DigitalOcean's native backup is off by default. When you enable it for a standard Droplet, you get weekly snapshots kept for four weeks, at 20% of the Droplet price. You cannot download them. You cannot send them anywhere outside your DO account. And for Spaces or DOKS, there is no native backup at all.
That's not an attack on DigitalOcean. It's what the documentation says. The question is whether those constraints fit your situation, and what you actually need when they don't.
We back up DigitalOcean every day. We've seen the gap between what teams expect from native backup and what it actually delivers. This article is a product-by-product comparison: what DO provides natively, what SimpleBackups adds, and, critically, when native backup is genuinely enough so you don't pay for something you don't need.
What we're comparing (and what we're not)
This comparison covers four DigitalOcean surfaces: Droplets, Managed Databases, Spaces, and DOKS. For each one, we look at what the native backup system does and what SimpleBackups does differently.
We are not comparing DigitalOcean to other cloud providers. We are not ranking backup tools in a general sense. If you want the broader landscape, DigitalOcean backups explained covers the fundamentals and is worth reading first. For a full comparison of all available options beyond native, see the guide to the best DigitalOcean backup tools.
We are also not making the case that SimpleBackups is always necessary. The honest answer is more nuanced than that, and we will get to it.
The core difference: native backups sit inside your DO account. SimpleBackups puts them somewhere else. That's the whole pitch, and we'll be honest about when you don't need it.
Droplet backups: native vs. SimpleBackups
What native Droplet backup gives you
Enabling native backup on a Droplet costs 20% of the Droplet's monthly price and is configured through the control panel or the API. The official docs walk through both methods. Standard Droplets get weekly backups; Premium Droplets can get daily. Both keep four weeks of history.
The backups are crash-consistent snapshots taken automatically. You do not configure the schedule or the retention window beyond choosing standard versus daily. You cannot restore a specific file without spinning up the full Droplet from the backup image. You cannot move the backup image out of your DigitalOcean account.
Volume backups are a separate line item. Block storage volumes are not included in Droplet backups at all. You must snapshot them independently. The article on how DigitalOcean native backup works covers the mechanics in more detail; the short version is that volumes and Droplets have completely separate backup lifecycles.
What SimpleBackups adds for Droplets
SimpleBackups connects to your DigitalOcean account via API, takes Droplet snapshots on whatever schedule you define, and transfers the resulting files to a storage destination you control: AWS S3, Backblaze B2, Wasabi, your own S3-compatible endpoint, or others.
The practical differences against native:
- Schedule flexibility: daily, every six hours, or any custom interval, not just weekly or daily.
- Retention control: keep 14 days, 30 days, or longer. Not locked to four weeks.
- Off-site storage: the backup lands in a bucket you own, outside your DO account.
- Downloadable: because it's in your own storage, you can pull the file whenever you need it.
- Alerting: if a backup job fails or produces an unexpectedly small file, you get notified. Native backup is silent on failure.
The thing native backup doesn't tell you is whether the snapshot actually completed cleanly. We see this come up in support: a backup showed as "complete" in the DO dashboard but the image was taken during a high-I/O period and the restore didn't behave as expected. SimpleBackups runs a basic size and integrity check after each job and flags anomalies.
If you run stateful services on your Droplets, quiesce writes before snapshot time if possible. A crash-consistent snapshot is fine for most workloads, but databases with open transactions benefit from a clean flush first. Schedule your SimpleBackups job a minute after a brief maintenance window if your load allows it.
Side-by-side for Droplets
| Dimension | Native (standard) | Native (Premium) | SimpleBackups |
|---|---|---|---|
| Schedule | Weekly | Daily | Configurable (daily, 6h, custom) |
| Retention | 4 weeks | 4 weeks | Configurable (days, weeks, months) |
| Off-site | No | No | Yes (your storage bucket) |
| Downloadable | No | No | Yes |
| Volume backup included | No | No | Separate job (full coverage) |
| Failure alerting | No | No | Yes |
| Cost | 20% of Droplet/mo | 20% of Droplet/mo | SimpleBackups plan + storage |
Managed Database backups: native vs. SimpleBackups
What native Managed Database backup gives you
Managed Databases (Postgres, MySQL, MongoDB, Redis, Kafka) include automated daily backups at no additional charge. Retention is seven days. Point-in-time recovery (PITR) is available for Postgres and MySQL on higher-tier clusters.
That's genuinely good coverage for many teams. Daily backups with seven-day retention and no configuration required is a solid default. The limitation is what it doesn't give you: you cannot download the backup file, you cannot send it to an external location, and when seven days is up, it's gone.
The "no download" constraint matters more than it looks. If you need to migrate to a different cloud, you cannot pull the backup from DigitalOcean's system. If you need to satisfy an auditor asking for evidence of off-site backup storage, the answer is no. The data is inside DigitalOcean's infrastructure, which means account-level risk applies.
What SimpleBackups adds for Managed Databases
SimpleBackups connects to your Managed Database via the connection string, runs pg_dump (or the equivalent for your engine), compresses the output, and ships it to your storage bucket.
The result is a portable, downloadable backup file you own. You can restore it anywhere that accepts a standard dump format. You are not dependent on DigitalOcean's restore interface.
For teams with compliance requirements, this is the gap that matters most. DigitalOcean off-site compliance requirements covers the SOC 2 Type II, GDPR, and ISO 27001 angles in detail. The short version is that off-site storage of backups is not a DigitalOcean-native capability and SimpleBackups is one way to satisfy it.
A note on PITR
Native PITR is excellent when you need it, and SimpleBackups does not replicate PITR. If your recovery objective requires sub-hour granularity and you're on a qualifying cluster tier, use native PITR. SimpleBackups gives you off-site portability and longer retention. They serve different requirements and the right answer is often both.
Side-by-side for Managed Databases
| Dimension | Native | SimpleBackups |
|---|---|---|
| Schedule | Daily (automatic) | Configurable |
| Retention | 7 days | Configurable |
| PITR | Yes (higher tiers, Postgres/MySQL) | No |
| Off-site | No | Yes |
| Downloadable | No | Yes (standard dump format) |
| Portable (restore elsewhere) | No | Yes |
| Cost | Included | SimpleBackups plan + storage |
Spaces: no native option vs. SimpleBackups
Spaces is DigitalOcean's S3-compatible object storage. It has no native backup. Versioning exists but is off by default and is not a backup: it tracks object versions within the same bucket but a deletion event (accidental or malicious) propagates immediately. There is no built-in replication to another region.
If you delete an object in Spaces and versioning is off, it is gone. If you delete the bucket, it is gone. If someone compromises your DigitalOcean API key and wipes the bucket, it is gone. The native tooling gives you nothing to recover from.
SimpleBackups treats Spaces as a source. It reads your bucket contents and copies them to a separate destination: another S3-compatible bucket in a different region, AWS S3, Backblaze, or elsewhere. The copy runs on a schedule you define. If the source bucket is deleted or corrupted, the destination copy is unaffected.
The full guide to backing up DigitalOcean Spaces covers the setup end to end, including how to handle large buckets incrementally. The principle is the same one you'd apply to any object store: the bucket is not the backup, and a second copy in a different account is the backup.
If your Spaces bucket is the only copy of customer files, application assets, or generated reports, treating versioning as your backup strategy leaves you one accidental delete away from data loss. The what DigitalOcean native backup doesn't cover article maps this gap in detail.
Side-by-side for Spaces
| Dimension | Native | SimpleBackups |
|---|---|---|
| Automated backup | None | Yes (scheduled copy to external bucket) |
| Versioning | Off by default | Not applicable (full copy) |
| Cross-region copy | No | Yes |
| Off-account copy | No | Yes |
| Recovery from deletion | No (unless versioning on and object not purged) | Yes |
DOKS: no native option vs. SimpleBackups
DOKS (DigitalOcean Kubernetes Service) has no native backup for persistent volumes, manifests, secrets, or ConfigMaps. DigitalOcean manages the control plane but the data layer is yours to protect.
The standard approach is Velero, the open-source Kubernetes backup tool. SimpleBackups integrates with DOKS clusters, discovers persistent volume claims, and schedules backups of your stateful workloads to an external storage target.
For teams running stateless applications on DOKS where all state lives in a Managed Database, this is less urgent: the database has its own backup path. But for applications with persistent volumes (file uploads, build caches, stateful services), DOKS native provides nothing.
The gap is documented but easy to miss until you need it. Kubernetes operators sometimes assume the cloud provider handles cluster-level backup the way it handles managed services. DOKS does not. If you rebuild a cluster or recover from an incident, you need the workload definitions and the volume data separately from the control plane.
Side-by-side for DOKS
| Dimension | Native | SimpleBackups |
|---|---|---|
| Persistent volume backup | None | Yes (via integration) |
| Manifest backup | None | Yes |
| Secret/ConfigMap backup | None | Yes |
| Off-site | No | Yes |
| Schedule | N/A | Configurable |
The real difference: where the backup lives
Every native backup option in DigitalOcean, across all products, stores the backup inside your DigitalOcean account. Droplet snapshots, volume snapshots, managed database backups: all of them live in DigitalOcean's infrastructure, associated with your account.
This creates a single failure domain. One account, one provider, one set of credentials.
Consider the failure modes:
- Account compromise: an attacker with your DigitalOcean API key can delete resources and snapshots together.
- Billing dispute or suspension: if DigitalOcean freezes your account for any reason, you may lose access to your resources and your backups simultaneously.
- Region-level incident: a serious outage in one DO region could affect both your production Droplet and the snapshots stored in the same region.
- Human error at scale: a misconfigured script that deletes all snapshots in a region has no safety net if the backups live in the same account.
SimpleBackups sends the backup to a bucket in a different account, often a different cloud provider entirely. The backup and the production infrastructure do not share credentials, billing relationships, or platform risk.
Intellectual honesty
We are not saying DigitalOcean is unreliable. Their uptime record is strong. The same-host risk is a structural argument about blast radius, not a prediction about failure frequency. If your risk tolerance is comfortable with a single provider for both compute and backups, native backup may be entirely sufficient. The section below says this plainly.
When native is genuinely enough
There are real situations where native DigitalOcean backup is all you need, and we want to name them clearly.
You are a solo developer with one or two Droplets. You have no compliance requirements. You can afford to lose up to a week of data (or up to one day on Premium). You are not storing data that would be catastrophic to recover from a four-week-old snapshot. Native backup is fine. Paying for SimpleBackups adds no value in this scenario.
Your application is stateless and version-controlled. If all your Droplet stores is an application that can be redeployed from a git repository in 15 minutes, the backup is mostly insurance against configuration drift. Weekly snapshots kept for four weeks cover that comfortably.
Your Managed Database has seven-day retention and you only need that. If your recovery scenario is "restore to yesterday" and you never need to move the database to another cloud or satisfy an external auditor, native daily backups are sufficient.
You have no Spaces buckets with data that matters. If you use Spaces as a write-through cache or for content that can be regenerated, the absence of native backup is not a risk in practice.
You already run your own off-site backup script. If you have a cron job that dumps your database and ships it somewhere else, SimpleBackups is a more polished version of what you already have, not a new capability. Whether the operational simplicity is worth the cost is a judgment call.
Intellectual honesty
We built SimpleBackups. We have a direct financial interest in you using it. So we want to be specific about when you don't need it: solo projects, stateless workloads, no compliance requirements, and situations where you already have a working off-site backup script. If none of those gaps apply to your stack, native backup may be entirely sufficient.
When it isn't
Native backup's constraints become real problems in a small number of well-defined situations. These are the cases where SimpleBackups or an equivalent off-site solution is worth it.
You need backups longer than four weeks (or seven days for databases)
Regulatory retention requirements regularly exceed what native backup provides. SOC 2 Type II auditors commonly ask for 90 days of backup history. GDPR-adjacent retention policies vary, but a seven-day window is thin. If you need evidence that you had a backup on a specific date more than four weeks ago, native DO backup cannot provide it.
You need to prove off-site storage to an auditor
No native DigitalOcean backup product stores data outside your DigitalOcean account. For SOC 2 Type II, GDPR, and ISO 27001 compliance postures, evidence of off-site or cross-account backup storage is a common requirement. Native backup fails this check by design, not by defect. The compliance and off-site storage article covers what auditors actually ask for and how to satisfy it.
You run Spaces or DOKS with no other backup
Spaces and DOKS have no native backup. If your production data lives in a Spaces bucket or in DOKS persistent volumes and there is no second copy anywhere, you have no recovery option. This is the clearest case for a third-party backup tool.
You want to be able to restore to a different cloud provider
Native backups are locked inside DigitalOcean's ecosystem. You cannot pull a Droplet backup image, a managed database backup, or a Spaces snapshot to another provider. If you want a migration path or a disaster recovery option on a different cloud, you need backups in a portable format that you own.
Backing up DigitalOcean Droplets with SimpleBackups shows the setup for Droplets specifically, including how to configure a cross-provider storage destination.
You need to know when a backup fails
Native backup is silent. If a snapshot fails, the DO dashboard may show it as complete or may not surface the failure at all. If a managed database backup job encounters an error, you will not receive a notification. For production systems where you are relying on backup as part of your recovery plan, silent failure is a meaningful operational risk.
Test your restore path. This applies regardless of whether you use native backup or SimpleBackups. A backup that has never been restored is a hypothesis, not a safety net. Pick a date once a quarter, restore from backup to a separate Droplet or staging database, and verify the result. SimpleBackups has a one-click restore feature that makes this easier, but the discipline of testing is what matters.
Cost comparison
SimpleBackups costs add up to: the SimpleBackups subscription plus the storage cost of your backup destination (typically AWS S3, Backblaze B2, or Wasabi). The subscription is tiered by the number of backup jobs.
Native backup adds 20% to each Droplet's cost, plus $0.06/GB/month for snapshots you keep manually.
A rough comparison for a mid-size stack (five Droplets, two Managed Databases, one Spaces bucket):
| Scenario | Native only | SimpleBackups |
|---|---|---|
| 5 Droplets ($80/mo each) | +$80/mo (backup add-on) | SimpleBackups plan + ~$5–15/mo storage |
| Managed Databases | Included | Included in plan |
| Spaces | Not covered | Covered in plan |
| DOKS | Not covered | Covered in plan |
| Retention beyond 4 weeks | Not possible | Configurable, storage cost only |
The native backup cost for five Droplets alone is $80/month. That's not an argument that SimpleBackups is cheaper in every configuration; it's an observation that native backup for multiple Droplets is not free, and that cost should be weighed against what you actually get. For a granular look at how the weekly versus daily schedule choice affects per-Droplet cost, see DigitalOcean weekly vs. daily backup costs.
For a team of one with a single $20 Droplet, native backup costs $4/month and covers the basics. That's hard to beat for simple use cases.
What to do tonight
If you are unsure where you stand, start with an audit. Map each DigitalOcean product you run and ask two questions: where does the backup go, and what happens if that backup is the only copy?
If the answer to the second question is "I lose access to both the resource and the backup at the same time," that's a same-host risk worth addressing. The smallest fix is often adding a SimpleBackups job for the one or two services where the risk is highest: usually your Managed Database and your most critical Spaces bucket.
You don't need to replace native backup. Running both costs more than either alone but covers different failure modes. Native backup protects against operational mistakes on DigitalOcean's platform. SimpleBackups protects against account-level events and gives you portability.
The reason we built SimpleBackups for DigitalOcean is exactly the gap this article describes: native backup covers the easy part, and none of the hard part. If you want off-site backups for Droplets, Managed Databases, Spaces, and DOKS without writing any of it yourself, that's what it does.
Keep learning
- DigitalOcean backups explained: what's actually included — the fundamentals of what native backup covers, before you decide whether you need more.
- What DigitalOcean native backup doesn't cover — a surface-by-surface map of the gaps, with the specific scenarios where each one becomes a real problem.
- DigitalOcean off-site backup and compliance — SOC 2, GDPR, and ISO 27001 requirements as they apply to DigitalOcean backup posture.
- How to back up DigitalOcean Droplets — step-by-step setup for Droplet backups with off-site storage.
- Backups vs. snapshots: differences and examples — if you're unsure about the distinction between snapshots and backups, start here.
FAQ
Is SimpleBackups a replacement for native DO backups?
No. SimpleBackups complements native backups rather than replacing them. Native backups give you crash-consistent Droplet snapshots and automatic daily managed database backups at low overhead. SimpleBackups adds off-site storage, configurable retention, portability, and coverage for surfaces that have no native option (Spaces, DOKS). Many teams run both.
Does SimpleBackups store my data?
SimpleBackups does not store your backup data on its own infrastructure. It connects to your DigitalOcean account, runs the backup job, and writes the output to a storage bucket you configure and own. AWS S3, Backblaze B2, Wasabi, and other S3-compatible destinations are supported. You retain full ownership of the backup files.
Can I use both native and SimpleBackups together?
Yes, and for many teams this is the right approach. Native backup handles automated platform-level snapshots for Droplets and Managed Databases at a predictable cost. SimpleBackups adds off-site copies for the scenarios native backup doesn't cover and provides the longer retention, failure alerting, and portability you may need.
How much does SimpleBackups cost for DigitalOcean?
SimpleBackups pricing is based on the number of backup jobs, not the volume of data. Plans start at a few dollars per month for small setups. For larger stacks with many Droplets and databases, it scales accordingly. Check the current pricing at simplebackups.com/platform/digitalocean. Storage costs are separate and billed by your chosen storage provider (typically $0.006–$0.023 per GB per month depending on destination).
Does SimpleBackups support all DO products?
SimpleBackups covers Droplets, Block Storage volumes, Managed Databases (Postgres, MySQL, MongoDB, Redis), Spaces, and DOKS persistent volumes. It does not replicate PITR for Managed Databases; that capability remains native-only for qualifying cluster tiers.
This article is part of The complete guide to DigitalOcean backup, an honest, practical reference from the team that backs up DigitalOcean every day.