Securing Windows Server 2016 Course Overview

Securing Windows Server 2016 Course Overview

The Securing Windows Server 2016 course is a comprehensive training program designed to equip learners with the knowledge and skills to secure and protect Windows Server 2016 environments. It covers a variety of security topics, including Threat detection, Privilege management, Malware mitigation, Auditing, and network security. The course prepares participants for the Microsoft 70-744 exam, a part of the requirements for the MCSE: Core Infrastructure certification. Through its in-depth modules, learners will explore Sysinternals tools, understand how to protect credentials with Just Enough Administration (JEA), manage privileged access, deploy Advanced Threat Analytics (ATA), and implement Secure virtualization infrastructures. Upon completing this securing Windows Server 2016 training, participants will be well-versed in securing their server environments and ready to tackle real-world security challenges.

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  • Live Online Training (Duration : 40 Hours)
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Course Prerequisites

To ensure that you can successfully undertake training in the Securing Windows Server 2016 course, it is important that you have a foundational understanding and experience with various IT concepts and technologies. Here are the minimum required prerequisites:


  • Basic knowledge of networking fundamentals, including TCP/IP, User Datagram Protocol (UDP), and Domain Name System (DNS).
  • Basic understanding of Active Directory Domain Services (AD DS) principles and fundamentals of AD DS management.
  • Experience working with and configuring Windows Server 2012 or Windows Server 2016, and Windows Server infrastructure including Active Directory, Group Policy, and networking.
  • Familiarity with security best practices regarding server roles and infrastructure.
  • Knowledge of server hardware and Windows Server operating systems.
  • Understanding of Windows security concepts, such as authentication and authorization.
  • Basic experience with Windows PowerShell (ability to navigate the command line is recommended).

While the course is designed to be comprehensive, having these prerequisites will help you to grasp the concepts more effectively and make the most of the training. If you are not familiar with any of the areas listed above, we recommend taking foundational courses or seeking resources to gain the necessary knowledge before enrolling in the Securing Windows Server 2016 course.


Target Audience for Securing Windows Server 2016

The Securing Windows Server 2016 course provides in-depth training on protecting IT infrastructures from cyber threats.


  • IT Professionals seeking to enhance their security expertise in Windows Server environments
  • System Administrators responsible for managing and maintaining Windows Servers
  • Network Administrators aiming to secure network traffic and infrastructure
  • Security Consultants who advise organizations on Windows Server security
  • Infrastructure Architects designing secure server deployments and solutions
  • Technical Support Engineers requiring knowledge of security measures and threat mitigation
  • Cybersecurity Analysts focused on threat detection and response within Windows Server systems
  • Compliance Officers ensuring adherence to security policies and regulations
  • IT Managers and Supervisors overseeing security protocols and IT teams
  • DevOps Engineers involved in securing application development and server-workload infrastructure
  • Windows Server Engineers looking to specialize in security features and best practices
  • Cloud Solution Architects working with Azure Security Center and related technologies


Learning Objectives - What you will Learn in this Securing Windows Server 2016?

Introduction to Learning Outcomes and Concepts:

This course on Securing Windows Server 2016 equips participants with the skills to protect and secure the IT infrastructure, focusing on attack prevention, breach detection, privileged access management, and threat mitigation.

Learning Objectives and Outcomes:

  • Understand the nature of security attacks and apply techniques for breach detection to enhance server security.
  • Utilize Sysinternals tools to examine system activity and diagnose potential security issues.
  • Implement credential protection strategies, including the configuration of Privileged Access Workstations and the Local Administrator Password Solution (LAPS).
  • Administer Just Enough Administration (JEA) to minimize the risk associated with excessive administrative privileges.
  • Establish Privileged Access Management (PAM) solutions and understand the workings of Enhanced Security Administrative Environments (ESAE).
  • Configure and manage Windows Defender and Device Guard to mitigate malware and other security threats.
  • Analyze system activity and enhance security through advanced auditing, Windows PowerShell logging, and the use of log analytics.
  • Deploy Advanced Threat Analytics (ATA), Microsoft Operations Management Suite, and Azure Security Center for comprehensive security monitoring.
  • Secure virtualization infrastructure by implementing Guarded Fabric and managing Shielded VMs.
  • Plan and execute data protection strategies, including encryption, BitLocker, and Azure Information Protection to safeguard sensitive information.

Technical Topic Explanation

Network security

Network security involves protecting a network and its data from breaches, intrusions, and other threats. This includes securing both hardware and software systems. Techniques involve using firewalls, anti-virus programs, and more sophisticated methods like intrusion detection systems. For professionals using Windows systems, courses like Securing Windows Server 2016 Training can be crucial. Microsoft’s 70-744 exam focuses on these aspects, helping IT professionals learn how to secure the Windows Server 2016 environment effectively, ensuring that the data and operations on networks running Windows Server are protected against unauthorized access and attacks.

Sysinternals tools

Sysinternals tools are a set of utilities designed to help manage, troubleshoot, and diagnose Windows systems and applications. Developed by Microsoft, these tools are particularly useful for IT professionals and system administrators. They allow deep interactions with system internals, offering a detailed view of what software is doing or how it is performing on any Windows server or computer. This insight is crucial for securing systems, such as in environments managed under practices related to the Securing Windows Server 2016 training, as well as for any tasks involved with the technical aspects of Microsoft 70-744 certification studies.

Just Enough Administration (JEA)

Just Enough Administration (JEA) is a security technology in Windows Server that enables administrators to delegate administration for specific tasks, reducing security risks and improving compliance. By granting users only enough permissions to perform their jobs, JEA minimizes the potential for security breaches that can occur with broader administrative rights. This feature is particularly relevant when securing Windows Server 2016, as it helps limit administrative power based on roles. JEA is an essential component for professionals preparing for Microsoft 70-744, focusing on Securing Windows Server 2016 training.

Advanced Threat Analytics (ATA)

Advanced Threat Analytics (ATA) is a security solution by Microsoft that helps protect enterprise networks from cyber threats. It focuses on detecting and responding to suspicious activities and malicious attacks on Windows environments, especially targeting Windows Server systems. By continuously learning and adapting, ATA identifies security breaches by spotting unusual behavior and provides clear, actionable reports on the nature of the threat. This tool is crucial for securing Windows Server 2016, aligning with Microsoft’s 70-744 training, which emphasizes strategies to secure servers effectively, highlighting the importance of proactive cyber defense measures in modern IT infrastructures.

Secure virtualization infrastructures

Secure virtualization infrastructures refer to the technologies and practices used to protect virtual environments from security threats. This involves enhancing the security of servers, such as Windows Server 2016, by isolating virtual machines, enforcing strict access controls, and monitoring their operations continuously. Techniques like Microsoft's guidelines in the 70-744: Securing Windows Server 2016 training, focus on safeguarding the hypervisor, managing host machines securely, and implementing security policies that shield virtual networks and storage. Properly securing a virtual infrastructure ensures that critical data remains protected and system integrity is maintained within a virtualized environment.

Threat detection

Threat detection is the process of identifying and responding to cyberthreats that can compromise the security of computers and networks. It involves the use of technologies and strategies to monitor, analyze, and protect data and systems from unauthorized access, attacks, or damage. Effective threat detection helps navigate preventive measures and mitigates potential risks to keep data safe. This concept is critical in securing environments such as Windows Server 2016, where training courses like Microsoft 70-744 play a significant role in understanding and fortifying systems against vulnerabilities and threats.

Auditing

Auditing in technology typically refers to the systematic process of evaluating and verifying the effectiveness, security, and compliance of IT systems with internal policies and external regulations. Auditors assess the technical infrastructure to ensure it aligns with industry standards and best practices. In the context of Windows Server 2016, securing the server and its data is vital, forming part of 'securing windows server 2016' practices. This includes topics covered under the 'Microsoft 70-744' certification, focusing specifically on methods to protect servers against various threats and ensure integrity.

Privilege management

Privilege management involves controlling and administering the rights and permissions users have within a technology system, like Windows Server 2016. It ensures only authorized users can perform specific actions, minimizing security risks. Proper management of privileges is crucial, especially in secure environments, and is a central focus in courses like "Securing Windows Server 2016" and certifications such as Microsoft 70-744. These programs train professionals to implement strong security measures, enhance system integrity, and ensure only the right people have the necessary access to perform their roles effectively.

Malware mitigation

Malware mitigation involves strategies and actions to prevent, detect, and remove malicious software, commonly known as malware, from computer systems. Effective mitigation reduces the risk of data theft, system damage, and unauthorized access. Techniques include using antivirus programs, keeping software and systems updated, and training users to recognize phishing attacks. Specifically, for Windows environments, securing Windows Server 2016 involves implementing robust security measures and configuring settings carefully to safeguard against vulnerabilities. This forms an essential part of preparing for the Microsoft 70-744 exam, which focuses on these skills.

Target Audience for Securing Windows Server 2016

The Securing Windows Server 2016 course provides in-depth training on protecting IT infrastructures from cyber threats.


  • IT Professionals seeking to enhance their security expertise in Windows Server environments
  • System Administrators responsible for managing and maintaining Windows Servers
  • Network Administrators aiming to secure network traffic and infrastructure
  • Security Consultants who advise organizations on Windows Server security
  • Infrastructure Architects designing secure server deployments and solutions
  • Technical Support Engineers requiring knowledge of security measures and threat mitigation
  • Cybersecurity Analysts focused on threat detection and response within Windows Server systems
  • Compliance Officers ensuring adherence to security policies and regulations
  • IT Managers and Supervisors overseeing security protocols and IT teams
  • DevOps Engineers involved in securing application development and server-workload infrastructure
  • Windows Server Engineers looking to specialize in security features and best practices
  • Cloud Solution Architects working with Azure Security Center and related technologies


Learning Objectives - What you will Learn in this Securing Windows Server 2016?

Introduction to Learning Outcomes and Concepts:

This course on Securing Windows Server 2016 equips participants with the skills to protect and secure the IT infrastructure, focusing on attack prevention, breach detection, privileged access management, and threat mitigation.

Learning Objectives and Outcomes:

  • Understand the nature of security attacks and apply techniques for breach detection to enhance server security.
  • Utilize Sysinternals tools to examine system activity and diagnose potential security issues.
  • Implement credential protection strategies, including the configuration of Privileged Access Workstations and the Local Administrator Password Solution (LAPS).
  • Administer Just Enough Administration (JEA) to minimize the risk associated with excessive administrative privileges.
  • Establish Privileged Access Management (PAM) solutions and understand the workings of Enhanced Security Administrative Environments (ESAE).
  • Configure and manage Windows Defender and Device Guard to mitigate malware and other security threats.
  • Analyze system activity and enhance security through advanced auditing, Windows PowerShell logging, and the use of log analytics.
  • Deploy Advanced Threat Analytics (ATA), Microsoft Operations Management Suite, and Azure Security Center for comprehensive security monitoring.
  • Secure virtualization infrastructure by implementing Guarded Fabric and managing Shielded VMs.
  • Plan and execute data protection strategies, including encryption, BitLocker, and Azure Information Protection to safeguard sensitive information.