, and contain threats. Recovery strategies and disaster recovery planning are also covered.

By the end of this module, administrators will be confident in handling security incidents and restoring systems to a secure state.

Hands-On Labs and Exercises

Hands-on experience is essential for mastering server security. Each module includes practical exercises that reinforce learning.

Labs cover real-world scenarios such as configuring firewalls, securing Active Directory, and responding to malware attacks.

Students practice using PowerShell to automate security tasks. Automation skills are critical for efficient management in enterprise environments.

Lab exercises are designed to build confidence. Students can experiment with settings and see the immediate impact on security posture.

Assessments and Knowledge Checks

Knowledge checks are integrated throughout the course. Quizzes, practical exercises, and scenario-based questions test comprehension.

These assessments ensure that students are ready for the 70-743 exam. They also provide feedback to improve skills before tackling real-world challenges.

The course includes review sessions. These sessions reinforce key concepts and clarify complex topics.

Learning Outcomes

By the end of the course, students will be able to implement comprehensive security strategies. They will understand Windows Server 2016 security features in depth.

Students will be proficient in identity management, threat protection, and data security. They will be able to secure server roles and maintain compliance with policies.

The course also prepares students to respond to incidents effectively. Administrators will be capable of detecting, analyzing, and mitigating security threats.

This course provides a structured path to mastering Windows Server security. It combines theory, hands-on practice, and assessments for effective learning.

Students gain practical experience in securing server roles, protecting data, and managing access. They also develop skills to monitor, detect, and respond to threats.

Overall, the course equips IT professionals with the knowledge and confidence needed to secure Windows Server 2016 environments and succeed in the 70-743 exam.

Course Requirements Overview

Before starting the Securing Windows Server 2016 course, students should understand the foundational requirements. These prerequisites ensure that learners can grasp complex security concepts and perform hands-on exercises effectively.

The course is designed for IT professionals with some experience in Windows Server administration. While the content is comprehensive, having prior knowledge of server roles and network infrastructure helps learners progress more efficiently.

Understanding the technical environment is also critical. Students should be familiar with Active Directory, DNS, DHCP, and basic networking concepts. These elements form the backbone of server security, and familiarity reduces the learning curve.

A fundamental grasp of security concepts is recommended. Students should know the principles of authentication, authorization, encryption, and threat management before tackling advanced topics in the course.

Technical Skills Prerequisites

The course assumes that participants have hands-on experience with Windows Server 2012 or 2016. Administrators should be comfortable installing, configuring, and managing server roles.

Experience with Active Directory is particularly important. Students should understand domain controllers, group policies, and user management. These skills are essential for implementing identity and access security effectively.

Networking knowledge is another requirement. Participants should understand IP addressing, subnetting, and routing. Familiarity with firewalls, VPNs, and network services like DNS and DHCP ensures that learners can follow security configuration exercises.

Understanding virtualization concepts is helpful but not mandatory. Students who have experience with Hyper-V or other virtual platforms will find cloud and virtual security modules easier to grasp.

Basic PowerShell scripting skills are recommended. The course includes automation exercises for security tasks, and familiarity with scripting improves efficiency and confidence.

Hardware and Software Requirements

Students should have access to a lab environment to complete hands-on exercises. A dedicated Windows Server environment or virtual machines is recommended.

Minimum hardware specifications include a multi-core processor, 16 GB of RAM, and at least 200 GB of storage for virtualized environments. These specifications allow multiple server instances to run smoothly for practice and experimentation.

The course uses Windows Server 2016 Standard or Datacenter editions. Students should ensure their lab systems are updated with the latest patches to replicate real-world security scenarios accurately.

Microsoft Management Console, PowerShell, and other administrative tools are required. Having these tools pre-installed allows students to focus on learning security tasks rather than troubleshooting missing components.

Optional cloud accounts, such as Microsoft Azure subscriptions, are useful for exploring hybrid and cloud-based security modules. However, they are not strictly required to complete core exercises.

Knowledge Requirements

A working knowledge of identity and access concepts is necessary. Students should understand user authentication, group policies, and role-based access control.

Familiarity with encryption technologies is helpful. Basic understanding of BitLocker, EFS, and SSL/TLS concepts allows learners to follow encryption-related modules with ease.

Understanding auditing and monitoring principles is recommended. Students should know how to review logs, interpret security alerts, and apply corrective actions. These skills enhance comprehension of threat detection and response strategies.

Students should also be comfortable interpreting technical documentation and Microsoft official resources. This ability helps in following lab instructions, configuring security policies, and troubleshooting issues independently.

Experience with Security Concepts

Prior exposure to security frameworks and standards is beneficial. Knowledge of ISO 27001, NIST, or CIS benchmarks allows students to contextualize the course material within real-world compliance requirements.

Experience with malware analysis, intrusion detection, or threat hunting is helpful but not required. These concepts are introduced during the course, but familiarity accelerates learning.

Students should understand basic risk assessment principles. Being able to identify potential threats and vulnerabilities prepares learners for modules on proactive security and incident response.

Familiarity with security tools, both native and third-party, enhances practical exercises. Students who have used firewalls, antivirus solutions, or SIEM systems can more effectively apply course concepts.

Soft Skills Requirements

Critical thinking is essential. Security professionals must analyze potential threats, evaluate solutions, and make decisions under pressure. This course emphasizes practical decision-making in simulated scenarios.

Problem-solving skills are crucial. Students must troubleshoot configuration issues, resolve conflicts, and adapt solutions to various environments. Hands-on labs reinforce these skills.

Attention to detail is important. Security misconfigurations often lead to vulnerabilities. Students are trained to carefully review settings, audit configurations, and maintain compliance.

Communication skills are beneficial for reporting incidents, collaborating with teams, and documenting security measures. While the course focuses on technical skills, effective communication enhances professional competency.

Time management is valuable for balancing theory, labs, and self-study. Completing exercises efficiently and reviewing concepts ensures mastery of the material.

Lab and Practical Requirements

Students should be prepared to dedicate time to hands-on labs. The practical portion of the course is crucial for understanding real-world security challenges.

Lab exercises include configuring Active Directory security, implementing role-based access, securing servers, and performing threat response activities.

Students need the ability to simulate attacks safely. Understanding lab scenarios ensures that learners can practice defensive strategies without risking production systems.

Familiarity with virtualization software, such as Hyper-V or VMware, supports lab exercises. Students learn to create isolated environments for testing security policies and configurations.

Hands-on practice also includes logging and auditing exercises. Learners analyze events, detect anomalies, and apply mitigation measures. These exercises reinforce the theoretical knowledge acquired in the course.

Time and Study Requirements

This course requires a commitment to study and practice. Students should allocate several hours per week for lectures, labs, and review sessions.

Self-paced study is possible, but consistent practice improves retention. Regularly performing hands-on exercises ensures that learners can apply concepts in real-world scenarios.

Reviewing Microsoft documentation and security guides supplements course content. Familiarity with official resources allows students to explore advanced topics beyond the curriculum.

Preparation for the 70-743 exam involves both theoretical knowledge and practical skills. Students must understand Windows Server features and demonstrate proficiency in securing server environments.

Prerequisite Courses

Completion of foundational Windows Server administration courses is recommended. Understanding server installation, role configuration, and basic management provides a strong base for this course.

Courses in networking fundamentals and Active Directory administration enhance readiness. These topics are essential for modules covering identity management and access control.

Security awareness training can be beneficial. Exposure to basic cybersecurity concepts prepares students for more advanced threat protection and incident response exercises.

PowerShell or scripting courses are optional but helpful. Automation tasks in this course require familiarity with scripting commands and scripting logic.

Recommended Experience Level

The course targets intermediate to advanced IT professionals. Beginners may struggle without prior exposure to Windows Server environments.

Administrators with two to three years of experience in server management will find the pace suitable. Experienced professionals can focus on advanced security configurations and threat mitigation techniques.

Security specialists transitioning from other platforms may need to review Windows Server fundamentals. This ensures smooth progression through modules and hands-on exercises.

Organizational Requirements

Organizations sending employees to this course should provide access to lab environments. Virtual machines or dedicated servers allow learners to complete practical exercises effectively.

Support for cloud environments is useful for hybrid deployment modules. Organizations with Azure subscriptions can enhance learning through real-world scenarios.

IT teams should encourage post-course application of knowledge. Implementing learned security practices in production systems reinforces skills and benefits the organization.

Organizations may also consider providing additional training resources. Security guides, internal policies, and simulation environments enhance the overall learning experience.

This course requires technical knowledge, hands-on experience, and commitment. Students should have a solid foundation in Windows Server administration, networking, and basic security concepts.

Access to lab environments, familiarity with tools, and readiness for practical exercises are essential. Time management, critical thinking, and problem-solving skills support successful completion.

Overall, these requirements ensure that learners can fully engage with the course, master Windows Server 2016 security concepts, and succeed in the 70-743 exam.