In my previous blog post, (OpenShift Virtualization Backup and Restore with Trilio in AWS ROSA Baremetal ) I discussed how to protect VMs running in OpenShift Virtualization, specifically in AWS ROSA Baremetal environments. In this post, I want to focus on how you can recover a VM in less than 3 minutes. When it comes to recovery in Kubernetes environments, many of us feel relatively at ease, especially if the Persistent Volumes (PVs) are not particularly large.

Migrating to the cloud is no longer just an option for businesses—it’s a strategic necessity in today’s digital landscape. The cloud offers unparalleled scalability, flexibility, and cost-efficiency, but it also presents a unique set of cloud network security challenges. A misstep in securing your network during migration can expose sensitive data, disrupt operations, and impact compliance.

The rise in cyberattacks has become a pressing concern for organizations worldwide, threatening sensitive data, operational continuity, and trust. Cybercriminals are using increasingly complex strategies to attack vulnerabilities in systems and networks in a variety of organizations. By offering safe, segregated virtual networks in the cloud, Amazon Virtual Private Cloud (Amazon VPC) provides a strong defense against these attacks.

Organizations of all sizes require security tools to meet their complex hybrid cloud needs. As their cloud environments and workloads evolve, this includes solutions that can scan for vulnerabilities in container images regardless of their location across public and private cloud environments. The problem is, most organizations lack this capability. Many use tools that don’t allow the flexibility to move quickly and scan their full breadth of cloud assets.

The cloud gives you agility, speed, and flexibility – but it also opens new doors for attackers. For DevOps teams, every line of code, every container, and every deployment pipeline is a potential entry point and missteps are easier than ever. Misconfigurations alone cause 80% of all security breaches in cloud environments, so the stakes are even higher. This poses a severe security risk with wide-ranging consequences, making it evident that cloud-native environments demand a new security mindset.

Even the simplest mistakes can leave your data wide open to cyber threats. If the worst happens and there’s an attack, cybercriminals gain free-for-all access to your cloud resources. They tamper with your data, disrupt workflows, and steal sensitive information, meaning the need for Privileged Access Management (PAM) best practices are more indispensable than ever for any robust cloud security strategy.