The latest evolution of Red Hat OpenShift is designed to help teams move ideas forward without getting stuck in infrastructure details. It reimagines OpenShift as a cloud application platform that works consistently across AWS, Azure, Google Cloud, and IBM Cloud, as well as hybrid environments.

Instead of managing each environment separately, OpenShift gives developers more sovereign control over their deployments, so they can focus on building and shipping features. The platform brings together:

• Hybrid cloud consistency – a common way to deploy and operate apps across multiple clouds and on-prem.
• Integrated AI assistance – to diagnose issues in real time and suggest automated fixes.
• Modern virtualization – to bridge traditional virtual machines with cloud-native containers and reduce vendor lock-in.
• Built-in security capabilities – including Zero CVE images and confidential computing options.
• Developer-focused tooling – like DevSpaces, GitOps workflows, and cloud development environments powered by leading LLMs such as Gemini and Claude.

Together, these capabilities help organizations rethink how they deliver applications in a hybrid cloud world, with less friction between infrastructure and development teams.

The new OpenShift Intelligent Assistant brings agentic AI directly into the platform to help keep deployments running smoothly.

Instead of manually digging through logs and dashboards, teams can rely on the assistant to:

• Provide real-time diagnosis – It continuously analyzes what’s happening in your OpenShift environment and flags potential issues as they emerge.
• Propose automated remediations – It doesn’t just point out problems; it suggests concrete actions and, where appropriate, can help automate those fixes to reduce downtime.
• Support uninterrupted deployments – By catching issues early and recommending next steps, it helps minimize disruption to running applications.

This AI-driven approach helps operations and development teams respond faster, reduce manual troubleshooting, and maintain more reliable application delivery across their hybrid cloud footprint.

The latest OpenShift capabilities are designed to address three common concerns: security, virtualization, and developer productivity.

1. Security enhancements

• Zero CVE images – Container images are curated to have zero known Common Vulnerabilities and Exposures (CVEs) at release time, reducing the risk of deploying insecure components.
• Confidential computing – Helps protect data in use, not just at rest or in transit.
• OpenShift sandboxed containers – Provide stronger isolation for sensitive or untrusted workloads.
• Post-quantum cryptography – Prepares organizations for future cryptographic requirements as quantum computing matures.

2. Modern virtualization

• Bridge VMs and containers – OpenShift offers a way to run traditional virtual machines alongside cloud-native containers on the same platform.
• Reduce vendor lock-in – By consolidating workloads on OpenShift, organizations can avoid being tied to a single virtualization vendor and gain more flexibility in how they modernize applications.

3. Developer velocity

• DevSpaces – Cloud-based development environments that make it easier for developers to get started quickly and work consistently across teams.
• GitOps workflows – Use Git as the single source of truth for deployments, improving traceability and repeatability.
• Cloud development environments with LLMs – Integration with leading large language models like Gemini and Claude supports code assistance, documentation, and workflow automation.

Together, these capabilities help organizations secure their workloads, modernize infrastructure, and streamline how developers build and ship software on OpenShift.