Velero vs Kasten K10: Kubernetes Backup and DR Comparison (2026)
Velero vs Kasten K10 head-to-head — features, ease of setup, cost, and which one to choose for Kubernetes backup and disaster recovery in 2026.
Kubernetes backup is one of those things teams skip until they lose data. When you finally decide to set up a backup solution, you'll quickly hit two dominant options: Velero (open source) and Kasten K10 (enterprise product from Veeam).
They solve the same problem — backing up Kubernetes workloads — but take completely different approaches.
What You're Actually Backing Up in Kubernetes
A "Kubernetes backup" needs to cover:
- Cluster resources — Deployments, Services, ConfigMaps, Secrets, RBAC
- Persistent data — PVC contents (your database files, uploads, etc.)
- Application state — ideally application-consistent snapshots
The tricky part is PVC data. Resource manifests are just YAML — easy to back up. But the actual data in a PVC requires volume snapshots or file-level backup.
Velero
Velero (formerly Heptio Ark) is the open-source standard for Kubernetes backup. It's maintained by VMware.
How Velero Works
Velero Agent (in cluster)
↓
Backs up K8s resources (YAML) → Object Storage (S3, GCS, Azure Blob)
↓
Backs up PVC data → Volume Snapshots (via CSI or cloud-native snapshots)
Velero takes snapshots of your cluster state and stores them in object storage. PVC backup uses CSI volume snapshots or Restic/Kopia for file-level backup when snapshots aren't available.
Setting Up Velero
# Install Velero CLI
wget https://github.com/vmware-tanzu/velero/releases/latest/download/velero-linux-amd64.tar.gz
tar -xvf velero-linux-amd64.tar.gz
sudo mv velero /usr/local/bin/
# Install Velero with AWS S3 backend
velero install \
--provider aws \
--plugins velero/velero-plugin-for-aws:v1.9.0 \
--bucket my-velero-backups \
--secret-file ./credentials-velero \
--backup-location-config region=ap-south-1 \
--snapshot-location-config region=ap-south-1 \
--use-node-agent # Enable file-level PVC backup (Kopia)credentials-velero file:
[default]
aws_access_key_id=<ACCESS_KEY>
aws_secret_access_key=<SECRET_KEY>
Creating Backups
# Backup entire namespace
velero backup create prod-backup --include-namespaces production
# Backup with PVC snapshot
velero backup create prod-backup \
--include-namespaces production \
--default-volumes-to-fs-backup # File-level backup for PVCs
# Schedule daily backup at 2 AM
velero schedule create daily-backup \
--schedule="0 2 * * *" \
--include-namespaces production \
--ttl 720h # Keep for 30 days
# Check backup status
velero backup get
velero backup describe prod-backupRestoring
# Restore from backup
velero restore create --from-backup prod-backup
# Restore to a different namespace
velero restore create \
--from-backup prod-backup \
--namespace-mappings production:production-restore
# Check restore status
velero restore get
velero restore describe prod-backup-restoreKasten K10
Kasten K10 is a Kubernetes-native data management platform from Veeam. It has a proper UI, policy engine, and enterprise features. Free tier available (up to 10 nodes).
How K10 Works
K10 is deployed as a set of microservices in your cluster and provides:
- Web UI for backup management
- Policy-based backup (not just manual commands)
- Application-level backup (understands app dependencies)
- Multi-cluster dashboard
- DR orchestration
# Install K10 via Helm
helm repo add kasten https://charts.kasten.io/
helm repo update
helm install k10 kasten/k10 \
--namespace kasten-io \
--create-namespace \
--set auth.tokenAuth.enabled=true
# Access K10 dashboard
kubectl --namespace kasten-io port-forward service/gateway 8080:80
# Open: http://localhost:8080/k10/#/K10 UI Dashboard
K10 has a built-in web UI where you can:
- See all applications and their backup status
- Create backup policies with retention rules
- Run ad-hoc backups
- Monitor restore jobs
- Set up cross-cluster DR
This is the biggest difference from Velero — you get a proper management interface without needing to memorize CLI flags.
Creating a K10 Policy
In the K10 UI: Policies → Create New Policy
Or via YAML:
apiVersion: config.kio.kasten.io/v1alpha1
kind: Policy
metadata:
name: production-daily
namespace: kasten-io
spec:
comment: Daily backup of production namespace
frequency: "@daily"
retention:
daily: 7
weekly: 4
monthly: 12
selector:
matchExpressions:
- key: k10.kasten.io/appNamespace
operator: In
values:
- production
actions:
- action: backup
backupParameters:
profile:
namespace: kasten-io
name: s3-profileFeature Comparison
| Feature | Velero | Kasten K10 |
|---|---|---|
| License | Open source (Apache 2.0) | Free up to 10 nodes, paid beyond |
| Web UI | No (CLI only) | Yes (full dashboard) |
| Storage backends | S3, GCS, Azure Blob, MinIO | All major clouds + MinIO |
| PVC backup | CSI snapshots + Kopia file-level | CSI snapshots + Kopia |
| Application-aware backup | Limited (hooks) | Yes (understands app topology) |
| Pre/post backup hooks | Yes | Yes |
| Multi-cluster | Manual (separate installs) | Yes (centralized dashboard) |
| DR orchestration | Manual | Automated runbooks |
| Encryption | S3-side encryption | At-rest + in-transit |
| RBAC integration | Basic | Fine-grained |
| Catalog/search | Limited | Full backup catalog with search |
| Learning curve | Medium (CLI-driven) | Low (UI-driven) |
Performance and Reliability
Both use CSI volume snapshots for the fastest, most consistent PVC backups. The performance difference comes from the backup agent:
Velero with Kopia is efficient and well-tested for large volumes. Kopia does block-level deduplication and compression.
Kasten K10 has additional intelligence for application-consistent backups — it can quiesce databases before snapshotting using pre-backup hooks.
When to Use Velero
- You need a free, open-source solution
- Your team is CLI-comfortable and doesn't need a UI
- You're running fewer than 10 namespaces/applications
- You want maximum control and customization
- You're already using GitOps and want backup-as-code
# Everything as code in Velero
velero schedule create prod-hourly \
--schedule="0 * * * *" \
--include-namespaces production \
--ttl 168h # 7 daysWhen to Use Kasten K10
- You need a UI for backup visibility (ops teams, management)
- You're managing multiple clusters
- You need DR orchestration (not just backup)
- You have application-consistency requirements (databases with strict RPO)
- You have budget for enterprise support
- You have >10 nodes and the free tier doesn't cover you
Cost Breakdown
Velero: Free forever. You pay only for storage (S3 storage costs).
Kasten K10:
- Free: Up to 10 worker nodes
- Paid: ~$100–150/node/year for enterprise features
- Veeam bundles: Available with Veeam Universal License
For a 20-node cluster, K10 could cost $2,000–3,000/year. Velero + S3 for the same cluster is just S3 storage costs.
Hybrid Approach
Some teams use both:
- Velero for namespace-level backup (cheap, automated)
- K10 for critical stateful applications requiring DR orchestration
This is overkill for most teams but exists in large enterprises.
Summary
| Velero | Kasten K10 | |
|---|---|---|
| Best for | CLI-first teams, GitOps, cost-sensitive | Multi-cluster, UI needed, DR orchestration |
| Cost | Free | Free (≤10 nodes), paid beyond |
| UI | None | Full web dashboard |
| Complexity | Medium | Low (once set up) |
| Enterprise features | Limited | Extensive |
| Verdict | Default choice for most | Worth it for large or complex environments |
For most teams starting out — especially those running fewer than 10 nodes or with CLI-comfortable DevOps teams — Velero is the right choice. It's free, battle-tested, and integrates with GitOps workflows.
Kasten K10 earns its cost when you're managing multiple clusters, need DR runbooks, or have an operations team that needs a dashboard they can actually navigate.
Set up your Kubernetes backup lab on DigitalOcean Kubernetes — $200 free credit for new accounts. Spin up a cluster and try both Velero and K10 free tier side by side.
Stay ahead of the curve
Get the latest DevOps, Kubernetes, AWS, and AI/ML guides delivered straight to your inbox. No spam — just practical engineering content.
Related Articles
AWS EKS Pods Stuck in Pending State: Causes and Fixes
Pods stuck in Pending on EKS are caused by a handful of known issues — insufficient node capacity, taint mismatches, PVC problems, and more. Here's how to diagnose and fix each one.
AWS EKS vs Google GKE vs Azure AKS — Which Managed Kubernetes to Use in 2026?
Honest comparison of EKS, GKE, and AKS in 2026: pricing, developer experience, networking, autoscaling, and which one to pick for your use case.
AWS EKS Worker Nodes Not Joining the Cluster: Complete Fix Guide
EKS worker nodes stuck in NotReady or not appearing at all? Here are all the causes and step-by-step fixes for node bootstrap failures.