Red Hat OpenShift Container Platform Reviews

Red Hat OpenShift Container Platform led to substantial cost savings, with infrastructure and operational expenses reduced by 70%. It provided a centralized system with enhanced security, easier management, and improved scalability. Technical users gained significant knowledge, while organizations saw benefits mainly through cost reduction. Although some have not yet experienced a financial return, most found it worth the investment, especially with the migration from VMs to containers, offering significant long-term savings.

Enterprise users describe the pricing of Red Hat OpenShift Container Platform as costly but reflective of its enterprise-level capabilities. Flexible licensing options are mentioned, often based on processing power and infrastructure needs. While some find the pricing justified by the value provided, others note it's more expensive compared to alternatives. Discounts are available for longer-term commitments, but setup and resource maintenance can add significant costs. The solution is viewed as worth the investment, although still priced as a premium product.

• "OpenShift pricing varies by region. For example, a simple cluster with three nodes in DAL-10 might cost around $560 to $580 per month, subject to specific configurations like memory and CPU cores."
• "The product is expensive."
• "The product pricing is competitive and structured around vCPU subscriptions, aligning with our application requirements."

Organizations utilize Red Hat OpenShift Container Platform primarily for deploying applications, particularly microservices in banking and telecom sectors. They focus on automation, managing Kubernetes features, and transitioning from monolithic to cloud-native architectures. Use cases include developing financial services, integrating APIs, managing on-premises or cloud environments, and ensuring security and compliance. The platform supports diverse deployments across sectors with efficient scaling, automation, and orchestration of workloads, crucial for modernizing legacy systems and enhancing operational efficiency.

Red Hat OpenShift Container Platform's customer service and support often receive praise for rapid response and technical expertise. They provide effective solutions and detailed guidance, yet some users face delays and repetitive questions. Support varies across regions, with US engineers seen as more skilled. Licensing issues can cause confusion. Some also mention that internal communication can improve. While most interactions are positive, there are suggestions for better prioritization and unified systems.

Users experienced varying levels of complexity with Red Hat OpenShift Container Platform's initial setup. In the 3.x version, the setup was complex, but version 4.x significantly improved by including a setup engine handling most tasks. Cloud deployment was quicker, while on-premises installations took longer. Documentation and tools like Terraform and Ansible eased the process for many, although some found manual steps challenging when not using managed services. Preparation and familiarity influenced the perceived ease.

Red Hat OpenShift Container Platform is highly scalable, efficiently handling large user volumes and traffic through robust auto-scaling capabilities. Users appreciate its flexibility and ease of scaling, although hardware limitations can occur. Its scalability is well-integrated across various environments like cloud platforms, allowing seamless expansion. While effective for enterprises, some users report documentation gaps and resource consumption concerns. Users frequently commend its ability to manage multiple clusters and nodes, supporting a wide range of businesses effectively. Scalability ratings range high.

Red Hat OpenShift Container Platform is mostly stable, with improvements from earlier versions. Users report it is reliable, robust, and handles upgrades well, though occasional bugs exist. Stability varies with integration and management practices. The platform benefits from redundancy features but has faced challenges such as UI freezing and network issues. Many rate its stability highly, citing it as a stable choice for critical applications, despite some regional scalability challenges.