Trilio has announced the general availability of Continuous Restore, which offers faster levels of replication, restoration and migration of Kubernetes data and metadata from any cloud or storage platform to another, providing near-instantaneous recovery times for cloud-native applications.
Entirely distribution-, cloud- and storage-agnostic, Trilio’s Continuous Restore enables users to continuously stage data in multiple heterogeneous clouds. This means that applications—regardless of where they reside—can tap into that data and be brought online in seconds, achieving exceptional levels of Recovery Time Objectives (RTO). The capability is available now in the TrilioVault for Kubernetes v3.0 cloud-native data protection and management platform.
Continuous Restore helps customers comply with disaster recovery protocols, protect against ransomware attacks, migrate applications to meet cost and performance objectives and more. Users can achieve availability objectives and recover from failures or cloud region outages in a matter of seconds or minutes rather than days or weeks. Using Continuous Restore, RTO will improve by over 80% versus traditional methods.
Continuous Restore also allows IT teams to optimize performance and achieve better Total Cost of Ownership (TCO) by choosing the infrastructure best suited to current needs. The Continuous Restore capability also enables organizations to unify their infrastructure, especially those that have grown quickly and adopted a variety of compute platforms and storage solutions to meet unique needs.
Developers can increase the velocity of CI/CD pipelines by staging data for multiple test/dev environments. These test/dev environments can be spun up in seconds with continuously replicated production data, thereby accelerating the push of validated changes into production. In fact, DevOps teams can use this capability to test their “restore” protocols on a more consistent basis to ensure that restore will work when needed.
Trilio also announced an extension of its integration for Red Hat OpenShift, including Fleet Management capabilities with Red Hat Advanced Cluster Management (ACM), support for Red Hat OpenShift managed services on AWS or Azure and forthcoming OpenShift Virtualization support.