Container deployment patterns validated for zero trust In this blog, we will learn how container deployment patterns can be validated for zero trust. Confidential computing leverages a Trusted Execution Environment (TEE) to protect data during processing, providing encryption not only for stored and transmitted data but also for data actively in use. Building on this…
OpenShift Confidential Containers Now on Microsoft Azure In this blog, we will learn how OpenShift Confidential Containers Work on Microsoft Azure. Red Hat has officially announced the general availability of OpenShift Confidential Containers (CoCo) on Microsoft Azure, empowering organizations to run containerized applications with reinforced security. This launch gives enterprises the confidence to handle sensitive…
Migration Toolkit 2.9: Speed and Efficiency for VM Moves In this blog, we will learn about how Migration Toolkit 2.9 delivers speed and Efficiency for VM Moves. The Migration Toolkit for Virtualization (MTV) 2.9 introduces major enhancements designed to speed up virtual machine (VM) migrations and reduce business disruption when moving workloads to Red Hat…
Enabling DPUs for cloud-native operations with Red Hat OpenShift In this blog, we are going to learn how to enable DPUs for cloud-native operations with Red Hat OpenShift. Introduction Modern data centers are undergoing rapid transformation to deliver better performance, stronger security, and higher efficiency. At the heart of this transformation is the Data Processing…
The Secrets of Modern Virtualization In this blog, we will learn about the secrets of Modern virtualization. Virtualization has evolved significantly over the decades, bringing with it fresh challenges around cost, licensing, and adapting to modern infrastructure needs. At the recent Red Hat Summit, Red Hat OpenShift Virtualization took center stage as a key player…
Networking in OpenShift Virtualization In this blog, we will learn about networking in OpenShift Virtualization. Introduction to OpenShift Networking OpenShift, Red Hat’s powerful Kubernetes platform, delivers a highly programmable and secure networking model out of the box. However, some advanced enterprise workloads require more than what the default OVN-Kubernetes network provides, particularly those needing direct…
Disaster Recovery Strategies for Stateful Virtual Machines on OpenShift In this blog, we will learn about disaster recovery strategies for stateful virtual machines on OpenShift. As enterprises increasingly migrate critical workloads to Kubernetes platforms, ensuring robust disaster recovery (DR) for stateful virtual machines (VMs) has become a vital aspect of business continuity planning. Unlike stateless…
Red Hat Enterprise Linux Lightspeed teaches you Linux with AI In this blog, we will learn how Red Hat Enterprise Linux Lightspeed teaches you Linux with AI. RHEL Lightspeed combines Red Hat’s deep expertise with cutting-edge AI technology to help users become proficient with their Linux environments. It provides proactive guidance and simplifies the process…
OpenShift incorporates an ambient Service Mesh and scalable GitOps In this blog, we will learn about how OpenShift incorporates an ambient service mesh and scalable GitOps. Kubernetes serves as the backbone of the cloud-native strategy for modern application deployment. However, successfully managing an application’s full lifecycle — including building, securing, deploying, monitoring, and operating —…
Google Cloud Virtualization with Red Hat OpenShift In this blog, we will learn about Google Cloud virtualization with Red Hat OpenShift. Organizations today face the ongoing challenge of maintaining aging infrastructure while managing rising costs in the virtualization space. At the same time, there’s a growing need to modernize systems to align with current technology…