MinIO vs SeaweedFS: when to choose each
If you already run MinIO and it is stable, the decision is less about features and more about maintenance. The MinIO community repository is archived and distributed as source only, with no further pre-compiled binaries and no updates for legacy binaries, so a new deployment built on it carries upstream maintenance risk. SeaweedFS is licensed Apache-2.0, is still actively released (release 4.48 was published on September 28, 2026), and offers a paid Enterprise Edition. For a new S3 need that must be decided now, that release activity is the first fact to weigh.
MinIO stays the more natural choice for an existing, stable install where the team already knows its erasure-coded layout, mc workflows and Operator-based Kubernetes deployments, and where the organization is prepared to evaluate AIStor for commercially supported operation. SeaweedFS fits better when the workload is dominated by many small files, when you want a filer-based namespace that also exposes HTTP, WebDAV, SFTP or FUSE access, or when you expect the cluster to grow into a larger, multi-master design. Its volume servers keep a 16-byte in-memory index per blob, so confirm that your object count fits the memory you plan to provision on each volume server.
Four factors should drive the decision: maintenance expectations (will you carry patching yourself or buy support), object size profile (large objects versus millions of small ones), cluster scale (single site or several failure domains), and identity and operating skills (your team's experience with Go-built storage, Raft-based masters and filer metadata stores). Before committing, ask the SeaweedFS and AIStor vendors to confirm the S3 API features your applications use, such as versioning, object lock and bucket policies, and document the result against your own test cluster.
Which scenarios favor MinIO and which favor SeaweedFS
This table maps common object storage situations to the platform that fits better and the design reason behind it. Read each row for the condition that would flip the choice, because the right answer often depends on whether MinIO is already running and how the data is shaped.
| Scenario | Better fit | Reason and condition to flip the choice |
|---|---|---|
| An existing MinIO cluster that works today | MinIO, for now | Migrating adds cost and risk with no new feature gain. The community repository is archived and source-only, so plan a support and patch path (AIStor, or a move later) even if you stay. Move sooner if you need binaries, vendor SLAs or security fixes you cannot build yourself. |
| Greenfield S3 store for backups | SeaweedFS or MinIO, depending on support needs | Both speak S3. Choose SeaweedFS when Apache-2.0 licensing and an actively released codebase matter most. Choose MinIO only if you accept building from source or buying AIStor. Confirm S3 features your backup tool needs, such as object lock or versioning, on each platform. |
| Workload dominated by millions of small files | SeaweedFS | SeaweedFS keeps a fixed-size in-memory index entry per blob inside append-only volume files, so metadata overhead is predictable per object. Confirm index memory sizing for your object count with the vendor. MinIO remains valid when objects are mostly large and the team is already operating it. |
| Apache Iceberg data lake | SeaweedFS | SeaweedFS includes S3 Table Buckets with an integrated REST catalog for Iceberg tables. If your query engines already run a separate catalog such as a managed metastore, that built-in feature matters less, and MinIO can still serve as plain S3 storage. |
| Kubernetes-only team | Depends on operator maturity | MinIO has a Kubernetes operator path, but its community operator repository is archived too, so verify the operator you will use. SeaweedFS offers Helm charts, a CSI driver and an operator. Pick the one whose current maintenance you can verify in your own environment. |
| Regulated environment needing vendor support | Neither by default, verify with vendor | MinIO documents SLA-backed support only through AIStor, and community support is best effort. SeaweedFS has a paid Enterprise Edition that adds data recovery and self-healing. Ask each vendor for written support terms, and ask an auditor which evidence they accept. |
| Erasure coding for warm data at scale | Confirm for your layout | MinIO uses erasure coding across its server pools. SeaweedFS supports erasure coding for warm data alongside replication that can be rack and data center aware. Choose based on your failure domains and tested recovery procedure, not on headline capacity. |
| Air-gapped or source-built environment with an internal build pipeline | MinIO or SeaweedFS, both viable | Both are open source and can be built internally. MinIO's community build is installed from source with Go 1.24 or later, and SeaweedFS is Apache-2.0. Factor in who maintains the build chain and how security patches reach you. |
How MinIO and SeaweedFS are built, and what that means for operations
The two platforms split storage responsibilities in different ways, and those splits decide what your team patches, sizes and monitors. The cards below cover MinIO's erasure-coded design, SeaweedFS's component roles and the metadata and deployment choices that follow from them. Each one ends with what to test in your own environment before committing.
Erasure-coded MinIO clusters
MinIO's community server protects objects with erasure coding, which spreads data and parity across drives and nodes so reads can survive some loss. The day-two question is how many drives and nodes a set can lose before objects become unreadable, and how much usable capacity remains after parity overhead is subtracted. Confirm erasure set sizes and the rules for expanding a cluster in the erasure coding documentation before you size hardware. Then rehearse a drive and a node failure on your own hardware and time the recovery.
Source-built community binaries
Community MinIO ships as source only, installed with go install on Go 1.24 or later or built into a Docker image from the supplied Dockerfile. No pre-compiled binaries will be published, and legacy binaries will not receive updates. Your team owns the build pipeline for every upgrade and security patch, including the toolchain, image rebuilds and version pinning. Validate that your CI can rebuild the server from a tagged source tree and that you can roll back to a previous image within your change window.
MinIO Operator for Kubernetes
The MinIO README lists the MinIO Operator as the Kubernetes deployment path. The operator repository is archived as well, so it will not receive new changes, and tenants it manages still run the same archived server code. Check how you would patch the operator and its custom resources, which Kubernetes versions you can run it on and who produces the container images. Test an upgrade of the operator and the server together in a staging cluster before you rely on it for production tenants.
SeaweedFS master, volume and filer roles
SeaweedFS separates master servers, which track where volumes live, from volume servers that hold blobs in append-only volume files, and from filer servers that manage directories and files. Masters run as one server or as a Raft group of three. Day-two work means monitoring three distinct component roles and scaling each one on its own schedule, with filers adding the S3, HTTP, WebDAV, SFTP and FUSE access points. Test master failover and filer restarts under load to confirm how clients behave during each event.
Per-blob in-memory index
SeaweedFS keeps a 16-byte in-memory index entry for each blob, which gives constant-time disk access. Memory use therefore grows with object count as well as with stored bytes, and this matters most for workloads with many small files. Capacity planning should count expected objects alongside terabytes, then measure volume server memory at that object count in a load test. Also confirm with the vendor how deleted space is reclaimed from append-only volume files, since that affects disk headroom over time.
Filer metadata store choice
The SeaweedFS filer can keep metadata in stores that include LevelDB, RocksDB, SQLite, MySQL, PostgreSQL, Cassandra, MongoDB, Redis, Elasticsearch, etcd, TiKV and FoundationDB. The choice sets your failure domain: an embedded store means one fewer service to run, while a networked database brings its own high availability model, backups and skills requirements. Confirm which stores your chosen support arrangement covers, then restore filer metadata from backup in a test and time the result.
Deployment paths and upgrade surface
SeaweedFS can run on Kubernetes through Helm charts, a CSI driver and an operator, and also on Docker or bare metal. MinIO's README points to the Operator for Kubernetes and to Docker builds from source. Each added path, such as CSI for workloads or an operator for lifecycle, adds another component to upgrade and monitor. Choose the path your team already operates, and rehearse each upgrade step on a staging environment that matches production topology.
Side-by-side capabilities for MinIO and SeaweedFS
This table compares the two platforms on license, maintenance status, distribution, S3 and protocol coverage, storage architecture and paid content. Read the rows marked for confirmation as questions to test against each project's current documentation and your own workload before you decide.
| Capability | MinIO community edition | SeaweedFS |
|---|---|---|
| License | GNU AGPL v3.0 for the community server, with commercial licensing available through AIStor | Apache-2.0 for the open-source project, with a paid Enterprise Edition |
| Maintenance status of community code | Repositories minio/minio, minio/operator and minio/mc are archived and read-only, and the README says the repository is no longer maintained | Actively released, with release 4.48 published on September 28, 2026 after 4.47 on September 14 |
| Latest supplied release | RELEASE.2025-10-15T17-29-55Z, published October 16, 2025, as the last tagged community release | Release 4.48, published September 28, 2026 |
| Binary distribution | Source code only, with no further pre-compiled binaries, so teams build with go install (Go 1.24 or later) or a Dockerfile | Docker images, Helm charts, an operator and bare-metal installs, as described in the README |
| S3 API coverage | S3-compatible object storage, but the feature set of the archived community code is fixed at its last release. Confirm the specific S3 operations you need in your own tests | S3 API served through filer servers. Confirm versioning, object lock, bucket policies and lifecycle behavior against current documentation and your test cases |
| Protocols beyond S3 | Not listed in the supplied README beyond S3 and the mc command-line client. Confirm any other access path you need | HTTP, WebDAV, SFTP and FUSE through filer servers, in addition to S3 |
| Metadata and index model | Erasure-coded object storage with an embedded web console. Confirm how metadata scales for your object count with current documentation | Blobs in append-only volume files with a 16-byte in-memory index per blob. Metadata for the filer can sit in stores such as PostgreSQL, MySQL, Redis or etcd |
| Erasure coding | Supported, as described in the MinIO erasure coding documentation | Supported for warm data, as described in the README |
| Replication | Confirm replication options, including multi-site behavior, against current MinIO documentation for the version you deploy | Rack- and data-center-aware replication, as described in the README |
| Encryption at rest and in transit | Confirm encryption at rest and TLS settings for the version you build, since the community code is no longer updated | AES256-GCM encryption at rest and TLS or mTLS, as described in the README |
| Kubernetes deployment options | MinIO Operator is listed as the Kubernetes path, but the operator repository is archived. Confirm its support status before adopting it | Helm charts, a CSI driver and an operator, as described in the README |
| Apache Iceberg support | Not described in the supplied MinIO facts. Confirm with the vendor before relying on it | S3 Table Buckets with an integrated REST catalog for Apache Iceberg tables |
| Paid edition content | AIStor Free is a standalone edition under a free license, and AIStor Enterprise is a distributed edition with commercial support. Confirm each edition's features with MinIO before buying | Enterprise Edition adds data recovery and self-healing storage, according to the README. Confirm current scope and pricing with the vendor |
What drives the running cost of each platform
The running cost of either platform is set less by license fees than by how many disks, nodes and network links you must buy, how much of that raw capacity erasure coding or replication consumes, and how many engineers you must keep on operations. MinIO's community code carries no license fee under the GNU AGPL v3.0, but you pay for the work around it. Because the community edition is now distributed as source code only, with no further pre-compiled binaries, your team either builds the server with Go 1.24 or later or builds the Docker image from the provided Dockerfile, then owns patching of that build. SeaweedFS is Apache-2.0 with a paid Enterprise Edition, so its recurring line items are the Enterprise subscription if you need data recovery and self-healing, plus the same staff and hardware costs. Ask each vendor or partner to state, in writing, which of these components is included and which is extra.
Support is where the two cost models diverge most. MinIO's README describes community support as best effort through GitHub and Slack, and SLA-backed support only through AIStor, so an SLA-backed MinIO quote is a different product purchase, not an add-on to the archived community code. SeaweedFS's paid tier is the Enterprise Edition, whose README says it adds data recovery and self-healing. Those features affect recurring cost in opposite ways: a self-healing layer can reduce manual repair hours, while a support contract adds a fixed annual charge. Ask for the feature list of each tier, the response commitments in writing, and whether the quote covers upgrades and security fixes for the exact build you run. For SeaweedFS, also price the metadata store you choose for the filer, since PostgreSQL, MySQL, etcd and other supported stores each carry their own backup, monitoring and upgrade effort.
Separate one-time costs from recurring ones before you compare totals. One-time items include the design of the disk layout and erasure-coding or replication scheme, the test plan, the build pipeline for MinIO, and the migration of buckets and objects off an existing install. Recurring items include support, patching and rebuilding from source, capacity growth, monitoring of disks, nodes and filer metadata stores, and the staff hours for each upgrade cycle. Ask any implementation partner for a fixed-scope quote that lists each one-time deliverable, each recurring service and each assumption about hardware and data volume. DeployOpen does not publish prices, so request the same scope from every bidder and compare the line items, not only the totals.
Licensing and editions: what is free, what is paid, and what is archived
The MinIO community server is released under the GNU AGPL v3.0, but the community repositories are no longer maintained. The minio/minio, minio/operator and minio/mc GitHub repositories are archived and read-only, so no new issues or changes land there. The README says the community edition is now distributed as source code only, with no further pre-compiled binary releases, and legacy binaries will not receive updates. The last tagged community release is RELEASE.2025-10-15T17-29-55Z, published on October 16, 2025. The README points to two commercial paths: AIStor Free, a standalone edition under a free license, and AIStor Enterprise, a distributed edition with commercial support.
- Archived repositories: minio/minio, minio/operator and minio/mc are read-only, so security fixes will not appear there.
- Source-only distribution: you build the server yourself with Go 1.24 or later, or from the provided Dockerfile, and you own every rebuild.
- Last tagged release: RELEASE.2025-10-15T17-29-55Z, published October 16, 2025.
- Support boundary: community support is best effort through GitHub and Slack, with SLA-backed support only through AIStor.
- Commercial path: AIStor Free or AIStor Enterprise, which the README presents as the route for maintained binaries and commercial licensing.
Confirm with MinIO which AIStor edition, if any, covers your deployment model and what support terms apply before you plan an install or an upgrade.
SeaweedFS is licensed under Apache-2.0, a permissive license that does not require you to publish modifications to the server when you run it internally. The project also offers a paid Enterprise Edition, which its README says adds data recovery and self-healing storage. The community code remains available under its open license, so the paid tier is an addition for specific operational features rather than the only usable build. The latest release listed is 4.48, published on September 28, 2026, after 4.47 on September 14.
- Open license: Apache-2.0 for the community project.
- Paid tier: Enterprise Edition, which the README describes as adding data recovery and self-healing storage.
- Release cadence: 4.48 on September 28, 2026, following 4.47 on September 14.
- Edition boundary: confirm which features your recovery and self-healing requirements depend on, and whether they sit only in the Enterprise Edition.
- Commercial terms: ask the vendor for licensing, support and pricing terms in writing, since the sources supplied here do not state them.
Before you rely on the community build for production recovery, check the edition feature list and the release notes for the version you plan to run.
The GNU Affero General Public License v3.0 is a copyleft license. Its distinguishing feature is the network clause: if you modify AGPL software and users interact with that modified version over a network, you may have to offer them the corresponding source code, even if you never distribute binaries. Distribution of modified or combined AGPL code also triggers source obligations. Running an unmodified AGPL server internally generally creates fewer obligations than running a modified one exposed to users, but the exact answer depends on how the code is used and combined. Treat this summary as orientation, not legal advice.
- Network-facing modification: patching MinIO or any AGPL component and offering it to users over a network can require publishing your changes.
- Distribution: shipping modified or bundled AGPL binaries to customers or partners can trigger source offers.
- Internal use: running unmodified code inside your own environment usually carries lighter duties, but you should confirm this for your architecture.
- Combined works: how your application links to or calls the server can affect whether obligations reach your own code.
- Commercial licensing: MinIO states that commercial or proprietary use must be validated against AGPLv3 obligations and that commercial licensing is available through AIStor.
Get legal review of your specific use, modifications and distribution model before you deploy or change MinIO, and record that review with your compliance evidence.
How to move data off MinIO without losing objects
This sequence moves MinIO object data to a SeaweedFS cluster in verified stages, so each bucket can be proven complete before applications switch endpoints. It also gives a rollback window before MinIO is retired.
Inventory buckets, objects and settings
The platform owner lists every bucket with its object count, total size, versioning state, bucket policy, lifecycle rules, event notifications and object lock settings, and records which application or team writes to each one. Export the IAM users, groups, service accounts and access policies as a separate inventory, because these do not move with the data. The step is done when the inventory is signed off by the owners of each application and stored with the migration record.
Confirm S3 feature use against SeaweedFS
The platform engineer checks each feature in the inventory against the SeaweedFS documentation and its S3 implementation notes, including versioning, object lock, bucket policies, lifecycle expiration, tagging and multipart upload behavior. Any feature that is unsupported, partly supported or configured differently must be flagged, and the application owner decides whether to change the code, the policy or the retention design before cutover. The step is done when every feature has a written status of supported, changed or excluded, and the reader has confirmed each status against the target's current documentation.
Build a SeaweedFS test cluster
The infrastructure team deploys a non-production SeaweedFS cluster on the target platform, whether Kubernetes with the Helm chart or operator, Docker, or bare metal, and chooses the filer metadata store that matches the expected object count and operating skills. Master, volume and filer servers are configured with TLS or mTLS, and the team confirms that the chosen store, replication and erasure coding settings match the design. The step is done when the cluster passes a basic S3 smoke test and the chosen configuration is documented with its version.
Copy a sample set and verify integrity
The team copies a representative sample from several buckets, including small objects, large objects and versioned objects, using a copy tool that works against both S3 endpoints. Each copied object is compared with its source by checksum and by user metadata, content type, tags and last-modified behavior, and any mismatch is logged with the bucket and key. The step is done when every sampled object matches, and the team has recorded which metadata fields transferred and which were rebuilt.
Run application tests against the new endpoint
Application owners point a staging copy of each workload at the SeaweedFS endpoint and run their upload, download, listing, delete, presigned URL and failure-path tests. Client libraries, retry settings, SDK versions and credential handling are checked because they often differ between S3 implementations. The step is done when each application passes its test suite against the new endpoint and the owner signs the result.
Migrate in waves with sync or dual writes
The team migrates buckets in groups, starting with low-risk data, using either a one-way sync that runs until the final cutover or a dual-write pattern where the application writes to both stores for a period. Each wave is reconciled by object count, size and checksum, and any delta caused by writes during the sync is closed before the next wave begins. The step is done when every wave reconciles and the remaining delta is zero at the planned cutover point.
Cut over endpoints and configuration
The platform team changes the DNS record, load balancer target or application endpoint configuration for each workload, while keeping MinIO read-only or still reachable for rollback. Monitoring, backup jobs, log shipping and client configuration files are updated in the same change window, and the owner confirms that reads and writes succeed from production. The step is done when all production clients use the SeaweedFS endpoint and the error rate is checked against the baseline recorded earlier.
Retire MinIO after a rollback window
After the agreed rollback window ends, the team takes a final verified backup of the MinIO data, removes the access keys and service accounts, and shuts down the MinIO servers. The archived community repository means no security updates will come from upstream, so the decommission should happen once the rollback period is closed and not left open. The step is done when the final backup is verified, the decommission record lists every bucket and credential removed, and the reader has confirmed the rollback window length with the business owners.
Where implementation projects usually run long
The timeline for either option depends on the written scope, which is why DeployOpen agrees a fixed scope, deliverables and timeline in writing before work starts. On an existing MinIO install, the largest unplanned item is usually the security review of an upstream that no longer receives maintenance. The MinIO README says the community edition is distributed as source only and that legacy binaries will not receive updates, so the team has to decide whether to build from source with go install or from the provided Dockerfile, pin a known commit, and own every patch from that point. That decision also needs a documented answer on AIStor, because the README points to AIStor Free and AIStor Enterprise as the supported paths and only AIStor carries SLA-backed support. Confirm with MinIO the exact terms of each AIStor edition before the scope is written.
On a new SeaweedFS build, the decisions that take the most time are architectural and should be settled before volume servers are racked. Select the filer metadata store from the list in the README (LevelDB, RocksDB, SQLite, MySQL, PostgreSQL and others) and test it under your expected object count, since the metadata layer carries the load that small files create. Size volume servers for small-file workloads, where the 16-byte in-memory index per blob sets memory needs. Then configure replication and erasure coding for warm data, rack and data-center awareness, TLS or mTLS on every connection, and AES256-GCM encryption at rest, each with its own key handling and certificate rotation process. Identity integration for S3 credentials and acceptance testing against your client applications are the two steps most often underestimated, so ask for both to appear as named deliverables.
Questions buyers ask before choosing MinIO or SeaweedFS
Is the archived MinIO repository safe to run in production?
It can run, but the risk moves to your team. The MinIO repositories are archived and read-only, and the MinIO README says the community edition is distributed as source code only, with no more pre-compiled binaries and no updates for legacy binaries. The last tagged community release is RELEASE.2025-10-15T17-29-55Z, published October 16, 2025. Community support is best effort through GitHub and Slack, and SLA-backed support is available only through AIStor. Your organization would need to build the server, track and apply security fixes, and review AGPLv3 obligations for any modified or network-exposed use. Ask your security team to accept that ownership in writing before production use.
Can we move off MinIO to SeaweedFS without downtime?
Possibly, but only a tested cutover plan can answer that for your data. Downtime depends on how writes are handled during the copy, whether applications can point to two endpoints during the transition, and how many objects and bytes must move. SeaweedFS exposes an S3 interface through its filer servers, so applications that use standard S3 calls may need only an endpoint change. Confirm which S3 features your workloads depend on, such as versioning, object lock and bucket policies, against SeaweedFS documentation before you plan. DeployOpen can plan and implement the move under a written scope that includes the cutover and rollback steps.
What does a MinIO to SeaweedFS migration need from our internal team?
The work needs named owners for four areas, whether the team runs it or a partner does:
- An inventory owner who knows which buckets, applications and retention rules depend on MinIO.
- A storage operator who will run the new cluster, including nodes, disks, TLS or mTLS, backups and monitoring.
- A security reviewer who signs off on encryption at rest, key handling and access policies.
- Application owners who run test transactions and approve the cutover window.
SeaweedFS can run on Kubernetes with Helm charts, a CSI driver and an operator, or on Docker or bare metal, so the platform choice also shapes the skills you need. The effort for each area belongs in the written scope, not in an estimate made here.
Can our own team run SeaweedFS in-house without a partner?
Yes, if your team already runs Linux storage, networking and backup in production. The ongoing duties are patching, capacity planning, monitoring, backup verification, key management and incident response, and the team must own all of them. The SeaweedFS README describes master servers, volume servers and filer servers, plus a choice of metadata stores, so the design decisions need an experienced operator. Check whether the Enterprise Edition features, which the README says add data recovery and self-healing storage, are needed for your recovery targets. DeployOpen plans, implements, hardens, backs up, upgrades, documents and supports self-hosted platforms in your infrastructure, and ongoing support is available as a retainer.
What drives the cost of moving off MinIO up or down?
The license fee is not the main driver, because both the MinIO community edition and SeaweedFS Community Edition are free to use under their licenses, and paid editions are optional. One-time costs include migration design, data transfer, testing and cutover. Recurring costs include the hardware or cloud capacity, staff time for operations, and any support subscription you choose. Costs rise with the number of objects, because the SeaweedFS README describes a 16-byte in-memory index per blob, so memory needs grow with blob count. They also rise with the number of applications that must be retested, and with the number of environments such as air-gapped sites. Costs fall when inventory is clean and cutover is rehearsed.
What should we ask for in a quote for this work?
Ask for a written scope before any work starts, because DeployOpen does not publish a price list and a quote follows from that scope. The scope should list the systems and buckets in and out of the work, the migration method, the test plan and acceptance criteria, the cutover and rollback steps, and what is excluded, such as application code changes. It should name who does each task and what documentation and handover you receive. Ask whether the work is fixed-scope, what triggers a change request, and whether ongoing support, upgrades and testing are quoted separately as a retainer.
Do regulated workloads need AIStor or SeaweedFS Enterprise?
Not automatically, because an auditor assesses evidence of controls, not a license tier. The question is whether your controls depend on vendor-backed fixes and a support SLA. MinIO community support is best effort, and SLA-backed support exists only through AIStor, so a control that requires contractual response times may need AIStor. The open-source SeaweedFS repository documents AES256-GCM encryption at rest and TLS or mTLS, while the README places data recovery and self-healing in the Enterprise Edition. Confirm each requirement with your auditor and the vendor. DeployOpen prepares systems, controls and evidence for compliance assessments, but it does not issue audit reports, attestations or certifications.
How DeployOpen helps choose, implement or migrate object storage
DeployOpen plans, implements, hardens, backs up, documents and supports self-hosted open-source platforms inside your own cloud accounts, data centers or air-gapped networks. For MinIO vs SeaweedFS, that means starting from your object count, file sizes, S3 feature needs and existing installs before choosing a path. Most engagements are fixed-scope, with the scope agreed in writing before work starts.
How we scope
- Inventory existing MinIO buckets, object counts, file sizes and the S3 features your applications rely on
- Document which installs are source-built, Docker-built or on the MinIO Operator, and what each requires
- Agree in writing whether the scope covers a new SeaweedFS deployment, a MinIO migration, or a side-by-side evaluation
How we build
- Build the chosen store with master, volume and filer servers sized to your file profile and replication layout
- Configure TLS or mTLS, encryption at rest and rack- and data-center-aware placement to match your network design
- Test S3 compatibility with your own client libraries, backup tools and lifecycle rules before any data moves
How we hand over
- Deliver runbooks for bucket creation, key rotation, volume growth, failed node recovery and filer metadata backups
- Document the data migration plan, including checksum verification and a rollback path to the existing MinIO store
- Provide the configuration, test results and evidence needed for your own internal or external compliance reviews
How we support
- Ongoing support, upgrades and continuous testing are available as retainers after handover
- Track upstream SeaweedFS releases and the MinIO repository status so your team knows when changes need review
- Confirm with your vendor or license holder any paid Enterprise Edition features or commercial support terms you need
