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Trilio

OpenStack Tutorial: How to One-Click Restore OpenStack Workloads with Trilio

Trilio for OpenStack Tutorial - One Click Restore Trilio is the OpenStack-native data backup and recovery solution that gives OpenStack users the ability to restore entire workloads with one click. Trilio helps OpenStack users protect their clouds and efficiently create, store and manage point-in-time backups while providing policy-based recovery times to meet application SLA’s. Trilio is not a third-party legacy solution. It is the OpenStack-native backup service.

How to reduce your RPO and recover rapidly from failure on your K8s Cluster with Trilio and Mirantis

What is Continuous Restore Trilio’s Continuous Restore capability enables migration and replication of stateful applications in seconds or minutes so that all Organizations can protect and use their data anywhere - regardless of what the application runs on or where the data is stored. This innovation enables data-driven organizations to access ‘Single-Source-of-Truth’ data from multiple heterogeneous clouds simultaneously, from any cloud or storage platform to another, providing near-instantaneous recovery times for your workloads.

Intelligent Recovery with Trilios Continuous Restore

New Innovation Enables Data-Driven Organizations to Access ‘Single-Source-of-Truth’ Data from Multiple, Heterogeneous Clouds Simultaneously. Trilio’s Continuous Restore capability enables migration and replication of stateful applications in seconds or minutes so that all companies can protect and use their data anywhere, from core to edge—regardless of what the application runs on or where the data is stored.

How to - Disaster Recovery of a MineCraft Server on Red Hat OpenShift with Trilio

In this Video our Senior Solution Architect Rodolfo Casas is demonstrating how easy e.g. a MineCraft Server can be disaster recovered from one OpenShift Cluster to another. In this case we are talking about a DR scenario from ROSA (Red Hat OpenShift on AWS) to ARO (Azure Red Hat OpenShift Service)

Discover Cloud Native Protection and Portability at Scale

Most enterprises today are running containerized applications in distributed environments (meaning their architecture uses a combination of cloud, core and edge resources). While distributed environments are beneficial for things like speed, efficiency and cost, they work best when data can freely and easily move between them. This can make it difficult for organizations to execute disaster recovery and migrations for their cloud-native applications at scale.