PRTG Network Monitor Course Overview

PRTG Network Monitor Course Overview

The PRTG Network Monitor course is a comprehensive training program designed to equip learners with the knowledge and skills necessary for monitoring and managing networks using PRTG. This course covers everything from basic installation and configuration to advanced topics such as Custom sensors and API integration. Through a structured curriculum, learners will gain insights into PRTG's versatile monitoring capabilities, which include Bandwidth management, Performance tracking, and Fault analysis.

Participants in the PRTG Training will benefit from practical lessons that prepare them for real-world network challenges, and upon completion, they may pursue PRTG Certification to validate their expertise. This course is ideal for IT professionals who wish to enhance their network monitoring proficiency, ensuring they can maintain optimal network performance and reliability with PRTG's powerful tools.

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  • Live Training (Duration : 40 Hours)
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  • Live Training (Duration : 40 Hours)
  • Per Participant

♱ Excluding VAT/GST

Classroom Training price is on request

You can request classroom training in any city on any date by Requesting More Information

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Course Prerequisites

To ensure that students can successfully undertake training in the PRTG Network Monitor course, we recommend that they have the following minimum prerequisites:


  • Basic understanding of network concepts, including LAN, WAN, switches, routers, and other network devices.
  • Familiarity with common network protocols such as SNMP, WMI, and xFlow (NetFlow, sFlow, jFlow).
  • Knowledge of IP addressing and subnetting.
  • Experience with Windows operating systems as PRTG primarily runs on Windows.
  • Basic knowledge of system administration tasks in Windows, such as installing software and configuring system settings.
  • Ability to navigate and perform basic operations in a web browser.

These prerequisites are intended to provide a foundational understanding that will help students grasp the more advanced concepts presented in the PRTG Network Monitor course. With these skills, students will be better equipped to maximize their learning experience and effectively apply the monitoring strategies taught in the course.


Target Audience for PRTG Network Monitor

  1. The PRTG Network Monitor course is designed for IT professionals focused on network performance and infrastructure management.


  • Network Administrators
  • Systems Administrators
  • IT Infrastructure Managers
  • Network Engineers
  • IT Support Technicians
  • DevOps Engineers
  • IT Consultants
  • Data Center Managers
  • IT Operations Professionals
  • Managed Service Providers (MSPs)
  • Network Analysts
  • Security Engineers with a focus on Network Security monitoring
  • Cloud Infrastructure Engineers
  • IT Professionals involved in ITSM or ITIL processes
  • Technical Support Staff responsible for maintaining network uptime
  • Network Architects designing and planning network infrastructure
  • CTOs and CIOs looking to understand the capabilities of PRTG for strategic planning


Learning Objectives - What you will Learn in this PRTG Network Monitor?

Introduction to the Course's Mentioned Learning Outcomes and Concepts Covered:

The PRTG Network Monitor course equips learners with comprehensive skills for installing, configuring, and managing PRTG infrastructure, ensuring efficient network monitoring and troubleshooting.

Learning Objectives and Outcomes:

  • Install and Configure PRTG:

    • Gain proficiency in setting up PRTG Network Monitor, including system requirements and initial configuration steps.
  • Understand PRTG Administration:

    • Learn to navigate and utilize the PRTG Administration Tool for effective network monitoring management.
  • Grasp PRTG User Interfaces:

    • Become adept at using various PRTG user interfaces for monitoring tasks and data analysis.
  • Manage User Administration:

    • Master user rights management and understand how to create and manage user accounts in PRTG.
  • Comprehend PRTG Licensing:

    • Understand the different PRTG license types and how they impact the monitoring environment.
  • Plan and Size PRTG Installations:

    • Learn how to plan for large-scale PRTG installations and optimize performance through proper sizing.
  • Device Monitoring and Templates:

    • Develop the ability to use object hierarchy, device templates, and libraries for streamlined monitoring.
  • Implement Advanced Notifications:

    • Create and manage advanced notification mechanisms for proactive issue resolution.
  • Create Reports and Maps:

    • Learn to generate detailed reports and use maps for visual network monitoring.
  • Extend PRTG with Custom Sensors and API:

    • Customize monitoring with script sensors, factory sensors, and leverage the PRTG API for extended functionality.

Technical Topic Explanation

API integration

API integration is a process where different software applications connect and communicate with each other through their APIs (Application Programming Interfaces). This allows them to share data and functionality easily and securely. By integrating APIs, businesses can enhance their services by combining the capabilities of multiple applications. For example, adding a payment gateway's API to an e-commerce website to process transactions. Effective API integration is crucial for creating seamless user experiences and improving the efficiency of software systems.

Custom sensors

Custom sensors are unique monitoring tools designed specifically for measuring, tracking, and analyzing data that standard sensors don't cover. These sensors can be tailored to fit the specific needs of a system, environment, or application, capturing data on variables such as temperature, pressure, or even complex business metrics. Custom sensors are integral in scenarios where generic monitoring solutions fall short, allowing for precise control and ensuring systems operate within their optimal parameters. They are often developed using specialized software and can integrate seamlessly with broader monitoring systems to provide comprehensive insights and enhanced operational efficiency.

Bandwidth management

Bandwidth management is the process of measuring and controlling the communications (traffic, packets) on a network link, to avoid filling the link to capacity, which causes poor performance and slow traffic. It involves techniques and tools that can allocate bandwidth according to the varying needs of users or applications. Effective bandwidth management ensures that critical applications get the necessary bandwidth to perform optimally, improves overall network performance, and reduces response times by minimizing packet loss and latency. This is crucial in networks where the demand for bandwidth can exceed the available capacity.

Performance tracking

Performance tracking involves monitoring and assessing the efficiency and effectiveness of tasks within a project or operation. It uses specific metrics and data to measure progress towards objectives, helping to identify successes and areas needing improvement. This ongoing process facilitates decision-making and strategic adjustments to enhance productivity and achieve goals more proficiently. Common tools for performance tracking include software and methodologies tailored to the specific needs of a business or team, ensuring that every aspect of performance is analyzed for optimal management and outcomes.

Fault analysis

Fault analysis in technology refers to the systematic process of identifying, diagnosing, and resolving errors or malfunctions within a system or network. It involves examining the system's operation to detect where a fault occurred, understanding why it happened, and implementing solutions to prevent future issues. This analysis ensures system reliability and efficiency by maintaining smooth operational flow and minimizing downtime, thus supporting consistent service quality and user satisfaction. Fault analysis is crucial for maintaining the health and performance of various technological infrastructures.

Target Audience for PRTG Network Monitor

  1. The PRTG Network Monitor course is designed for IT professionals focused on network performance and infrastructure management.


  • Network Administrators
  • Systems Administrators
  • IT Infrastructure Managers
  • Network Engineers
  • IT Support Technicians
  • DevOps Engineers
  • IT Consultants
  • Data Center Managers
  • IT Operations Professionals
  • Managed Service Providers (MSPs)
  • Network Analysts
  • Security Engineers with a focus on Network Security monitoring
  • Cloud Infrastructure Engineers
  • IT Professionals involved in ITSM or ITIL processes
  • Technical Support Staff responsible for maintaining network uptime
  • Network Architects designing and planning network infrastructure
  • CTOs and CIOs looking to understand the capabilities of PRTG for strategic planning


Learning Objectives - What you will Learn in this PRTG Network Monitor?

Introduction to the Course's Mentioned Learning Outcomes and Concepts Covered:

The PRTG Network Monitor course equips learners with comprehensive skills for installing, configuring, and managing PRTG infrastructure, ensuring efficient network monitoring and troubleshooting.

Learning Objectives and Outcomes:

  • Install and Configure PRTG:

    • Gain proficiency in setting up PRTG Network Monitor, including system requirements and initial configuration steps.
  • Understand PRTG Administration:

    • Learn to navigate and utilize the PRTG Administration Tool for effective network monitoring management.
  • Grasp PRTG User Interfaces:

    • Become adept at using various PRTG user interfaces for monitoring tasks and data analysis.
  • Manage User Administration:

    • Master user rights management and understand how to create and manage user accounts in PRTG.
  • Comprehend PRTG Licensing:

    • Understand the different PRTG license types and how they impact the monitoring environment.
  • Plan and Size PRTG Installations:

    • Learn how to plan for large-scale PRTG installations and optimize performance through proper sizing.
  • Device Monitoring and Templates:

    • Develop the ability to use object hierarchy, device templates, and libraries for streamlined monitoring.
  • Implement Advanced Notifications:

    • Create and manage advanced notification mechanisms for proactive issue resolution.
  • Create Reports and Maps:

    • Learn to generate detailed reports and use maps for visual network monitoring.
  • Extend PRTG with Custom Sensors and API:

    • Customize monitoring with script sensors, factory sensors, and leverage the PRTG API for extended functionality.

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