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Google Cloud Training

This is a self-paced lab that takes place in the Google Cloud console. Use the gcloud CLI to add VMs to your network, then test the latency between the VMs

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What's inside

Syllabus

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Uses the gcloud CLI, which is a valuable tool for managing and configuring Google Cloud resources from the command line
Offered by Google Cloud, which is recognized for its cloud computing infrastructure and services for businesses and individuals
Focuses on testing network latency, which is a critical aspect of optimizing application performance and user experience in cloud environments

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Reviews summary

Testing vm network latency in gcp

According to learners, this course provides a practical hands-on lab for testing network latency between VMs in Google Cloud Platform. Many found the guided exercises useful for understanding the process and appreciated the direct experience in the console. However, some reviewers noted encountering technical issues or found the initial setup instructions occasionally unclear, suggesting a need for some basic familiarity with GCP and command-line tools. Despite these potential hurdles, the course is generally viewed as a quick and effective way to learn this specific, valuable skill for cloud environments.
Concentrates on a specific, useful task.
"This lab is very specific to testing network latency, which is exactly what I needed."
"It focuses tightly on one task without getting into broader networking."
"Good for learning this specific skill, but don't expect a broad networking overview."
"A quick way to learn a very specific, practical skill."
"Short and to the point for testing latency."
Offers hands-on practice in GCP.
"The hands-on lab provided practical experience for testing VM latency."
"I found the guided lab exercises helpful and straightforward to follow."
"Working directly in the GCP console reinforced the concepts well."
"Aprendí mucho al realizar los pasos en la consola de Google Cloud."
"The practical nature of the lab was its strongest point for me."
Users reported encountering errors.
"I ran into a technical issue during the lab that prevented me from completing a step."
"The environment seemed to have some glitches which wasn't ideal."
"It took me longer than expected due to troubleshooting environment problems."
"Encountered unexpected errors not mentioned in the instructions."
"The lab environment felt a bit unstable."
Some instructions could be clearer.
"Some steps in the lab instructions were a bit confusing, especially the initial setup."
"I struggled with a few of the gcloud commands mentioned in the guide."
"The instructions could benefit from more detail or troubleshooting tips for common errors."
"Certain parts of the instructions weren't as clear as they could be."
"A bit confusing at times, but manageable with persistence."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Test Network Latency Between VMs with these activities:
Review Google Cloud Networking Fundamentals
Reinforce your understanding of core networking concepts in Google Cloud to better grasp the lab's practical application.
Browse courses on VPC
Show steps
  • Review the official Google Cloud networking documentation.
  • Complete a basic networking tutorial on Google Cloud Skills Boost.
Practice gcloud CLI commands for VM creation
Familiarize yourself with the gcloud CLI commands used in the lab to create and manage VMs, reducing friction during the lab.
Browse courses on gCloud CLI
Show steps
  • Create a few VMs using different configurations via the gcloud CLI.
  • Delete the VMs to avoid incurring unnecessary costs.
  • Document the commands and options used.
Follow a tutorial on testing network latency
Learn about different tools and techniques for measuring network latency to better understand the results obtained in the lab.
Browse courses on Ping
Show steps
  • Find a tutorial on using ping, traceroute, or iperf.
  • Apply the tutorial to a simple network setup.
  • Analyze the results and draw conclusions.
Three other activities
Expand to see all activities and additional details
Show all six activities
Document the lab setup and results
Solidify your understanding by documenting the steps taken in the lab and the latency results obtained, including any observations or insights.
Show steps
  • Create a document outlining the lab setup.
  • Record the gcloud CLI commands used.
  • Note the latency results between VMs.
  • Include any observations about network performance.
Design and implement a more complex network topology
Extend your knowledge by designing and implementing a more complex network topology in Google Cloud and testing the latency between different components.
Show steps
  • Design a network topology with multiple subnets and firewall rules.
  • Implement the topology using the gcloud CLI or the Google Cloud console.
  • Test the latency between different VMs and subnets.
  • Analyze the results and identify any performance bottlenecks.
Contribute to a network testing tool
Deepen your understanding by contributing to an open-source network testing tool, such as adding support for new protocols or improving existing features.
Show steps
  • Identify an open-source network testing tool on GitHub.
  • Review the tool's documentation and code.
  • Identify a bug or feature to work on.
  • Submit a pull request with your changes.

Career center

Learners who complete Test Network Latency Between VMs will develop knowledge and skills that may be useful to these careers:
Cloud Solutions Architect
A Cloud Solutions Architect designs and implements cloud computing strategies for organizations. This job role requires a deep understanding of cloud networking, including how to optimize communication between virtual machines. This course is relevant because it provides hands-on experience with using the gcloud CLI to create VMs and measure latency, which are practical skills needed for a Cloud Solutions Architect to ensure optimal performance of cloud applications. By practicing similar steps as a Cloud Solutions Architect, even on a smaller scale, you gain experience in networking. This course enables you to demonstrate competence and technical understanding of infrastructure. A Cloud Solutions Architect would use diagnostic skills gained to troubleshoot problems in cloud solutions.
Network Engineer
Network Engineers design, implement, and manage computer networks. A Network Engineer is responsible for the smooth and efficient flow of data across a network. The hands-on aspect of this course helps you understand how to diagnose latency issues between virtual machines, thus relating directly to the kind of tasks performed by a Network Engineer. Since the course uses the gcloud CLI for network configuration and testing, you'll improve your ability to work with command-line tools crucial for network management. This course assists you in better understanding network behavior, a key aspect of being a Network Engineer. Working hands-on helps to develop a better understanding of the nuances of network performance.
DevOps Engineer
A DevOps Engineer works to bridge the gap between development and operations, often working with cloud infrastructure. This role requires knowledge of network infrastructure to ensure smooth application deployment and operation. This course may be useful because it provides practical experience with network configuration and latency testing in the cloud. A DevOps Engineer may appreciate the hands-on nature of the course, developing skills that help them to understand network performance and diagnose potential issues. Practical skills in latency testing are valuable to this role because a DevOps Engineer is often in charge of building and maintaining pipelines between development and operations, where optimal latency is key to success.
Systems Administrator
The job of a Systems Administrator involves maintaining and operating computer systems, including network infrastructure. Understanding network latency is essential for a Systems Administrator, especially when dealing with cloud based operations. This course may be useful because it allows you to use the Google Cloud console and the gcloud CLI to build and test the connection between VMs, which directly applies to the role. Practical experience gained in this course will improve a Systems Administrator's ability to troubleshoot network issues. This course helps you gain practical experience managing the infrastructure.
Cloud Consultant
A Cloud Consultant advises organizations on how to best use cloud computing technologies. A Cloud Consultant requires a solid understanding of cloud networking, including how to test and improve network performance. This course may be useful because it provides first hand experience with using gcloud CLI to establish and measure latency between virtual machines. The practical skills gained in this course helps a Cloud Consultant advise clients on how to measure and optimize network performance in cloud environments. These skills help to build a foundation for more informed and practical consultation.
Network Analyst
Network Analysts monitor and analyze network performance to identify issues and optimize network operations. A Network Analyst will need to know how to use the gcloud CLI to test latency, and this course provides a lab environment to practice these skills. This course may be useful to a Network Analyst looking to improve their ability to diagnose network problems. By actively performing the steps of testing network latency, you gain experience from which to develop your skills as a Network Analyst. This course will give you a foundation to build on when addressing network problems.
Technical Support Engineer
Technical Support Engineers provide assistance to users experiencing technical issues, often related to cloud and network services. A Technical Support Engineer benefits from an understanding of network fundamentals including how to test connectivity and diagnose latency issues. This course may be useful to a Technical Support Engineer because it allows individuals to gain hands-on experience using gcloud CLI to add VMs to a network, and then test the latency. The practical aspect of this course helps a Technical Support Engineer understand the user's experience with cloud network infrastructure and help address network connectivity issues. This kind of work is common for a Technical Support Engineer.
Site Reliability Engineer
Site Reliability Engineers, or SREs, work to ensure the reliability and performance of software systems and infrastructure. This role also requires insight into network infrastructure and how to assess the quality of network connections. This course may be useful because it gives the user experience with using the gcloud CLI to test latency between virtual machines. The hands-on experience in this course will help an SRE understand network performance metrics and diagnose potential issues. As an SRE, understanding network architecture and its performance is vital to ensuring uptime and reliability of systems.
Cloud Security Analyst
A Cloud Security Analyst focuses on protecting cloud infrastructure and data from security threats. While this role has a significant security focus, aspects of network analysis and performance are relevant to understanding vulnerabilities and traffic patterns. This course may be helpful because it gives the user hands-on experience using the gcloud CLI to build and test network connections between VMs. The skills learned in this course may be helpful for monitoring network traffic and understanding how latency can impact security. A Cloud Security Analyst will find value in a deeper understanding of network infrastructure.
Data Center Technician
Data Center Technicians are responsible for the physical infrastructure of data centers, which includes servers and network equipment. While this role focuses on the physical layer, understanding how to configure and test network connections is a benefit. This course may be useful to a Data Center Technician, particularly for those moving into the cloud, because it provides hands-on experience with creating VMs and testing the latency between them. Understanding virtual network infrastructure, as taught by this course, will help a Data Center Technician to understand how to test network performance, even where the hardware is housed in a remote facility. Testing latency is a valuable skill to learn in this role.
IT Specialist
An IT Specialist provides a wide range of technical support and performs a variety of tasks related to computer systems and networks. The role may require some degree of network management. This course may be helpful as it provides practical experience with using cloud tools such as Google Cloud console and gcloud CLI for testing latency. The user will be able to put into practice new skills that would assist them in IT troubleshooting. This kind of work is common amongst IT Specialists.
Database Administrator
A Database Administrator is tasked with managing and maintaining database systems, which often live within a network environment. This role may require some understanding of network performance, as latency can impact database operations. This course may be useful, as it provides a basic knowledge of testing latency between virtual machines. While the role of Database Administrator is primarily focused on databases, this course may help someone better understand the larger picture of a network. This course may help you develop related skills and knowledge.
Software Developer
A Software Developer writes and tests computer programs. Sometimes an application may include a network component, and the performance and latency of that network can impact the software quality. This course may be useful to a Software Developer by providing a brief overview of network configuration and testing. A Software Developer gains an understanding of network infrastructure, which will allow them to write better applications. This course may provide a foundation for future projects.
Quality Assurance Analyst
A Quality Assurance Analyst tests and ensures software quality, including network aspects. The role involves analyzing performance metrics, such as latency, to verify network applications work as expected. This course may be helpful as it provides a brief introduction to testing network latency using the gcloud CLI. A Quality Assurance Analyst can incorporate the techniques they learn from this course in their daily work. This course may provide a baseline to build upon.
Technical Trainer
A Technical Trainer is responsible for teaching technical skills to others. This role should have some practical knowledge of the topics they are teaching. While this course is a hands-on lab, it may be useful to a Technical Trainer because it provides practical experience in using the gcloud CLI. A Technical Trainer can go through this course to build their foundation for teaching others about network functionality. This course may provide better insight into the topics a Technical Trainer may need to teach.

Reading list

We've selected 38 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Test Network Latency Between VMs.
Foundational text in computer science, widely used in undergraduate and graduate programs. It provides a comprehensive overview of operating system principles, including processes, memory management, and virtualization. Understanding these core concepts is essential for grasping how virtual machines function at a fundamental level. It serves as an excellent prerequisite for diving deeper into virtualization technologies.
Provides a comprehensive guide to securing your cloud environment on GCP. It covers topics such as identity and access management, data encryption, and threat detection.
Provides a deep dive into the architectural principles of GCP. It valuable resource for architects and engineers who want to design and build scalable, reliable, and secure cloud solutions.
Authored by Google's Kubernetes experts, this book covers the fundamentals and advanced topics of Google Kubernetes Engine, providing deep insights into container orchestration and management.
This research paper investigates the relationship between network latency and quality of experience in mobile networks, providing insights into how to improve user satisfaction.
This comprehensive textbook provides a broad overview of computer networks, including coverage of network latency and its impact on network performance.
A classic in network security, this book provides a foundational understanding of cryptographic principles and secure communication protocols. It delves into the theoretical underpinnings of network security, essential for anyone specializing in this area.
Delves into contemporary networking topics such as Software-Defined Networking (SDN), Network Functions Virtualization (NFV), Internet of Things (IoT), and cloud networking. It provides a good overview of the evolving landscape of modern networks.
This practical guide focuses on real-world networking scenarios and configurations, particularly relevant for those working with Cisco equipment. It bridges the gap between theoretical knowledge and practical application, making it highly useful for network administrators and engineers.
Kubernetes leading container orchestration platform, often used in conjunction with virtual machines and containers. provides a comprehensive guide to Kubernetes, which is crucial for managing containerized applications at scale. Understanding Kubernetes is vital for anyone working with modern virtualized and cloud-native environments.
Provides a combined look at Docker and Kubernetes, reflecting the contemporary landscape where containers and orchestration are key aspects of virtualization strategies. It's valuable for understanding the broader container ecosystem and its relevance to virtualized deployments in both cloud and on-premises environments.
Focuses on KVM, a popular open-source virtualization technology on Linux. It delves into the internals of KVM and provides guidance on building robust virtualization solutions. It is particularly relevant for those interested in Linux-based virtualization and offers insights into managing scalability, performance, and security within a KVM environment.
An updated edition focusing on a specific version of VMware vSphere, providing practical guidance for deploying, managing, and monitoring virtualized data centers. Useful for professionals working with or planning to implement VMware solutions. It offers insights into designing and planning virtual infrastructure effectively.
Provides a good overview of virtualization techniques and applications from a computer architecture and design perspective. It delves into the fundamental principles behind virtual machines, making it valuable for those seeking a deeper understanding of the technology's underpinnings. While not the most recent publication, it is considered a foundational text in the field.
Delves into the core concepts and services of Google Cloud Platform, including compute, storage, networking, and containers. It offers a deep understanding of GCP's architecture and best practices.
A hands-on guide to network security monitoring, this book covers the tools and techniques used to collect, detect, and analyze network data for security purposes. It complements theoretical knowledge with practical application.
Provides practical guidance and hands-on labs for Microsoft Hyper-V, another major virtualization platform. It covers implementation and management using both GUI and PowerShell tools. It's a key resource for IT professionals working with Windows Server environments and Hyper-V.
By a Microsoft MVP offers in-depth coverage of Windows Server, including the Hyper-V role. It's a valuable resource for understanding how Hyper-V integrates with the Windows Server ecosystem and for mastering its features. It serves as a comprehensive guide for administrators.
Provides a detailed overview of network performance measurement and analysis techniques, including a discussion of how to measure and analyze network latency.
Takes a deep dive into the design and implementation of virtual machine architectures. It combines high-level design with low-level implementation details and covers advanced topics often overlooked. It's suitable for graduate students and professionals interested in the intricate workings of VMs.
This cookbook offers practical recipes and step-by-step instructions for configuring and managing VMware vSphere 6.7. It's a useful resource for gaining hands-on experience with specific vSphere tasks, including storage, networking, and high availability. While focused on a specific version, the recipes illustrate common virtualization concepts and practices applicable to VMware environments.
Provides a comprehensive overview of cloud computing concepts, technologies, and architectures. It valuable resource for anyone who wants to gain a deep understanding of cloud computing.
Covers the administration of the latest Windows Server, including its virtualization capabilities with Hyper-V. It's a relevant resource for understanding the current state of Microsoft's server virtualization offering and its management.
Similar to the VMware cookbook, this book provides practical recipes for working with KVM virtualization. It's a valuable resource for hands-on learning and quickly implementing common KVM tasks. It complements theoretical understanding with practical application, making it suitable for administrators and engineers.
While not solely a networking book, this text provides crucial context on how networking principles apply to building modern distributed systems and data-intensive applications. It's highly relevant for understanding the demands placed on networks by contemporary software.
A popular study guide for the CompTIA Network+ certification, this book covers a wide range of networking fundamentals. It is an excellent resource for beginners and those preparing for entry-level networking roles, providing a structured approach to learning key concepts.
Provides a detailed overview of the TCP/IP protocol suite, including a discussion of how TCP/IP handles network latency.
Beyond server virtualization, network virtualization critical component of modern virtualized data centers and cloud environments. dives into the concepts and technologies behind virtualizing networks, which is essential for creating flexible and scalable virtual machine deployments.
A captivating true story about tracking a computer hacker, this book provides a real-world perspective on network security incidents and the importance of network monitoring and analysis. It's an engaging read that highlights the practical side of network security.
Part of the 'Explained' series, this book offers a simplified and accessible introduction to networking concepts. It's a good starting point for complete beginners or those in high school looking to understand the basics without getting overwhelmed by technical jargon.
Provides a detailed overview of browser networking, including a discussion of how to optimize network latency for web applications.
Provides a detailed overview of latency reduction techniques for wireless networks.
Provides a detailed overview of game engine architecture, including a discussion of how to optimize game engines for low latency.

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