Ramesh V

When maintaining and updating VMware vSphere environments, compatibility is key to ensuring smooth and reliable performance. For organizations that depend on VMware’s platform, Omnissa offers essential compatibility validation for major updates while providing guidance on managing minor updates. Understanding the distinctions between these types of updates and how to approach them is critical for maintaining system integrity and preventing potential downtime. Let’s explore Omnissa’s approach to VMware vSphere updates, along with best practices for ensuring seamless interoperability. Major vs. Minor Updates: A Focus on Compatibility Omnissa takes a strategic approach to testing, with a focus on major updates of VMware vSphere. These updates represent significant changes or improvements in the platform, such as Update 1, Update 2, and Update 3, and may include new features, critical patches, or performance enhancements. Given the potential impact of these updates, Omnissa subjects them to rigorous compatibility testing to ensure they work seamlessly with Horizon deployments and other integrations. What About Minor Updates? Unlike major updates, minor updates—like 1a, 1b, 2a, etc.—are not subjected to the same exhaustive testing process. Minor updates typically address specific bug fixes or introduce small changes that are not expected to cause compatibility issues. Although Omnissa does not perform detailed testing on these updates, they are generally expected to function properly within existing setups. However, it is still prudent to approach these updates with care. As a best practice, applying these updates in a test environment before production deployment can help catch any unforeseen issues that could arise. Compatibility with Earlier VMware vSphere Versions For organizations running earlier versions of VMware vSphere, Omnissa’s compatibility testing may be limited, as the primary focus is on the most current version. While earlier releases are often stable, newer updates are optimized for recent releases, meaning older versions could face challenges in performance or integration with newer solutions. To mitigate this risk, it is advisable to validate updates in a controlled environment to ensure proper functionality before implementing them across production environments. Testing will help uncover potential problems and allow for corrective measures, ensuring your setup remains both functional and stable. Best Practices for a Smooth Update Process To minimize disruptions and ensure that all Horizon operations function smoothly, follow these recommended practices: Test Updates in a Controlled Environment: Even minor updates can introduce subtle changes that may affect certain workflows. Deploy updates first in a test or sandbox environment to observe their behavior before applying them to production environments. Follow the Product Documentation: Every update comes with specific guidelines, so it’s crucial to review the official documentation thoroughly. Following the outlined procedures ensures you don’t miss critical steps in the upgrade process. Check for Supported Versions: Before applying any updates, verify that your system is running a supported version of VMware vSphere. You can easily check for compatibility using Omnissa’s Product Interoperability Guide. Monitor for Issues and Reach Out for Support: In the rare event you encounter challenges before or after an update, Omnissa offers a streamlined way to seek help. You can submit a Support Request (SR) through the Omnissa Customer Connect Portal, where you can receive expert assistance to resolve compatibility issues swiftly. Conclusion Staying current with VMware vSphere updates while maintaining system stability is essential for organizations that rely on the platform. Omnissa’s focus on testing major updates ensures that these larger, more complex changes are validated for compatibility, while minor updates are generally expected to function without issues. By following best practices—especially testing in controlled environments and reviewing support guides—organizations can maintain a well-functioning, updated infrastructure with confidence. For specific compatibility information, always refer to the Omnissa Product Interoperability Guide and don’t hesitate to engage Omnissa support when needed.

Introduction: Are you ready to take your virtual desktop infrastructure to the next level with VMware Horizon 8? If you're using a SaaS subscription license, you might be wondering about the best way to activate it without the need for Horizon Edge. With the release of Horizon 8 version 2406 and later, VMware has streamlined the activation process, allowing you to connect your deployment to the Horizon Control Plane without the additional step of deploying Horizon Edge. In this blog, we'll walk you through the edge-less license activation process, making it easier than ever to get up and running with your Horizon 8 environment. Understanding SaaS Subscription Licenses: Before we dive into the activation process, let's quickly review what SaaS subscription licenses are and why they're beneficial. SaaS stands for Software as a Service, and these licenses offer a flexible way to deploy Horizon 8 components. They're managed by Omnissa and don't require a traditional license key. Instead, they're activated through the Horizon Control Plane, which provides a range of cloud-based services to enhance your virtual desktop experience. Activating Your SaaS Subscription License: To activate your SaaS subscription license for Horizon 8 version 2406 or later, follow these simple steps: Access Horizon Console: Log in to your Horizon Console and navigate to Settings > Product Licensing and Usage. Select SaaS Subscription License: From the Activate drop-down menu, choose "SaaS subscription license." Prepare for Activation: Complete the preparation steps listed on the screen. This may include redeeming an email invitation and logging in to the Omnissa Cloud Services portal. Confirm Organisation: Once you've completed the preparation steps, return to the Horizon Console and confirm that you're signed in to the correct organisation in the Horizon Universal Console. Finalise Activation: Click "Next" to proceed to the final stage of license activation. You'll be prompted to open a connection between Horizon 8 and the Horizon Universal Console. Complete Activation: In the Horizon Universal Console, go to the Subscriptions page and click "Activate License" to finalise the process. Benefits of Edge-less Activation: By activating your SaaS subscription license without deploying Horizon Edge, you're not only saving time but also simplifying your infrastructure. Organisations can begin utilising Horizon 8 services more quickly since they do not need to wait for the deployment and configuration of Horizon Edge.For environments where deploying Horizon Edge is not feasible or desirable, the edge-less activation ensures that organizations can still take advantage of the benefits of a SaaS subscription license. However, it's important to note that while edge-less activation is convenient, deploying Horizon Edge can still provide additional benefits such as automated license renewal and advanced monitoring features. It's a decision you'll need to weigh based on your organisation's specific needs. The activation process for a SaaS subscription license in Horizon 8 differs between versions 2312 and earlier and version 2406 and later in the following ways: Horizon 8 Version 2312 and Earlier: Component Deployment Required: For versions 2312 and earlier, you must deploy either Horizon Edge or the Horizon Cloud Connector virtual appliance to connect your Horizon 8 deployment with the Horizon Control Plane and activate your SaaS subscription license. Control Plane Compatibility: The component you deploy depends on the version of the Horizon Control Plane. For the next-gen Control Plane, you would deploy Horizon Edge, while for the first-gen Control Plane, you would deploy the Horizon Cloud Connector. Bridging with Control Plane: The Horizon Cloud Connector is a required component that bridges your Horizon 8 pods with the Horizon Control Plane first-gen. Horizon 8 Version 2406 and Later: Optional Horizon Edge Deployment: For versions 2406 and later, you can activate your SaaS subscription license without deploying Horizon Edge. However, it is recommended to deploy Horizon Edge to benefit from the SaaS services provided by the Horizon Control Plane. Simplified Activation: The activation process is more straightforward, allowing you to connect your Horizon 8 deployment to the Horizon Control Plane without the additional step of deploying Horizon Edge, if desired. Automated License Renewal: By deploying Horizon Edge, you gain access to automated license activation and usage monitoring, eliminating the need to reactivate the subscription license every 105 days. Enhanced Features: Deploying Horizon Edge provides additional features and benefits, such as virtual endpoint monitoring with Workspace ONE Intelligence, advanced troubleshooting analytics, and unified brokering with Horizon Cloud Entitlement On-Ramp. In summary, the primary difference is that for Horizon 8 version 2406 and later, the activation of a SaaS subscription license can be done without deploying Horizon Edge, offering a more flexible and potentially simpler setup process. However, deploying Horizon Edge can still provide valuable services and automation that may be beneficial for many organizations. Understanding SaaS Subscription License Expiry Behaviour: A SaaS subscription license for Horizon 8 needs to be renewed every 105 days. If the subscription license is not renewed within this period, the license expires, and Horizon Console is switched to restricted mode. In restricted mode, the Horizon Connection Server continues to broker desktops and applications to users from existing pools. However, you cannot create new pools or add more machines to existing pools. Additionally, several features become unavailable in Horizon Console, limiting the administrative capabilities for managing the virtual desktop environment. To bring Horizon Console out of restricted mode, you must reactivate the subscription license by completing the activation steps again. It's important to note that the steps for reactivating a license are identical to the steps for initially activating a license, except for the email redemption step, which is not required for reactivation. To ensure uninterrupted service and full functionality of your Horizon 8 environment, it's crucial to renew your SaaS subscription license before the 105-day period expires. If you deploy Horizon Edge, you can benefit from automated license renewal, which eliminates the need to manually reactivate the license every 105 days. Conclusion: Activating your Horizon 8 SaaS subscription license is now more straightforward than ever, thanks to the edge-less option introduced in version 2406. Whether you choose to deploy Horizon Edge or not, you can rest assured that your virtual desktop environment is supported by the robust capabilities of the Horizon Control Plane. For those looking to keep their infrastructure lean and mean, edge-less activation is a great choice. Remember, if you have any questions or need further assistance, the VMware community and support resources are always there to help you along the way. Enabling seamless user experiences across virtual landscapes is more than just technology—it's the art of making complexity invisible.

In the realm of virtual desktop infrastructure (VDI), VMware Horizon stands as a pioneer, offering a range of features that enhance the user experience and streamline management. One of its most innovative offerings is Instant Clones, a technology that revolutionises the way virtual desktops are provisioned and managed. In this blog post, we'll explore how Horizon Instant Clones work, their benefits, and the steps involved in their deployment. Understanding Instant Clones Instant Clones are a type of virtual machine (VM) that are created from a master image, known as a golden image, in a matter of seconds. Unlike traditional full clones, which require significant time and resources to deploy, instant clones are lightweight and share the same underlying storage as the master image. This results in faster provisioning times and reduced storage consumption. How Instant Clones Work The process of creating an instant clone involves several key steps: Master Image Preparation: The first step is to create a master image, which is a fully configured VM that serves as the template for all instant clones. This image is optimized and contains all the necessary applications and settings. Instant Clone Creation: When a user requests a desktop, Horizon uses the master image to create an instant clone. This process involves creating a differencing disk for each clone, which stores the unique changes made by the user. User Customisation: Once the instant clone is created, Horizon applies user customisation, such as personal settings and data, to the clone. This ensures that each user has a personalised desktop experience. Delivery and Management: The instant clone is then delivered to the user, who can access it as they would a traditional desktop. Horizon manages the lifecycle of the clone, including updates and maintenance, ensuring that the master image remains pristine. Benefits of Instant Clones Rapid Provisioning: Instant clones can be provisioned in seconds, reducing the time users wait for their desktops to be ready. Efficient Resource Usage: By sharing the master image's storage, instant clones consume significantly less storage space compared to full clones. Simplified Management: With a single master image to manage, administrators can easily update and patch all desktops, streamlining maintenance tasks. Scalability: Instant clones can be quickly scaled up or down based on demand, making them ideal for dynamic environments. Deploying Instant Clones To deploy instant clones in your VMware Horizon environment, follow these steps: Prepare the Master Image: Create and optimize a master image that will serve as the basis for all instant clones. Configure Instant Clone Settings: In the Horizon Console, configure the settings for the instant clone pool, including the number of desktops, provisioning settings, and user entitlements. Set Up vCenter Server Privileges: Horizon administrators must create a custom role in vCenter Server with the necessary privileges to manage instant clones. Deploy the Instant Clones: Once the settings are configured, deploy the instant clones. Horizon will create the clones from the master image and manage their lifecycle. Conclusion VMware Horizon Instant Clones represent a leap forward in VDI technology, offering unparalleled speed, efficiency, and scalability. By understanding how instant clones work and following the deployment steps outlined in this blog post, you can harness the full potential of this innovative feature, providing your users with a seamless desktop experience while simplifying administrative tasks. Remember, the key to successful VDI management lies in continuous learning and adaptation to the latest technologies and best practices.

In the ever-evolving landscape of virtual desktop infrastructure (VDI), the need for efficient and secure access to resources has never been more critical. VMware Horizon, a leading VDI solution, offers a feature called Horizon Cloud Entitlement On-Ramp, which streamlines the process of accessing both Horizon 8 and Horizon Cloud on Azure desktops. This blog post will delve into the intricacies of the Horizon Cloud Entitlement On-Ramp feature, guiding you through its setup and the benefits it brings to your VDI environment. Understanding Horizon Cloud Entitlement On-Ramp The Horizon Cloud Entitlement On-Ramp feature is designed to simplify the user experience by allowing users to access their virtual desktops and applications from a single Horizon Client. This eliminates the need for users to remember multiple URLs, log out, or authenticate separately for cloud resources. The feature leverages an identity provider (IDP) such as Microsoft Entra ID or VMware Workspace ONE Access to synchronise on-premises Active Directory user identities, ensuring consistent authentication across both on-premises and cloud-based resources. Prerequisites for Horizon Cloud Entitlement On-Ramp Before you can enable the Horizon Cloud Entitlement On-Ramp feature, ensure that the following prerequisites are met: A supported identity provider (IDP) is registered in your VMware Horizon Cloud Service - next-gen tenant. Horizon Connection Server version 2312 or later is installed. The Horizon 8 Edge is deployed to connect your Horizon 8 pod to the Horizon Cloud Service - next-gen Control Plane. Desktop and application pools are created in both Horizon Console and the Horizon Universal Console. End users are running Horizon Client for Windows 2312 or later. Enabling Horizon Cloud Entitlement On-Ramp To enable the Horizon Cloud Entitlement On-Ramp feature, follow these steps: Log in to the Horizon Universal Console and navigate to the Horizon Edges tab. Click on the name of a Horizon Edge with a Provider Type of Horizon 8 to access its details page. In the Cloud Entitlement On-Ramp tile, click Enable. Proceed to Horizon Console to add user entitlements. Configuring Cloud Entitlement On-Ramp Entitlements in Horizon Console After activating the feature in the Horizon Cloud Control Plane, you must configure entitlements in Horizon Console: Log in to the Horizon Console. Verify that the setting Cloud Entitlement On-Ramp is enabled in Global Settings. Navigate to Users and Groups > Cloud Entitlement On-Ramp and click Add. Add the users and groups that require access to Horizon Cloud on Azure desktops. How Horizon Cloud Entitlement On-Ramp Works The feature uses Connection Server as a brokering mechanism to grant users access to entitled Horizon Cloud on Azure desktops. The chosen IDP facilitates the synchronization of user accounts and group memberships, ensuring consistent authentication experiences. Feature Limitations It's important to note that currently, only Horizon Client for Windows 2312 or later is supported for this feature. Support for other Horizon clients is expected in the future. Conclusion The Horizon Cloud Entitlement On-Ramp feature is a powerful tool that enhances the user experience by providing a unified access point to virtual desktops and applications, regardless of their location. By following the steps outlined in this blog post, you can enable this feature in your VMware Horizon environment, ensuring that your users can securely and efficiently access the resources they need. Remember, the key to successful VDI management lies in continuously adapting to the latest technologies and features that enhance security, efficiency, and user satisfaction.

As a system administrator, ensuring the smooth operation of your virtual desktop infrastructure is paramount. Horizon is a robust VDI solution, but like any complex system, it can encounter issues. This blog post will guide you through troubleshooting common issues in Horizon Console, the web interface used to manage virtual desktops and applications. Understanding the Horizon Console Before diving into troubleshooting, it's essential to understand the Horizon Console. It's the central hub for managing your Horizon environment, allowing you to create and manage virtual desktops, applications, and user entitlements. The console also provides monitoring and troubleshooting tools to help you maintain the health of your VDI. Common Issues and Troubleshooting Steps 1. Connection Issues Issue: Unable to log in to Horizon Console. Troubleshooting: Verify that the Horizon Connection Server is installed and running. Ensure that you are using a supported web browser and that the server's hostname is correct in the URL. 2. Performance Issues Issue: Slow performance or timeouts when using Horizon Console. Troubleshooting: Check the system health dashboard for any reported issues. Use the Horizon Help Desk Tool to monitor user sessions and perform maintenance operations. Consider increasing the logging verbosity to gather more detailed information for troubleshooting. 3. Entitlement Issues Issue: Users cannot access entitled desktops or applications. Troubleshooting: Review the entitlements for the desktop or application pool in question. Ensure that the user or group has the correct entitlements and that there are no client restrictions preventing access. 4. Event Database Issues Issue: Event database errors or missing data. Troubleshooting: Verify that the event database is configured correctly and that it has sufficient space. Use the Horizon Console to monitor events and ensure that the event service is running. 5. Logging Issues Issue: Incomplete or missing log files. Troubleshooting: Configure the verbosity level of log files to capture more detailed information. For Horizon Client on mobile devices, ensure that logging is enabled and that log bundles can be sent to VMware for analysis. 6. License Management Issues Issue: License usage errors or unexpected license consumption. Troubleshooting: Monitor Horizon license usage in the console. Reset license usage data if necessary and verify that the correct license model is applied. Advanced Troubleshooting Tools For more complex issues, VMware provides several advanced troubleshooting tools: Horizon Help Desk Tool: Use this tool to get the status of user sessions and perform maintenance operations. VMware Logon Monitor: This tool helps monitor Windows user logons and reports performance metrics. Horizon Performance Tracker: Track the performance of Horizon components and identify bottlenecks. Best Practices for Troubleshooting Regular Maintenance: Schedule regular maintenance tasks, such as backups and system checks, to prevent issues. Monitoring: Continuously monitor the system health dashboard for early signs of trouble. Documentation: Keep detailed documentation of your Horizon environment, including configurations and changes. Support: Know how to access Omnissa Technical Support for assistance with complex issues. Conclusion Troubleshooting common issues in VMware Horizon Console is a critical part of maintaining a healthy VDI environment. By following the steps outlined in this blog post and utilising the advanced tools provided by Omnissa, you can effectively diagnose and resolve issues, ensuring that your users have a seamless VDI experience. Remember, the key to successful troubleshooting is proactive monitoring and a thorough understanding of your Horizon environment.

In the realm of virtual desktop infrastructure (VDI), user experience is a critical factor in the adoption and efficiency of VDI solutions. VMware Horizon, a leading VDI platform, offers a range of features designed to enhance user experience, including the ability to configure shortcuts for desktop and application pools. These shortcuts allow users to access their virtual desktops and applications with ease, whether from the Windows Start menu or the desktop itself. Understanding Shortcuts in Horizon Shortcuts in VMware Horizon are links that appear on the user's Windows client device, providing quick access to entitled desktop and application pools. These shortcuts can be placed in the Start menu or on the desktop, and they can be organized into category folders for easier navigation. Configuring Shortcuts for Desktop Pools To configure shortcuts for desktop pools in VMware Horizon, follow these steps: Access Horizon Console: Log in to the Horizon Console and navigate to Inventory > Desktops. Create a New Pool: Click Add to create a new desktop pool. Configure Pool Settings: Follow the wizard prompts to the Desktop Pool Settings page. Create Shortcuts: On the settings page, you can create shortcuts for the desktop pool. Click the Category Folder Browse button, select a category folder, or create a new one. Specify a folder name and select the shortcut creation method. Review and Submit: Review your settings and click Submit to save your changes. Configuring Shortcuts for Application Pools Configuring shortcuts for application pools follows a similar process: Access Horizon Console: Log in to the Horizon Console and navigate to Inventory > Applications. Create a New Application Pool: Click Add to create a new application pool. Configure Application Pool: In the Add Application Pool wizard, select an RDS farm, enter a pool ID, and the full pathname of the application. Create Shortcuts: As with desktop pools, you can create shortcuts for the application pool by selecting a category folder and specifying the shortcut creation method. Review and Submit: Review your settings and click Submit to save your changes. Best Practices for Shortcut Management Organise with Category Folders: Use category folders to group related shortcuts, making it easier for users to find the resources they need. Limit Folder Levels: While you can specify up to four category folder levels, it's best to keep the structure simple to avoid confusion. Review Entitlements: Regularly review the entitlements for desktop and application pools to ensure that shortcuts are only available to authorized users. Client Restrictions: If necessary, implement client restrictions to control which client computers can access specific desktop and application pools. Conclusion Configuring shortcuts for desktop and application pools in VMware Horizon is a straightforward process that can significantly enhance the user experience. By following the steps outlined in this blog post, you can create an intuitive and efficient environment for your users, allowing them to access their virtual resources with minimal effort. Remember, the key to successful VDI implementation lies in the seamless integration of technology with the user's workflow.

In the realm of virtual desktop infrastructure (VDI), security and seamless user experience are paramount. VMware Horizon, a leading VDI solution, offers robust security features, including the use of SAML (Security Assertion Markup Language) authenticators for secure authentication and single sign-on (SSO) capabilities. This blog post will guide you through the process of configuring SAML authenticators in VMware Horizon, ensuring that your users can securely access their virtual desktops and applications. Understanding SAML Authenticators SAML is an XML-based standard for exchanging authentication and authorisation data between an identity provider (IdP) and a service provider (SP). In the context of VMware Horizon, SAML authenticators facilitate the trust and metadata exchange between Horizon and an external IdP, such as VMware Workspace ONE Access or a third-party device. This allows for SSO, where users can authenticate once and gain access to their virtual resources without re-entering their credentials. Configuring SAML Authenticators in Horizon Console To configure SAML authenticators in VMware Horizon, follow these steps: Navigate to Settings > Servers: In the Horizon Console, go to the Settings menu and select Servers. Select a Connection Server Instance: On the Connection Servers tab, choose a server instance to associate with the SAML authenticator and click Edit. Enable SAML Authentication: On the Authentication tab, select Allowed or Required from the Delegation of authentication to VMware Horizon (SAML 2.0 Authenticator) drop-down menu to enable SAML authentication. Manage SAML Authenticators: Click Manage SAML Authenticators and then Add to create a new SAML authenticator. Configure the SAML Authenticator: In the Add SAML 2.0 Authenticator dialog box, configure the authenticator with the appropriate settings: Type: Choose Static for Unified Access Gateway or third-party devices, or Dynamic for VMware Workspace ONE Access. Label: Assign a unique name to identify the SAML authenticator. Description: Optionally, provide a brief description of the SAML authenticator. Metadata URL: Specify the URL for retrieving SAML information. Administration URL: Provide the URL for accessing the administration console of the IdP. Save the Configuration: Click OK to save the SAML authenticator configuration. Verify the Configuration: In the System Health section of the Horizon Console dashboard, verify that the newly created authenticator is listed and its health status is green, indicating a successful configuration. Prerequisites and Considerations Before configuring SAML authenticators, ensure the following prerequisites are met: Verify that the IdP (e.g., VMware Workspace ONE Access) is installed and configured. Install the root certificate for the signing CA of the SAML server certificate on the Connection Server host. Note the FQDN or IP address of the IdP server. Additionally, consider the following: Each Connection Server instance can have different SAML authentication settings based on your requirements. You can associate a SAML authenticator with multiple Connection Server instances in a multi-server deployment. The entity-ID of each SAML authenticator configured on a Connection Server must be unique. Extending the Expiration Period for Service Provider Metadata To prevent remote sessions from being terminated after 24 hours, extend the expiration period for the Connection Server metadata. This ensures that SAML assertions remain valid for a longer duration, reducing the frequency of metadata exchange. Troubleshooting SAML Authenticators If the health status of an authenticator is red, it may indicate issues such as an untrusted certificate, an unavailable IdP service, or an invalid metadata URL. You can attempt to verify and accept the certificate if it is untrusted. Conclusion Configuring SAML authenticators in VMware Horizon is a critical step in enhancing the security and user experience of your VDI environment. By following the step-by-step guide provided in this blog post, you can effectively set up SAML authenticators, enabling SSO and ensuring that your users can securely access their virtual desktops and applications with ease. Remember to refer to the official VMware documentation for the most up-to-date information and best practices.

In the dynamic landscape of virtual desktop infrastructure (VDI), the ability to monitor and analyse events is crucial for maintaining the performance, security, and efficiency of your VMware Horizon environment. This blog post will delve into the intricacies of monitoring and analysing Horizon events, providing you with the knowledge to effectively manage your Horizon 8 VDI deployment. Understanding Horizon Events Horizon events encompass a wide range of activities within your VDI environment, including end-user actions, administrator tasks, system failures, errors, and statistical data. These events are recorded in a dedicated event database, which can be hosted on Microsoft SQL Server, Oracle, or PostgreSQL. Configuring the Event Database Before you can start monitoring and analysing events, you must configure the event database. This involves setting up the database according to the specifications outlined in the Horizon 8 Installation and Upgrade document. It's important to note that while VMware Horizon manages the growth of the event and event_data tables, you are responsible for implementing a space management policy for the event_historical and event_data_historical tables. Monitoring Events in Horizon Console The Horizon Console is your central hub for monitoring events. By navigating to Monitor > Events, you can view a list of events, set options, filter events, and sort them by various criteria. The console allows you to select the maximum number of events to retrieve and choose whether to display time in UTC. Event Types and Severities Horizon events are categorised into different types and severities. The types include Audit Success, Audit Failure, Error, Information, and Warning. Each event is accompanied by a severity level that indicates the impact or importance of the event. Analysing Events with Reporting Tools For in-depth analysis, you can use business intelligence reporting engines or database reporting tools to examine events in the database tables. These tools allow you to access and analyse event data, providing insights into the operations and health of your Horizon environment. Generating Event Log Messages in Syslog Format For integration with third-party analytics software, you can configure Horizon to generate event log messages in Syslog format. This is achieved using the vdmadmin command with the -I option, which records event messages in event log files that can be used as input for analytics operations. Monitoring Components and Troubleshooting The Horizon Console dashboard provides a quick overview of the status of various components in your deployment. Additionally, the VMware Logon Monitor can be used to monitor Windows user logons and report performance metrics, aiding in troubleshooting slow logon performance. Best Practices for Event Management Regularly review events to identify patterns or anomalies that may indicate underlying issues. Use filters effectively to focus on specific types of events or time frames. Implement a robust backup and retention policy for event data to ensure compliance and facilitate historical analysis. Leverage the Horizon Help Desk Tool and VMware Logon Monitor for real-time monitoring and troubleshooting. Conclusion Monitoring and analysing Horizon events is an essential aspect of managing a VDI environment. By following the guidelines outlined in this blog post, you can ensure that your Horizon deployment operates smoothly, providing users with a seamless experience while maintaining the highest levels of security and performance. Remember, the key to successful event management lies in proactive monitoring, thorough analysis, and timely intervention.

In the realm of virtual desktop infrastructure (VDI), seamless user experience and security are paramount. VMware Horizon, a leading VDI solution, offers True Single Sign-On™ (True SSO™) to enhance both aspects. True SSO allows users to authenticate once and gain access to their virtual desktops and applications without the need for re-entering credentials. This not only improves user convenience but also strengthens security by reducing the risk of credential theft. Understanding True SSO True SSO is an advanced feature in VMware Horizon that integrates with VMware Workspace ONE Access. It leverages smart cards, RSA SecurID, RADIUS, or third-party identity providers for authentication. Once users log in to Workspace ONE Access using these methods, they can launch virtual desktops or applications without providing their Active Directory credentials. This is particularly beneficial for users who access resources from untrusted domains or use devices outside the corporate network. Prerequisites for True SSO Before setting up True SSO, ensure that you have the following prerequisites in place: Microsoft Certificate Authority is set up, which is crucial for managing and issuing digital certificates. Certificate templates for True SSO are created, defining the rules and policies for issuing certificates. Horizon Enrollment server is installed and configured to manage the enrollment of users and devices. Horizon Enrollment service client certificate is exported and imported onto the enrollment server. Configuring True SSO The process of configuring True SSO involves several steps: Set Up an Microsoft Certificate Authority: If you don't have an existing CA, you'll need to add the Active Directory Certificate Services (AD CS) role to a Windows server and configure it as an enterprise CA. Create Certificate Templates Used with True SSO: Define the certificate templates that will be used to issue certificates for True SSO. Install and Set Up an Enrollment Server: Deploy an Horizon Enrollment server to handle the enrollment process for users and devices. Export the Enrollment Service Client Certificate: Export the client certificate from the Horizon Enrollment server for later use in the configuration process. Configure SAML Authentication to Work with True SSO: Set up SAML authentication to integrate with VMware Workspace ONE Access, which is a prerequisite for True SSO. Configure Horizon Connection Server for True SSO: Use the vdmutil command-line interface to configure True SSO on the connection server. Advanced Configuration Settings For more granular control over True SSO, you can manage advanced settings using Group Policy Objects (GPOs) on the Horizon Agent machine, registry settings on the Horizon Enrollment server, and LDAP entries on the Connection Server. These settings include configuring default timeouts, load balancing, and specifying domains to be included. Troubleshooting True SSO If True SSO stops working, users might see an "incorrect username or password" message. To troubleshoot, administrators can use the system health dashboard in Horizon Console to identify and resolve issues related to True SSO. Conclusion True SSO in VMware Horizon is a powerful feature that simplifies the authentication process for users while enhancing security. By following the steps outlined in this guide, you can set up True SSO in your Horizon environment, providing your users with a more seamless and secure experience. Remember to refer to the official VMware documentation for the most up-to-date information and best practices.