In the latest version of Veeam Backup & Replication, a significant amount of love has been shown to Linux users. One of the most exciting features is the ability to assign a Linux VM the role of a backup proxy. This new functionality allows organizations to leverage their existing patch management systems for their production workloads and ensure the same level of security and patching for their proxies as well.

As a virtualization expert, I found it intriguing to explore the possibilities of automating the deployment of proxy servers. Thankfully, Veeam Backup & Replication has an excellent PowerShell extension that makes automation a breeze. My colleague Anthony Spiteri has also developed a comprehensive project called “Project Ōtosukēru” based on Terraform, which may be of interest to those looking to automate their proxy deployments.

One potential issue with automating proxy deployments is the need for a test/lab environment. However, Veeam provides a small Linux operating system VMware called PhotonOS, which can be used for testing purposes. Instead of performing a traditional install and setup, I decided to use the prebuilt Linux appliance as the source for my proxies.

The script I have developed performs four different tasks:

1. Configures the location and working directory for the downloaded files.

2. Downloads the OVA file and sets the name of the OVA.

3. Configures the Proxy VM with the specified vCPUs, vRAM, logon account, and default password.

4. Sets the IP address, DNS, and NTP server for the Proxy VM.

The script uses a configuration file named config.json to store the settings. The configuration file includes the following parameters:

1. location: Where files will be downloaded and the working directory.

2. ovasource: URL to the OVA.

3. ovaname: Name of the OVA.

4. ProxyBaseName: Base name of the Proxy VM to be deployed.

5. ProxyvCPU: Number of vCPUs to assign the Proxy VM.

6. ProxyvRAM: Amount of vRAM to assign the Proxy VM.

7. sshuser: Logon account for the Proxy VM.

8. ovainitialpassword: Default password of the OVA.

9. newsshpassword: New password to apply for the root user on the Proxy VM.

10. prod: Settings for the production environment, including the IP address of the Veeam Backup & Replication server, vCenter Server, and DNS settings.

To use the script, simply download both files (config.json and Deploy_Veeam_Linux_Proxy.ps1) to c:temp, and then you’re good to go! The script will download only what it requires, and all the settings can be adjusted in the config.json file to reflect your environment.

In conclusion, the new functionality in Veeam Backup & Replication version 10 allows Linux VMs to act as backup proxies, providing organizations with greater flexibility and the ability to leverage their existing patch management systems. With the help of PowerShell and automation tools like Project Ōtosukēru, deploying and managing proxy servers can be streamlined, making it easier for organizations to ensure the security and patching of their workloads.

Enabling High Availability (HA) in vROPS Clusters: A Step-by-Step Guide

High Availability (HA) is a critical feature in vRealize Operations Manager (vROPS) that ensures the continuous availability of your virtual infrastructure. In this article, we will explore the steps to enable HA in vROPS clusters.

Step 1: Enable HA in the Cluster

To enable HA in the cluster, follow these steps:

1. Log in to the vROPS web console and navigate to the “Clusters” page.

2. Select the cluster for which you want to enable HA.

3. Click on the “Configuration” tab and scroll down to the “High Availability” section.

4. Click on the toggle button next to “Enable High Availability” to turn it on.

5. Confirm that you want to enable HA by clicking on the “Yes” button.

Step 2: Configure HA Parameters

Once you have enabled HA, you need to configure some parameters related to the feature. These include:

1. Heartbeat interval: This is the frequency at which vROPS checks the health of the cluster members. The default value is 30 seconds.

2. Failure tolerance: This is the maximum number of failures that the cluster can tolerate before it is considered unhealthy. The default value is 1 failure.

3. Voting threshold: This is the minimum number of healthy nodes required to elect a leader node. The default value is 2 nodes.

4. Election timeout: This is the maximum time that vROPS waits for a leader node election to complete. The default value is 30 seconds.

Step 3: Add HA Agents

To enable HA in your vROPS cluster, you need to add HA agents to each node. These agents monitor the health of the nodes and communicate with each other to ensure that the cluster remains healthy. To add an HA agent, follow these steps:

1. Log in to the vROPS web console and navigate to the “Agents” page.

2. Click on the “Add Agent” button and select “High Availability” from the list of available agents.

3. Follow the prompts to complete the agent installation.

Step 4: Verify HA Configuration

After enabling and configuring HA in your vROPS cluster, it’s essential to verify that everything is working as expected. To do this, follow these steps:

1. Log in to the vROPS web console and navigate to the “Clusters” page.

2. Select the cluster that you enabled HA for.

3. Click on the “Configuration” tab and scroll down to the “High Availability” section.

4. Verify that the HA feature is enabled and that the parameter values are as expected.

5. Check the health of the cluster by looking at the status of the nodes and the overall cluster health.

Conclusion

Enabling High Availability in vROPS clusters is a straightforward process that requires careful planning and configuration. By following the steps outlined in this article, you can ensure that your virtual infrastructure remains available and healthy even in the event of failures. Remember to regularly verify the HA configuration to ensure that everything is working as expected.

Virtual thoughts: Random comments on the IT industry

One of the many use cases for Veeam Backup & Replication is disaster recovery, as the name of the product suggests it can certainly replicate virtual machines from a production environment to a secondary- or disaster recovery environment. While it is a very straight forward process running through a wizard selecting source and target environments and the start replicating the VM across the network, you can even have your virtual machines replicated to a Veeam Cloud & Service Provider (VCSP), if you don’t have a disaster recovery site of your own.

Replicating over the network may not be optimal in all scenarios, at least not the first initial full replication cycle. Let’s say you have a few very large virtual machines that you want to protect by sending them to a disaster recovery site hosted by your VCSP but it’s too big to actually be transferred over the network within the available backup window, what do you do? In Veeam Backup & Replication, you can seed an initial copy of the virtual machine to your service provider using some sort of transportable solution. USB drives, tapes or solutions of that nature – using “sneaker net”.

The basic concept is to get a copy of the virtual machine to the service provider so they can import the VM into their environment and when you start replicating over the network, you just send the changes made to the VM that has occurred since you made the copy of the VM. No need for a full transfer of the VM over the network.

If you are a service provider using VMware vCloud Director (vCD) 10 with the new HTML5 UI for providers, please note that “import from vSphere” is not available in the H5 UI. What’s even more annoying is that the flex UI has also been disabled by default in vCD 10, so to be able to import the VM into the Org vDC of the customer, you first need to enable the flex UI of vCD:

Step 23 – VCSP environment: Import VM in vCD from vSphere.

Select “Move VM” and not “Copy VM” in the Import wizard.

Select the source VM from the customer production hypervisor (the same used in step 1).

Select the Org vDC to use (same as in step 15).

Select vApp and storage policy to be used.

Select desired restore points to keep.

Select desired replication mode.

In the Seeding-tab, in the “Replica mapping” section, select “Map replicas to existing VMs”, click on the VM and select edit.

Select the seeded VM from step 17.

Set a desired replication schedule.

If desired: Click “Run the job when I click Finish”.

Click “Finish”.

Verify that replication successfully finishes.

The replication job only transfers changed blocks since the backup/import was made. You must be logged in to post a comment.

In this article, we will continue our exploration of vRealize Operations Manager (vROPS) and focus on configuring the Cost Management feature. We will cover the steps to configure the cost settings, understand how the system calculates costs, and explore other features related to cost management.

Configuring Cost Settings

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To configure cost settings in vROPS, follow these steps:

1. From the vROPS web interface, navigate to the “Configure” menu and select “Cost Settings.”

2. In the “Cost Settings” page, you can configure the cost of hardware and software components. For example, if you want to set the cost of a Dell PowerEdge server, select “Server Hardware: Traditional” from the drop-down list.

3. In the “Facilities” section, you can set the cost of electricity in kilowatt-hours (kWh) for your data center.

4. Click “Save” to save your changes.

Calculating Costs

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vROPS calculates costs based on the resources used by virtual machines (VMs) and other components in your vSphere environment. The system takes into account the cost of hardware, software, and other expenses to provide a comprehensive view of your infrastructure costs.

Here’s how vROPS calculates costs:

1. The system starts by calculating the total cost of the cluster based on the cost of each component, such as servers, storage, and network equipment.

2. Next, vROPS calculates the utilization rate of the cluster based on factors such as CPU usage, memory usage, and disk usage.

3. Based on the utilization rate, vROPS adjusts the cost of the VMs running in the cluster. The system uses a formula that takes into account the cost of the hardware and software components, as well as the utilization rate of the cluster.

4. Finally, vROPS provides a detailed breakdown of costs for each VM, including the cost of the hardware and software components, as well as any additional expenses such as storage or network usage.

Other Features

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In addition to cost management, vROPS offers a range of other features that can help you optimize your vSphere environment. Some of these features include:

1. Custom Dashboards: With vROPS, you can create custom dashboards that provide a visual representation of your infrastructure costs and usage.

2. Reporting: vROPS provides detailed reporting capabilities that allow you to analyze your infrastructure usage and costs over time.

3. Alerts: The system can send alerts when certain thresholds are exceeded, such as high CPU usage or low available resources.

4. Capacity Planning: vROPS can help you plan for future capacity needs based on historical usage patterns and growth projections.

Conclusion

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In this article, we have covered the basics of configuring cost settings in vRealize Operations Manager (vROPS). We have also explored how the system calculates costs and discussed other features related to cost management. By leveraging these capabilities, you can gain a better understanding of your infrastructure costs and optimize your vSphere environment for improved performance and efficiency.

Stay tuned for our next article, where we will delve deeper into custom dashboards and reporting in vROPS.

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Virtual Thoughts Random Comments on the IT Industry: Object Lock for Ransomware Protection with Veeam Backup & Replication v10 and Cloudian HyperStore 7.2.1

One of the most exciting features in Veeam Backup & Replication version 10 is the “replacement for tapes” feature called Immutability. This feature provides ransomware protection by write-protecting data stored on an object storage solution for a specified period, making it accessible but unable to be changed or deleted. In this blog post, I’ll share how to set up Cloudian HyperStore 7.2.1, create an immutable bucket, and use it with Veeam Backup & Replication v10 for testing purposes.

Why Immutability is a Big Deal

AWS S3 introduced the Object Lock feature, which prevents data from being tampered with or deleted. Veeam Backup & Replication version 10 leverages this feature to provide immutability, ensuring your data remains safe even in the face of ransomware attacks. Unlike traditional tape backup solutions, immutability keeps your data online and accessible while protecting it from malicious activities.

Object Lock Compatible Object Storage Solutions

The list of object storage solutions compatible with Veeam Backup & Replication v10 is growing. You can find the list on this unofficial list, which includes both object storage solutions with and without Object Lock functionality. Some of the supported solutions include Zadara VPSA Object Storage (v 20.01 or later), Ceph (v14.2.6 or later), and Cloudian (v 7.2 or later).

Setting Up Cloudian HyperStore 7.2.1 and Creating an Immutable Bucket

To set up Cloudian HyperStore 7.2.1 and create an immutable bucket, you’ll need:

* Veeam Backup & Replication v10

* An object-based storage solution (I’ll be using Cloudian HyperStore)

* An lab environment to deploy it all in

Download the AWS CLI, Cloudian HyperStore OVA, and Veeam Backup & Replication from the links provided. Install Veeam Backup & Replication on a VM, and install Cloudian HyperStore in your lab environment. Add hostnames with multiple IP addresses to your DNS server (I’m using a zone called vcsp.local). Configure the three nodes, and enable object lock on Cloudian. Create a Veeam component, and use the AWS CLI to create an S3 bucket in the Cloudian environment.

How to Use Immutability with Veeam Backup & Replication v10

To use immutability with Veeam Backup & Replication v10, follow these steps:

1. Create a backup copy of your data using Veeam Backup & Replication v10.

2. Select the immutable bucket as the storage location for your backup copy.

3. Configure the backup copy settings to enable immutability.

4. Verify that the immutability feature is enabled and that your data is now write-protected.

Benefits of Using Immutability with Veeam Backup & Replication v10

By using Veeam Backup & Replication v10 in combination with an object-based storage solution like Cloudian HyperStore, you can ensure your valuable data is protected from ransomware attacks and other malicious activities. Here are some benefits of using immutability with Veeam Backup & Replication v10:

* Write-protect your data to prevent tampering or deletion.

* Ensure ransomware protection for your valuable data.

* Use the same storage location for both your active and backup data.

* Take advantage of object-based storage solutions that offer scalability and cost-effectiveness.

Conclusion

In conclusion, immutability is a game-changer in the world of backup and disaster recovery. By leveraging Object Lock on compatible object storage solutions like Cloudian HyperStore, you can ensure your data remains safe even in the face of ransomware attacks. In the next blog post, I’ll show you how easy it is to recover from a disaster, including the Veeam Backup & Replication server and a total site failure. You must be logged in to post a comment.

The IT industry is constantly evolving, and the recent VMworld 2021 event showcased some of the most exciting new developments in the field. One of the biggest announcements was VMware’s Cross-Cloud Services, a suite of integrated services that allow customers to build, run, and secure applications regardless of which cloud they are running on.

At the heart of Cross-Cloud Services are five key building blocks:

1. Managed Cloud: This service provides a simple and consistent way to manage multi-cloud environments, including AWS, Azure, and Google Cloud.

2. Hybrid Cloud: This service allows customers to extend their on-premises vSphere environments into the cloud, providing a seamless hybrid cloud experience.

3. Security: VMware is offering a range of security services, including intrusion detection and prevention, advanced threat protection, and identity and access management.

4. Cost Control: This service provides tools for monitoring and optimizing cloud costs, ensuring that customers are getting the most value from their cloud investments.

5. Application Management: VMware is offering a range of services to help customers manage their applications across multiple clouds, including app performance monitoring, log analysis, and automated remediation.

In addition to these core building blocks, VMware also announced several other exciting developments at VMworld 2021. For example, the company showcased Project Arctic, a platform for managing vSphere in the cloud. This integration allows vSphere to become “cloud-aware,” enabling hybrid cloud as the new operating model for customers.

VMware also released a free version of Tanzu, called VMware Tanzu Community Edition, which lets customers test and learn about running applications in containers. This edition can be easily installed on a laptop in just a few minutes, allowing customers to quickly get started with their Kubernetes cluster.

Another exciting announcement was Tanzu Service Mesh, which brings together the previously separate services of service discovery, security, and observability across multiple cloud environments. This allows customers to easily connect and manage their applications across different clouds.

VMware also expanded its support for NVIDIA GPUs in Amazon Web Services and Azure, providing more powerful computing resources for AI and ML workloads. Additionally, the company released vSphere 7.0 update 3 and VMware Cloud Director 10.3, both of which offer new features and enhancements for customers.

Overall, VMworld 2021 showcased some of the most innovative developments in the IT industry, with a focus on hybrid cloud, security, and application management. With these new services and tools, customers can build, run, and secure their applications in a more efficient and effective way, regardless of which cloud they choose to use.

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VMware Tanzu Application Platform: Streamlining Software Development and Deployment

In today’s fast-paced digital landscape, companies are under pressure to release software updates and new applications quickly and securely. To meet this demand, VMware has introduced Tanzu Application Platform, an end-to-end integrated platform that enables organizations to build and deploy more software, more quickly and securely, on any public cloud or on-premises Kubernetes environment.

What is Tanzu Application Platform?

Tanzu Application Platform is a comprehensive solution that provides pre-paved, customizable golden paths for software development and deployment. These golden paths offer a consistent and efficient approach to building and deploying applications, allowing companies to deliver high-quality software faster and more securely.

Key Features of Tanzu Application Platform

VMware Tanzu Application Platform offers several key features that make it an attractive solution for organizations looking to streamline their software development and deployment processes. These include:

1. Pre-paved golden paths: Tanzu Application Platform provides pre-defined, customizable paths for software development and deployment. These paths offer a consistent and efficient approach to building and deploying applications, reducing the risk of errors and improving delivery times.

2. Customizable: The platform allows organizations to customize their golden paths based on their specific needs and requirements. This ensures that companies can tailor their software development and deployment processes to meet their unique business goals.

3. Multi-cloud support: Tanzu Application Platform supports a variety of public clouds and on-premises Kubernetes environments, allowing organizations to deploy their applications across multiple platforms.

4. Enhanced security: The platform includes advanced security features, such as built-in SSL/TLS encryption and secure DNS services, to protect applications from cyber threats.

Benefits of Tanzu Application Platform

The benefits of Tanzu Application Platform are numerous, including:

1. Faster time-to-market: With pre-paved golden paths and customizable workflows, companies can deliver high-quality software faster and more efficiently.

2. Improved security: The platform’s advanced security features protect applications from cyber threats, ensuring that they are secure and reliable.

3. Multi-cloud support: Tanzu Application Platform supports a variety of public clouds and on-premises Kubernetes environments, allowing organizations to deploy their applications across multiple platforms.

4. Enhanced collaboration: The platform’s integrated approach to software development and deployment enables better collaboration and communication among teams, improving the overall development process.

Conclusion

VMware Tanzu Application Platform is a powerful solution for companies looking to streamline their software development and deployment processes. With its pre-paved golden paths, customizable workflows, multi-cloud support, and enhanced security features, the platform offers a comprehensive solution for organizations looking to deliver high-quality software faster and more securely. Whether you’re a small startup or a large enterprise, Tanzu Application Platform is an excellent choice for anyone looking to improve their software development and deployment processes.

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Occasionally, issues may arise with Windows Updates, and this article points to information and resources that can help you identify and remediate quickly. As a VMware Social Media Advocacy commenter, I understand the importance of keeping your systems up to date and running smoothly.

One common issue that may arise with Windows Updates is failed installations or downloads. This can be caused by a variety of factors, such as corrupted files, outdated system software, or conflicts with other installed programs. To troubleshoot this issue, you can try using the built-in troubleshooting tools in Windows, such as the System File Checker (SFC) and the DISM tool. These tools can help identify and fix corrupted system files and registry entries that may be causing update issues.

Another potential cause of Windows Update issues is outdated drivers or software. When your system’s drivers or software are outdated, it can interfere with the installation of updates and cause errors. To resolve this issue, you can try updating your drivers and software to the latest versions using the built-in update tools in Windows. You can also try using third-party driver update tools to scan for and install missing or outdated drivers.

In addition to these troubleshooting steps, there are also several resources available that can help you identify and remediate Windows Update issues quickly. For example, the Microsoft Support website provides a wealth of information and resources on troubleshooting and resolving update issues. You can also try using third-party tools such as the Windows Update Troubleshooter or the Update Services tool to scan for and fix common update issues.

As a VMware Social Media Advocacy commenter, I understand the importance of keeping your systems up to date and running smoothly. By using these troubleshooting steps and resources, you can quickly identify and remediate any issues that may arise with Windows Updates, ensuring that your system is secure and running at its best.

In conclusion, this article provides information and resources on troubleshooting and resolving common issues with Windows Updates. By using these tools and resources, you can quickly identify and remediate any issues that may arise, ensuring that your system is secure and running smoothly. As a VMware Social Media Advocacy commenter, I hope this information is helpful to you.

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As organizations continue to migrate their operations to the cloud, those heavily invested in the VMware ecosystem may feel daunted by the prospect of leaving behind familiar tools and processes. However, with Oracle Cloud VMware Solution (OCVS), these businesses can breathe a sigh of relief.

OCVS offers a seamless migration path for VMware environments to the cloud, allowing organizations to leverage their existing investments in VMware while enjoying the benefits of cloud computing. This solution provides a familiar and comfortable environment for IT teams, reducing the learning curve and minimizing disruption to business operations.

One of the key advantages of OCVS is its ability to run VMware workloads directly on Oracle Cloud infrastructure. This means that organizations can use their existing VMware tools and templates, while also taking advantage of the scalability and flexibility of the cloud. This approach eliminates the need for complex re-architecture or re-training, making it easier for IT teams to migrate to the cloud at their own pace.

In addition to providing a familiar environment for IT teams, OCVS also offers a range of benefits for organizations. These include:

1. Cost savings: By running VMware workloads on Oracle Cloud infrastructure, organizations can reduce their overall costs compared to maintaining on-premises hardware and software.

2. Scalability: With OCVS, organizations can easily scale up or down to meet changing business demands, without the need for complex hardware upgrades.

3. Flexibility: OCVS provides a range of deployment options, including on-premises, in the cloud, or as a hybrid solution, allowing organizations to choose the approach that best fits their needs.

4. Enhanced security: Oracle Cloud provides a secure environment for running VMware workloads, with built-in security features such as encryption and access controls.

5. Simplified management: OCVS offers a range of management tools and APIs, making it easier for IT teams to manage and monitor their VMware environments in the cloud.

In short, Oracle Cloud VMware Solution offers a powerful and seamless migration path for organizations heavily invested in the VMware ecosystem. By providing a familiar environment for IT teams and offering a range of benefits, OCVS makes it easier for businesses to take advantage of the many advantages of cloud computing.

As a follower of the VMware vSAN guide post series, I am excited to share with you the latest installment on the topic of vSAN. The previous post discussed the basics of vSAN and its components, while this post will delve deeper into the advanced features and objectives of vSAN.

One of the key advantages of vSAN is its ability to provide a highly available and fault-tolerant storage solution for virtual machines (VMs). vSAN uses a distributed architecture, where each ESXi host in the cluster contributes storage resources to the pool, to ensure that data is always available and accessible. This means that even if one or more hosts fail, the data will still be accessible and usable.

Another important aspect of vSAN is its ability to scale out as needed. As the demands on the storage solution increase, additional ESXi hosts can be added to the cluster to increase the storage capacity and performance. This scalability makes it easy to accommodate growing data needs without having to replace the entire storage solution.

In addition to these advanced features, vSAN also provides a number of other benefits for organizations using virtualization. For example, vSAN supports both block and file-level storage, making it easy to integrate with a wide range of applications and use cases. It also supports VMware’s latest storage technologies, such as VMware Validated Design (VVD) and Storage Policy Based Management (SPBM), which can help organizations optimize their storage resources and ensure compliance with business policies.

To gain a deeper understanding of these advanced features and objectives of vSAN, I recommend checking out the VMware vSAN study guide. This comprehensive resource provides detailed information on all aspects of vSAN, from its architecture to its configuration and management. It also includes hands-on labs and exercises to help you practice and reinforce your knowledge of vSAN.

In conclusion, vSAN is a powerful and flexible storage solution that can provide a highly available and fault-tolerant storage solution for virtual machines. With its ability to scale out as needed, support for both block and file-level storage, and integration with the latest storage technologies, vSAN is an essential tool for any organization using virtualization. By leveraging the advanced features and objectives of vSAN, organizations can optimize their storage resources and ensure compliance with business policies, all while providing a highly available and fault-tolerant storage solution for their VMs.