The text discusses the “VMware Cloud on Dell EMC” solution and how it offers a rack-scale design that can be ordered online. The text highlights the simplicity of the ordering process, from selection of the rack size to the type of power connector. Additionally, the text mentions that NSX-T and micro-segmentation are configured and ready to go out of the box. The text also touches on the contract term options available.

Overall, the text is encouraging readers to consider this solution for its ease of use, simplicity, and scalability. It also highlights the advantages of using this solution over traditional hardware acquisition models.

Setting Up My Lab and the Mysterious Case of the Bad Password

As I embarked on setting up my lab, I encountered an unexpected challenge. After successfully deploying VMware Cloud Foundation (VCF), I realized that the root account password for my vCenter appliance was not accepted. The error message indicated that the password was incorrect, but I was certain that I had entered it correctly. Frustrated and confused, I began to troubleshoot the issue.

The Bypass Solution

After some research and experimentation, I discovered a surprisingly simple solution to the problem. It turned out that the root account password for my vCenter appliance was not accepting dictionary-based passwords. To bypass this restriction, I needed to edit the /etc/pam.d/system-password file and remove the “enforce_for_root” line with pam_cracklib.so.

To make the changes, I simply opened the file in a text editor and deleted the line that began with “enforce_for_root”. Once I saved the file, I was able to retry the password change and it worked successfully!

The Catch

However, as I was testing the new password, I realized that I had accidentally removed the “enforce_for_root” line from the file. Oops! This meant that I had unintentionally bypassed the security feature that was intended to prevent dictionary-based passwords for the root account.

To rectify the situation, I simply re-added the “enforce_for_root” line to the /etc/pam.d/system-password file and clicked “RETRY” in VCF. Amazingly, all things were happy once again!

Lessons Learned

Through this experience, I learned a valuable lesson about the importance of security features in software applications. While it may be tempting to bypass these features for convenience, it is essential to remember that they are in place for a reason – to protect against potential threats and vulnerabilities.

In addition, I learned the importance of thoroughly researching and testing solutions before implementing them. While the solution I found worked temporarily, it was not the intended or recommended solution, and it could have potentially created more problems if left unchecked.

Conclusion

In conclusion, setting up my lab and resolving the issue with the bad password was a lesson in perseverance and attention to detail. While the solution I found was unexpected and unconventional, it highlights the importance of understanding the security features and limitations of software applications. By taking the time to research and test solutions, we can ensure that our technology environments are secure, stable, and functioning as intended.

Cloud Provider Pod: A Promising Option for Deploying Cloud Infrastructure from Scratch

As a cloud provider, deploying infrastructure from scratch can be a daunting task. However, with the right tools and expertise, it can be done efficiently and effectively. One such tool that has gained significant attention in recent times is Cloud Provider Pod (CPP), an option that promises to automate many of the tedious and error-prone tasks involved in deploying cloud infrastructure.

In this article, we will delve into the features and capabilities of CPP, its limitations, and the potential benefits it offers for cloud providers. We will also explore some of the deep dive sessions provided by Frank Denneman and his colleagues, which offer a wealth of technical information on topics such as NUMA and vNUMA.

Cloud Provider Pod: An Overview

CPP is a product that takes advantage of the VMware stack to deploy cloud infrastructure. It supports many of the most complex and error-prone configurations, including those that are typically difficult to automate. With CPP, cloud providers can automate many of the tasks involved in deploying cloud infrastructure, such as configuring networks, setting up storage, and provisioning resources.

The version 1.6 of CPP was announced in November, with new features including support for Kubernetes clusters, improved support for vSphere 7, and better integration with NSX-T. These new features promise to further simplify the process of deploying cloud infrastructure and improve the overall experience for cloud providers.

Deep Dive Sessions: A Rich Source of Technical Information

Frank Denneman and his colleagues provided a series of deep dive sessions on various topics related to CPP and VMware technologies. These sessions were technical in nature and offered a wealth of information for those looking to master the intricacies of cloud infrastructure deployment.

One session focused on NUMA, a topic that is often overlooked but is critical for achieving optimal performance in cloud infrastructure. The session covered the basics of NUMA, how it affects cloud infrastructure, and best practices for configuring it. Another session delved into vNUMA, which is a new feature in vSphere 7 that allows for more efficient use of NUMA resources.

Other sessions covered topics such as CPU hot add, aligning core per socket, and managing the CPU scheduling in vSphere. These sessions were highly technical but offered valuable insights for those looking to optimize their cloud infrastructure.

Benefits of Cloud Provider Pod

CPP offers several benefits for cloud providers, including:

1. Automation: CPP automates many of the tedious and error-prone tasks involved in deploying cloud infrastructure, freeing up time for more strategic activities.

2. Simplification: CPP simplifies the process of deploying cloud infrastructure, making it easier for cloud providers to manage their environments.

3. Flexibility: CPP supports a wide range of configurations and can be customized to meet the specific needs of cloud providers.

4. Improved performance: With CPP, cloud providers can optimize their cloud infrastructure for better performance and scalability.

Limitations of Cloud Provider Pod

While CPP offers many benefits, it also has some limitations, including:

1. Limited support for multi-cloud environments: CPP currently supports only a limited number of cloud providers, making it less suitable for multi-cloud environments.

2. Steep learning curve: CPP is a highly technical product that requires significant expertise to master.

3. Limited customization: While CPP can be customized to some extent, it may not be as flexible as other products on the market.

Conclusion

Cloud Provider Pod is a promising option for cloud providers looking to deploy infrastructure from scratch. With its ability to automate many of the tedious and error-prone tasks involved in deploying cloud infrastructure, CPP offers significant benefits in terms of simplification, flexibility, and improved performance. While it has some limitations, CPP is a valuable tool for cloud providers looking to optimize their environments and improve their bottom line.

Upgrading from VMware vCenter Server 7.0 to 8.0 involves several steps, including selecting the deployment size, specifying the data store and network, and migrating data from the source appliance. The process includes various stages, such as reviewing deployment details, connecting to the source vCenter Server, pre-upgrade check results, selecting upgrade data, configuring VMware Customer Experience Improvement Program, and confirming that the source vCenter Server will shut down.

During the upgrade process, the installer provides progress dialogs showing the different stages of deployment. These stages include deploying vCenter Server, connecting to the source vCenter Server, migrating data, and configuring the VMware Customer Experience Improvement Program. The final stage confirms that the upgrade is complete and provides a link to access the new VMware vCenter Server 8.0 appliance.

Before starting the upgrade process, it is essential to ensure that you have a backup of the source vCenter Server appliance. Additionally, ensure that your vSphere deployment meets the minimum requirements for VMware vCenter Server 8.0.

Overall, the upgrade process from VMware vCenter Server 7.0 to 8.0 involves several steps and stages, but the installer provides clear instructions and progress dialogs to help guide you through the process.

Alibaba Cloud’s 11.11 Sale: Get Ready for Exciting Offers and Discounts!

Are you ready to shop ’til you drop this 11.11 season? Look no further than Alibaba Cloud, where you can score exciting offers and discounts on a wide range of products and services! From cloud computing solutions to database management, we’ve got you covered with our comprehensive suite of tools and technologies.

But that’s not all – we’re also offering a special deal for those who act fast! With our limited-time offer, you can get your hands on 1,111 Dolarlık Nakit or 1,111 Dollar Karşılığında Alibaba Cloud Kredisi or Alibaba Cloud Özel Sertifikaları. All you need to do is click on the link below and tahmin (predict) your numbers to take advantage of this incredible offer!

But wait, there’s more! Our VMware vSphere environment is equipped with Linux OS templates, allowing you to use Ansible to easily deploy virtual machines. And if you’re looking for a more comprehensive solution, our Windows OS templates can help you deploy virtual machines with ease as well. Plus, with VMware Explore 2023 just around the corner, now is the perfect time to explore our solutions and see how they can benefit your business.

In other news, we’re thrilled to announce the release of PhotonOS 5.0! This latest version comes with some exciting new features and improvements, so be sure to check it out if you haven’t already. And don’t forget to follow us on social media to stay up-to-date on all our latest news and updates!

So what are you waiting for? Get ready to shop ’til you drop this 11.11 season with Alibaba Cloud! With our comprehensive suite of tools and technologies, you’ll be able to find everything you need to take your business to the next level. And don’t forget to take advantage of our limited-time offer before it’s too late!

Happy shopping!

Working with vRealize Orchestrator and vRA IaaS Objects: A Hands-on Guide

In my previous article, we explored how to use vRealize Orchestrator (vRO) to interact with vRA IaaS objects. We saw how to capture a virtual machine named TESTVM02 using the model manager and access its properties. In this follow-up post, we’ll dive deeper into working with vRA IaaS objects in vRO and explore some advanced use cases.

Accessing Virtual Machine Hard Disks

One common requirement when working with virtual machines is the need to access their hard disks. However, the VCAC:Entity object does not have a direct property for accessing hard disks. To overcome this limitation, we can use the expand method of the get_link function. Here’s an example of how to access the hard disks of a virtual machine:

“`

// Get the VirtualMachine object

var vm = mm.get_object(“VirtualMachine”, “TESTVM02”);

// Expand the hard disks property

var hardDisks = mm.get_link(vm, “VMDiskHardware”).expand();

// Iterate over the hard disks and display their details

hardDisks.forEach(function (hd) {

console.log(“Hard Disk: ” + hd.Name);

});

“`

In this example, we first get the VirtualMachine object using the model manager’s get_object method. We then use the get_link method to expand the VMDiskHardware property of the virtual machine. Finally, we iterate over the hard disks and display their details.

Retrieving Virtual Machines Created After a Defined Date

Another common requirement is the need to retrieve virtual machines created after a defined date. To do this, we can use the get_objects method of the model manager with a filter expression that includes the creation date. Here’s an example of how to retrieve all virtual machines created after January 1st, 2020:

“`

// Get all virtual machines created after January 1st, 2020

var vmList = mm.get_objects(“VirtualMachine”, null, {

“creationDate”: {

“gte”: “2020-01-01T00:00:00Z”

}

});

// Iterate over the virtual machines and display their details

vmList.forEach(function (vm) {

console.log(“Virtual Machine: ” + vm.Name);

});

“`

In this example, we use the get_objects method to retrieve all virtual machines created after January 1st, 2020. We specify a filter expression that includes the creation date and set the gte (greater than or equal to) operator to ensure we only get virtual machines created on or after the specified date. Finally, we iterate over the virtual machines and display their details.

Conclusion

In this article, we explored some advanced use cases for working with vRA IaaS objects in vRO. We saw how to access hard disks of virtual machines and retrieve virtual machines created after a defined date. These use cases demonstrate the power of vRO and the vRA IaaS object model in managing and automating virtualized infrastructure. With these skills, you’ll be well-equipped to tackle a wide range of vRO and vRAIaaS challenges.

As always, we welcome your feedback and questions in the comments section below. If you have any other use cases or requirements you’d like to see covered in future articles, please let us know!

The Power of Virtualization Evangelism: My vExpert Journey

As I sit here reflecting on my journey as a virtualization evangelist, I am filled with a sense of pride and gratitude. Last week, VMware announced the annual vExpert awards for 2013, and I was honored to be one of the 581 virtualization enthusiasts recognized for my passionate advocacy for virtualization solutions in calendar year 2012.

For me, being awarded vExpert is more than just a badge of honor; it has been a transformative experience that has opened doors to new opportunities and challenges. It has allowed me to distinguish myself as an IT professional, given me elite access to software and betas, and pushed me to continue evangelizing the virtualization solutions I believe in.

As I look back on my journey, I am reminded of the power of virtualization evangelism. It is not just about promoting a technology, but about inspiring others to embrace its potential and revolutionize the way we approach IT. For me, that means sharing my knowledge and experiences through blog posts, social media, speaking engagements, and other forms of content creation.

I am also grateful for the support of TrainSignal, who has offered one year of free, unlimited IT video training to all 2013 vExperts. This is an incredible gift that will not only enhance our skills but also provide us with valuable resources to share with others. I encourage all those who are passionate about virtualization to apply for this amazing opportunity.

For those who are not yet vExperts, I urge you to pursue this distinction with vigor. Find ways to promote VMware virtualization through your blog, social media, speaking, writing, video authoring, VMworld, or at your local VMUG. The power of virtualization evangelism is not just about recognizing individuals but about spreading the word and empowering others to embrace this transformative technology.

I also want to extend my gratitude to TrainSignal for offering their IT video training package to non-vExperts as well. This is a great opportunity to enhance your skills and knowledge in virtualization, and I encourage you to take advantage of this offer.

In conclusion, being awarded vExpert has been a life-changing experience that has given me a platform to share my passion for virtualization with others. It has also provided me with valuable resources and opportunities to continue evangelizing the power of virtualization. I encourage all those who are passionate about virtualization to pursue this distinction, and I look forward to seeing the impact we can make together.

VMware vSphere+ and vSAN+: Revolutionizing Cloud Infrastructure for On-Premises Workloads

In a bold move to extend the benefits of the cloud to on-premises workloads, VMware has announced the general availability of VMware vSphere+™ and VMware vSAN+™. These two groundbreaking solutions were first introduced on June 28, and they are set to change the way organizations approach cloud infrastructure.

VMware vSphere+ is a combination of industry-leading cloud infrastructure and an enterprise-ready cloud management platform that enables organizations to deploy and manage their cloud infrastructure with ease. This solution brings together the power of VMware’s vSphere hypervisor, vCenter server management tools, and vMotion migration technology, providing customers with a seamless and efficient way to manage their on-premises workloads.

VMware vSAN+, on the other hand, is a distributed storage solution that leverages the power of Software Defined Storage (SDS) to provide organizations with a highly available and scalable storage infrastructure. This solution allows customers to pool their existing servers and storage devices into a single, cohesive storage system, providing them with greater flexibility and control over their data storage needs.

The Benefits of vSphere+ and vSAN+

The benefits of vSphere+ and vSAN+ are numerous and far-reaching. Here are some of the key advantages that these solutions offer:

1. Seamless Cloud Integration: With vSphere+, organizations can easily integrate their on-premises workloads with public or private clouds, providing them with a unified cloud infrastructure.

2. Increased Efficiency: By leveraging the power of Software Defined Storage (SDS), vSAN+ enables organizations to significantly improve storage efficiency and reduce storage costs.

3. Enhanced Availability: Both solutions are designed to provide high availability and scalability, ensuring that organizations can run their critical applications with minimal downtime or disruption.

4. Greater Flexibility: With vSphere+ and vSAN+, organizations can pool their existing resources, such as servers and storage devices, into a single, cohesive system, providing them with greater flexibility and control over their infrastructure.

5. Simplified Management: These solutions offer simplified management tools that enable organizations to easily deploy, manage, and maintain their cloud infrastructure.

The Future of Cloud Infrastructure

The introduction of vSphere+ and vSAN+ marks a significant milestone in the evolution of cloud infrastructure. These solutions represent a major step forward in providing organizations with the tools they need to build and manage their own private clouds, while still enjoying the benefits of public cloud scalability and flexibility.

With vSphere+ and vSAN+, VMware is demonstrating its commitment to delivering innovative solutions that meet the evolving needs of its customers. These solutions are designed to help organizations navigate the complex landscape of cloud infrastructure, providing them with the tools they need to succeed in today’s fast-paced digital marketplace.

In conclusion, VMware vSphere+ and vSAN+ are two groundbreaking solutions that are set to revolutionize the way organizations approach cloud infrastructure. These solutions offer a range of benefits, including seamless cloud integration, increased efficiency, enhanced availability, greater flexibility, and simplified management. As the demand for cloud infrastructure continues to grow, these solutions are well-positioned to play a major role in shaping the future of cloud computing.

VMware vRealize Automation SaltStack SecOps: A Promising but Incomplete Compliance and Vulnerability Management Solution

In the ever-evolving landscape of cybersecurity, compliance and vulnerability management have become crucial aspects of IT system security. To address these needs, VMware has introduced vRealize Automation SaltStack SecOps, an add-on for its vRealize Automation product. This solution aims to provide full-service, closed-loop automation for IT system compliance and vulnerability remediation. However, upon closer inspection, it becomes apparent that this solution is not without its limitations.

Compliance Component: Promising but Incomplete

The Compliance portion of the SecOps add-on allows you to manage benchmarks, checks, and define assessment policies. It includes a database of up-to-date, certified security content based on CIS and DISA STIGs (Security Technical Implementation Guides). While this sounds impressive, my experience has shown that the out-of-the-box content is often outdated and missing the latest operating system releases. For instance, as of this month, the product only contains a single STIG for Red Hat Enterprise Linux 7, but there is no support for Microsoft Windows Server 2019 or the recently released Microsoft Windows Server 2022.

Moreover, VMware’s Supported Security and Compliance Benchmarks documentation provides an inaccurate list of supported benchmarks within vRealize Automation SaltStack SecOps. Upon reviewing the available compliance benchmarks, I found that the following compliance benchmarks are available:

* VMware vRealize Automation SaltStack SecOps supports the creation of custom compliance content using the SaltStack SecOps Compliance Custom Content SDK. This feature allows you to create and manage custom compliance benchmarks within the product.

Vulnerability Component: Lacking Visibility and Updates

The Vulnerability component of vRealize Automation SaltStack SecOps is where the solution truly falls short. The tool appears to primarily surface missing patch findings based on the guest operating systems’ built-in patching capabilities. It does not provide visibility into other vulnerabilities that may exist within the system. Furthermore, the vulnerability data is only updated quarterly, which could leave organizations vulnerable to new threats.

The following are the key takeaways from my experience with VMware vRealize Automation SaltStack SecOps:

* The solution has the potential to be useful for enforcing compliance with industry benchmarks.

* New industry benchmarks have not been released in a timely fashion for enforcement via SaltStack SecOps.

* The lack of timely updates and incomplete support for latest operating systems hinder the product’s adoption within specific industries.

* Until VMware vRealize Automation SaltStack SecOps can list which vulnerabilities a system does and does not have, the solution itself will only be useful for remediating vulnerabilities imported from third-party vulnerability scanners.

In conclusion, while VMware vRealize Automation SaltStack SecOps shows promise in providing compliance and vulnerability management solutions, its limitations in supporting the latest operating systems, frequent updates, and complete visibility into vulnerabilities hinder its usefulness in real-world scenarios. As such, organizations must carefully evaluate their needs before adopting this solution.

This is a blog post discussing the installation and configuration of VMware Tanzu Community Edition, which is a free version of the Tanzu platform that provides a Kubernetes-based application delivery platform. The post covers the steps to deploy Tanzu Community Edition on vSphere or ESXi, as well as some common issues that may arise during installation and configuration.

The post also discusses the use of Harbor as an image registry for Tanzu Community Edition, and provides information on other components such as Antre, Multus, Calico, Contour, External DNS, Prometheus, Fluentbit, and Grafana. Additionally, the post touches on service mesh, secrets, and configuration management, and provides some tips for troubleshooting common issues.

Overall, the post provides a comprehensive overview of the installation and configuration of VMware Tanzu Community Edition, as well as some best practices for using the platform.