Reviewers frequently cite Red Hat Ansible Automation Platform, with 17% mentioning its use, often alongside other Red Hat products. This indicates its role as a complementary tool for automation within environments utilizing OpenShift Virtualization, suggesting a preference for integrated solutions.

Red Hat OpenShift is mentioned by 10% of reviewers, highlighting its relevance as a related technology or platform. Its frequent appearance alongside OpenShift Virtualization suggests users often consider or integrate container orchestration with their virtualization strategies, leveraging the broader Red Hat ecosystem.

VMware ESXi is cited by 7% of reviewers as an alternative or previously used virtualization platform. This suggests that users evaluating OpenShift Virtualization often come from or consider traditional hypervisor environments, indicating a direct comparison in virtualization capabilities.

Nutanix AHV is mentioned by 7% of reviewers, positioning it as another significant hypervisor in the competitive landscape. Its inclusion indicates that users are exploring hyperconverged infrastructure solutions in addition to, or as an alternative to, Red Hat's offerings.

Proxmox VE is noted by 7% of reviewers, suggesting its consideration as an open-source virtualization alternative. Its presence indicates that some organizations evaluate a range of solutions, including those that offer flexibility and cost-effectiveness.

A substantial portion of reviewers, 31%, found Red Hat OpenShift to be more cost-effective than VMware, citing lower Total Cost of Ownership (TCO) and significant reductions in licensing expenses. However, this topic also includes a mention of the cost of retraining staff, indicating a mixed financial picture when transitioning.

Beyond specific comparisons to VMware, 21% of reviewers generally reported positive cost savings as a direct impact of implementing Red Hat OpenShift. These savings were primarily attributed to reduced licensing expenses and a lower overall cost structure.

Red Hat OpenShift has positively impacted business objectives by enhancing security, as noted by 10% of reviewers. Users experienced an increased security posture and improved maintenance of security standards within their environments.

Reviewers, representing 10% of the feedback, highlighted that OpenShift significantly contributes to business objectives by enabling quicker delivery of applications and services. This improved speed translates into faster time-to-market and more efficient virtualization processes.

Reviewers frequently integrate Red Hat Ansible Automation Platform with their OpenShift environments, indicating its value in automating IT operations and infrastructure management. Its consistent mention by 24% of reviewers suggests it plays a key role in streamlining workflows for users.

Red Hat Enterprise Linux (RHEL) is identified by 7% of reviewers as a foundational operating system used in conjunction with other Red Hat products. Its inclusion highlights its role as a stable and reliable base for enterprise applications and infrastructure.

Reviewers occasionally cite various Linux distributions, such as Fedora and CentOS, as part of their broader technology stack alongside other Red Hat products. This indicates a general reliance on open-source Linux operating systems to complement their Red Hat deployments.

Azure VMware Solution is mentioned by 7% of reviewers as a complementary technology, suggesting its use in hybrid cloud strategies or for managing virtualized environments. Its inclusion points to the integration of on-premises VMware infrastructure with Azure cloud services.

Reviewers cite Veeam Kasten for Kubernetes, indicating a focus on data protection and disaster recovery specifically for containerized applications within their environments. This highlights the importance of specialized backup solutions within a Kubernetes-centric setup.

Many organizations are actively migrating or planning to migrate their virtual machine workloads from VMware to Red Hat OpenShift Virtualization, a process cited by 48% of reviewers. This transition is often motivated by a desire to reduce costs associated with VMware licenses and to modernize their infrastructure, allowing them to consolidate both traditional VMs and newer containerized applications on a single platform. Reviewers note the ability to host both types of workloads concurrently during the migration process.

Red Hat OpenShift is frequently adopted as a direct replacement for existing virtualization solutions, with 21% of reviewers seeing it as a strong alternative to VMware. This move is often driven by commercial considerations and a perceived lack of flexibility in legacy platforms. Reviewers appreciate OpenShift's capability to provide a comprehensive virtualization and containerization platform on-premises.

Organizations leverage Red Hat OpenShift Virtualization to host and manage virtual machine workloads, often alongside containerized applications, a use case noted by 14% of reviewers. This capability allows for the integration of traditional and modern workloads within a single cluster. It is particularly useful for applications that are not yet ready for containerization or for setting up servers for specific application requirements.

Red Hat OpenShift is valued for providing a unified platform that can manage various types of workloads, including virtualization, clusters, and containers, a benefit highlighted by 10% of reviewers. This consolidation helps organizations streamline operations and potentially reduce costs by having a common environment for both virtual machines and containerized applications. It offers a single solution for diverse infrastructure needs.

A significant business problem addressed by Red Hat OpenShift Virtualization is the reduction of operational costs, with 10% of reviewers explicitly mentioning cost savings. Users report that the platform is a more economical alternative compared to previous virtualization solutions like VMware. These savings are often a key driver for migrating to OpenShift, alongside the benefits of modernizing infrastructure.

Reviewers frequently highlight OpenShift Virtualization for its ability to combine legacy and new workloads on a single platform, leading to improved efficiency and cost savings. This feature is particularly valued for reducing the overhead associated with managing VM environments and facilitating the easy migration of virtual machines. The capability to access both VMs and containers through OpenShift also streamlines product implementation and centralizes workload management.

Reviewers appreciate OpenShift's integration capabilities, which are seen as crucial for streamlining the application development lifecycle, particularly between development and production environments. The platform's ability to manage both containers and virtual machines from a single panel significantly increases efficiency. Additionally, users note improvements in the upgrade process, contributing to overall operational efficiency.

OpenShift is credited with enabling organizations to adopt modern development standards and paradigms, such as new DevOps roles, which contributes to a more modular approach to application development. The platform facilitates a unified environment that allows access to both virtual machines and containers, supporting these evolving standards. This helps organizations build new platforms and onboard applications efficiently.

Reviewers predominantly report using Red Hat OpenShift in on-premises environments, with 18% of reviewers explicitly stating this current deployment model. While some are exclusively on-premises, others are exploring or planning to extend this usage to hybrid or cloud strategies, indicating a transitional phase for some organizations. This suggests that while on-prem is a current reality, future directions often involve broader deployment strategies.

A notable portion of reviewers, 10%, are either actively pursuing or planning a hybrid or multi-cloud strategy with Red Hat OpenShift. This often involves extending existing on-premises deployments to public cloud environments for benefits like improved resiliency, disaster recovery, and broader deployment options. Reviewers also acknowledge OpenShift's capability to support both on-premise and public cloud, including air-gapped environments, as a key factor in these strategic considerations.

Reviewers find Red Hat OpenShift valuable for facilitating workload migration and achieving platform unification, with 8% specifically mentioning these benefits. The ability to move workloads from on-premises to public cloud environments is seen as a key advantage, offering flexibility and choice in deployment. This capability supports the goal of consolidating diverse workloads onto a single, consistent platform.