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Cloud · head to head

OpenEBS vs Velero

OpenEBS logo

OpenEBS

Cloud

Open source container-attached storage for Kubernetes

From
Free
Rated
-
Full reviewWebsite
Velero logo

Velero

Backup

Open source backup and migration for Kubernetes cluster resources

From
Free
Rated
-
Full reviewWebsite

The short version

  • Each has a real cost: OpenEBS there is no vendor on the other end of an incident unless you separately contract DataCore, so an outage at three in the morning is resolved by your own team and a public Slack channel.; Velero there is no vendor support contract from the project itself, so a failed restore during an outage is resolved by your team reading source code and GitHub issues.
  • They diverge on capability: OpenEBS covers Replicated engine, Velero covers Cluster resource backup.
  • Prices and features above were last checked on 1 September 2026.

Where they differ

Only the attributes on which OpenEBS and Velero actually diverge.

Attributes where OpenEBS and Velero differ
AttributeOpenEBSVelero
CategoryCloudBackup

Identical on both: starting price (Free), pricing model (Open source, no licence fee), free tier (Yes), platforms (Linux), user rating (Not yet rated).

What each one covers

Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.

Only in OpenEBS

  • Replicated engine
  • Local PV engines
  • Kubernetes-native management
  • Snapshots and clones
  • No licence fee
  • Hardware independence

Only in Velero

  • Cluster resource backup
  • Volume snapshots
  • File-level backup
  • Cross-cluster restore
  • Backup hooks
  • Scheduled backups
  • Object storage targets

What people use each for

The jobs each tool is most often brought in to do.

OpenEBS

  • Running Cassandra or Kafka on Kubernetes where the application already replicates and node-local volumes are sufficientnot Velero
  • A platform team that needs persistent volumes on bare metal Kubernetes without a per node subscriptionnot Velero
  • An edge or lab deployment where a commercial storage licence cannot be justifiednot Velero
  • Replacing hostpath volumes with something that has snapshots and a Container Storage Interface drivernot Velero

Velero

  • A platform team needing namespace-level restore after an accidental deletion, with no budget for a backup productnot OpenEBS
  • Migrating workloads between Kubernetes clusters or between cloud providers using backup and restorenot OpenEBS
  • Capturing cluster configuration before a risky upgrade so the previous state can be reinstatednot OpenEBS
  • An organisation proving a Kubernetes recovery capability to an auditor before deciding whether to buy a commercial productnot OpenEBS

Where each one falls short

Documented limitations, not opinions. Every one is a constraint you would hit in normal use.

OpenEBS

  • There is no vendor on the other end of an incident unless you separately contract DataCore, so an outage at three in the morning is resolved by your own team and a public Slack channel.
  • The project has several storage engines with different maturity and different operational characteristics, and choosing the wrong one for your workload produces poor results that look like a product failure.
  • Documentation and upgrade guidance assume real Kubernetes storage knowledge, so teams without that expertise underestimate the operational load they are taking on.
  • Project governance shifted after DataCore acquired MayaData in 2021, which means the direction of a supposedly neutral project is influenced by one commercial sponsor.
  • Disaster recovery, cross-cluster replication and policy-driven data services are thinner than in the commercial alternatives, so organisations with those requirements end up building them or buying a product anyway.

Velero

  • There is no vendor support contract from the project itself, so a failed restore during an outage is resolved by your team reading source code and GitHub issues.
  • Application consistency depends on backup hooks you write and maintain, and a database backed up without a correct hook restores to a state that may not be usable.
  • Restore ordering across dependent resources such as custom resource definitions and operators needs manual attention, and complex applications frequently need a documented runbook rather than a single restore command.
  • Corporate engineering investment became uncertain after Broadcom acquired VMware, which is a real consideration for anyone building a long retention policy on the project.
  • Object storage egress charges apply on restore and are billed by your cloud provider, so a full cluster recovery from another region carries a cost discovered during the incident rather than during planning.

Pricing, plan by plan

OpenEBS

Free
  • OpenEBSFree
    • Apache 2.0 licensed
    • All storage engines included
    • No node or capacity limits

Velero

Free
  • VeleroFree
    • Apache 2.0 licensed
    • No cluster or capacity limits
    • Community support via Kubernetes Slack and GitHub

Which should you pick?

Choose OpenEBS if

  • You need replicated engine.
  • You want to start without paying.
  • You work on Linux.
  • You also want local pv engines.
OpenEBS review

Choose Velero if

  • You need cluster resource backup.
  • You want to start without paying.
  • You work on Linux.
  • You also want volume snapshots.
Velero review

Questions people ask

Is OpenEBS or Velero better?
Neither clearly leads. OpenEBS starts at Free and Velero at Free, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
Which is cheaper, OpenEBS or Velero?
OpenEBS starts at Free and Velero at Free.
Does OpenEBS or Velero run on more platforms?
Both run on Linux, so platform support will not decide this one for you.
Can I use OpenEBS for free?
Both have a free tier, so you can try either at no cost before committing.
What is OpenEBS best used for?
OpenEBS is most often used for running cassandra or kafka on kubernetes where the application already replicates and node-local volumes are sufficient, a platform team that needs persistent volumes on bare metal kubernetes without a per node subscription, an edge or lab deployment where a commercial storage licence cannot be justified, replacing hostpath volumes with something that has snapshots and a container storage interface driver. Of those, running cassandra or kafka on kubernetes where the application already replicates and node-local volumes are sufficient and a platform team that needs persistent volumes on bare metal kubernetes without a per node subscription are not what Velero is typically brought in for.
What can OpenEBS do that Velero cannot?
OpenEBS covers Replicated engine, Local PV engines, Kubernetes-native management, Snapshots and clones. Velero covers Cluster resource backup, Volume snapshots, File-level backup, Cross-cluster restore.

Answered from the vendors’ own pages

OpenEBS: Who supports it in production?

The project is community supported. Commercial support is available from DataCore, which acquired the original sponsor MayaData in 2021. Establish that relationship before production, not during an incident.

Velero: Can we buy support for Velero?

Not from the project. Several commercial Kubernetes backup products package or extend it and sell support, which is the practical route to an accountable vendor.

OpenEBS: Which engine should we use?

If your application replicates its own data, use a Local engine and avoid replicating twice. If it does not, such as with PostgreSQL, use the Replicated engine.

Velero: Does it back up persistent volume data?

Yes, through cloud or Container Storage Interface snapshots, or through file-level upload where snapshots are not available.

OpenEBS: Does it cost anything?

No licence fee. The cost is operational, and a support contract if you want someone accountable.

Velero: What does it cost?

Nothing to licence. You pay for object storage capacity and for egress on restore, both billed by your cloud provider.

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