Kubernetes Backup and Recovery
Trilio for Kubernetes provides fast and easy backup of application containers and virtual machines, disaster and ransomware recovery and application mobility across any cluster, anywhere
Easy recovery of Kubernetes Virtual Machines and Containers
Restore Virtual Machines as easy as Containers with Trilio
Watch the video to see the simplicity of restoring Virtual Machines in Kubernetes using Trilio.
Designed exclusively for Kubernetes
Easy Install Operator
Simple Operator Hub or Helm based installation
Agentless
Trilio runs as pods, without the need for sidecars or modification to your applications
Non-Disruptive
Snapshot capture of stateless and stateful applications, PVCs, including VMs
Deployed and managed as CRDs
Trilio extends standard Kubernetes features through Custom Resource Definitions - no separate CLI tool required
Self-Service
Backup & restore helm, label deployments, operators, and VMs using UI or Kubernetes CLI
Scalable
Linear scale with zero degradation
Configurable Recovery
Select components of your application deployments to recover on any Kubernetes cluster
Data Protection For all Kubernetes Distributions
Trilio is designed to backup and restore applications and VMs deployed on all Kubernetes distributions, on-premises or public cloud
Frequently Asked Questions
What does Trilio for Kubernetes backup?
Trilio performs application-centric backups, meaning Trilio includes everything which is required to be able to recover your entire application and virtual machines
Trilio protects the following
- Helm Applications
- Label based Deployments
- Operators (including OLM Operators)
- Virtual Machines
- Persistent Volumes
- Container Image Repository
- Metadata
How can you restore applications and virtual machines?
There are a multiple options to recover your workloads.
- Operational Recovery (on the fly)
- Disaster Recovery
- Malware and Ransomware Recovery
- Test/Dev
- Data Only (Persistent Volumes)
- Metadata Only (application only)
- Recover to Any Kubernetes cluster – on-prem or public cloud
- Files/Folder-Level Restore
Can I use Trilio with RBAC?
Trilio is designed for Kubernetes Role Based Access Control, allowing Kubernetes administrators the ability to set policies on who gets the permission to recover workloads and applications.
Furthermore, Trilio uses DEX IdP for Federated IdP and SSO.
Is Trilio for Kubernetes a SaaS service?
Trilio is not a SaaS service, it is all under your direct control. You simply add Trilio to where you require backup and recovery of your applications, operators and virtual machines and data does not have to leave your datacenter or public cloud region.
Ready to See Trilio for Kubernetes in Action?
Success Story
Major FSI Chooses Trilio for Kubernetes for ARO workload protection
Kubernetes Backup and Recovery Use Cases
Kubernetes Backup and Recovery
Recover any application, persistent volume claim, or helm application release, and even operators to any Kubernetes cluster - including recovery of container repostory images.
Migration
Use Trilio to migrate workloads from on-premises infrastructure to public clouds such as from Upstream Kubernetes in your datacenter to Google GKE or Red Hat OpenShift on AWS. Trilio provides a powerful Transformation feature that enables application recovery between different architecture and avoid resource conflicts.
Disaster and Ransomware Recovery
Encrypt your backups on any storage. Prevent unauthorized changes with immutable backups. Trust your backups to recover from Ransomware and malware. Recover to any Kubernetes cluster where Trilio is deployed. Utilize Trilio's Continuous Restore feature to continually send the latest Persistent Volume data to any number of other Kubernetes clusters to provide immediate failover in the event of a disaster.
Automation
Utilize Trilio as part of development CI/CD pipelines to move data between production, development and testing. Use Trilio's Ansible automation playbooks to execute orchestrated and repeatable backup and recovery actions. And take control of policy and governance through Kyverno and OpenShift ACM.
