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Trilio

OpenStack and Kubernetes Backup and Recovery

Trilio is a leading provider of cloud-native Data Protection software solutions, engineered from the ground up for Kubernetes, KubeVirt and OpenStack environments. Our platforms deliver a modern backup and recovery experience enabling Cloud Architects, Platform Engineers, ITOps and DevOps to support disaster recovery, backup & recovery, ransomware protection, and application mobility initiatives.

What We Do
At Trilio, we believe that data protection should be effortless, automated, and predictable. Our platform, Trilio delivers a modern data protection experience that gives customers more power and control over their cloud and container environments.

Organizations of all sizes, from well-known brands to ambitious start-ups, rely on our cloud-native data protection software to manage and backup their applications so they can meet their Service Level Agreements (SLAs), and compliance requirements and recover from planned or unplanned outages. 

We’re a leading provider of cloud-native data protection software engineered from the ground up to support the scale, performance, and mobility requirements of Kubernetes, OpenStack, and Red Hat Virtualization environments. Trilio’s design dramatically reduces the amount of time spent on restoration and migration activities and gives IT and DevOps teams complete control over their cloud-native applications.

Products

Trilio for OpenStack

Trilio for OpenStack offers scalable, native, and agentless multi-tenant backup and recovery, delivering seamless workload protection with flexible storage options tailored for dynamic cloud environments.

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Trilio for Kubernetes

Trilio for Kubernetes delivers scalable, agentless backup and disaster recovery for cloud-native applications running on OpenShift and Kubernetes. Offering up to 80% faster recovery, seamless workload mobility, and precise granular restores, Trilio enables organizations across financial services, telecom, and technology to reduce downtime, strengthen resilience, and meet stringent compliance requirements in highly regulated environments.

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