Ceph vs MinIO
| Tagline | Massively scalable distributed storage system with block, object, and file interfaces | High-performance S3-compatible object storage (now archived/commercialized) |
| Category | File Storage & Sync | File Storage & Sync |
| Replaces | Dropbox, Box, Google Drive | Dropbox, Google Drive, Box |
| GitHub stars | 17k | 61k |
| Language | C++ | Go |
| License | LGPL-2.1 | AGPL-3.0 |
| Self-host difficulty | 5/5 Advanced | 2/5 Simple |
| Deploy options | Kubernetes Manual | Docker Docker Compose Kubernetes Manual |
| Managed hosting | ||
| Last updated | yesterday | 5 months ago |
| View repo | View repo |
Where each falls short
The honest trade-offs — what you give up with each, versus the proprietary tools they replace.
Ceph
- Extremely complex to deploy and tune; requires dedicated cluster expertise
- High minimum hardware requirements (multiple nodes recommended)
- No consumer-facing web UI out of the box; administration is CLI-heavy
MinIO
- Community open-source repo was archived in April 2026; development moved to the commercial AIStor product
- Object storage only — no end-user file sync clients, sharing UI, or document collaboration
- Recent releases stripped the admin web console features, pushing users toward paid offerings
- Requires building app layers on top to behave like Dropbox/Drive
Bottom line
Choose MinIO if you want the lower-effort setup; choose MinIO for the larger community and ecosystem. Ceph has seen more recent development. Open each guide below for deploy steps and the full feature gap.
Ceph
Massively scalable distributed storage system with block, object, and file interfaces