European-only alternative to DigitalOcean.

DigitalOcean is the developer-first US cloud - competitive pricing, clean UX, and an Amsterdam region that lulls many EU teams into thinking the residency question is solved. It is not: DigitalOcean LLC is a Delaware company, its Amsterdam datacenter is operated under US corporate control, and the CLOUD Act applies. The good news is that the migration from DigitalOcean to EU-jurisdictional infrastructure we run for you is one of the cleanest in this guide - DigitalOcean's API surface is small, and most workloads moved off it report lower bills and equal or better performance.

United States EU-only replacement stack 12 services mapped
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Provider
DigitalOcean
Headquarters
New York, NY
Jurisdiction
United States
Legal regime
CLOUD Act, FISA 702

"EU region" is not sovereignty. Four questions decide it.

Data residency tells you where the bits sit. Sovereignty tells you which legal system can compel access. The answer must hold on all four - or the stack is not sovereign.

Residency

Where is the data physically stored?

Not "in the cloud" - which datacenter, in which country, under which jurisdiction.

Subprocessors

Who else is in your data path?

Every vendor that touches the data: the CDN, the email relay, the error tracker, the analytics pipe.

Jurisdiction

Whose laws can compel disclosure?

A US-headquartered provider falls under FISA 702 and the CLOUD Act - even when the bits sit in Frankfurt.

Key custody

Who actually holds the encryption keys?

If the cloud provider holds both the data and the keys, the data is readable by them - regardless of any DPA.

Fails AWS · Azure · GCP · EU region

Fails on jurisdiction and key custody.

EU bits, US-headquartered parent, US subprocessors in the default path, provider-managed keys.

Passes Binadit managed stack

Passes on all four.

EU-hosted on EU-headquartered infrastructure. Zero US subprocessors in the default path. Customer-held or EU-KMS keys. Listed by name in your Article 28 DPA.

Why teams are exiting DigitalOcean

DigitalOcean exits we have run almost always come from one trigger: a customer audit (B2B SaaS) or compliance review where "DigitalOcean Amsterdam" was found to be insufficient under Schrems II, and the client either had to add expensive supplementary measures (BYOK encryption that defeats the managed-service value) or migrate. Migrating is usually the cheaper option. The technical work is light because DigitalOcean's product set is intentionally minimal, which makes the EU mapping uncomplicated.

DigitalOcean services and their EU-only equivalents

A migration is not "swap one box for another". The mapping below is what we run for clients leaving DigitalOcean on Schrems II grounds - full EU jurisdiction, no US parent in the data path.

Droplets

What we run instead
Binadit Managed Cloud Platform. KVM virtual machines on Debian or Ubuntu, provisioned with Terraform and configured with Ansible.
Engineering note
We size the instances against your actual load profile rather than a catalogue tier, so most migrations end up with fewer, better-utilised machines.

Spaces (object storage)

What we run instead
Binadit Managed Cloud Platform. MinIO or Ceph RGW, S3-compatible.
Engineering note
S3-compatible across all options; the migration is one endpoint change in the SDK config.

Managed Databases (PostgreSQL, MySQL, Redis)

What we run instead
Binadit Managed Cloud Platform. PostgreSQL or MySQL with Patroni for failover and pgBackRest for point-in-time recovery.
Engineering note
Streaming replication lets us cut over with seconds of downtime rather than a maintenance window, and restores are tested on a schedule instead of assumed.

App Platform (PaaS)

What we run instead
Binadit Managed Cloud Platform. Docker images built in GitLab CI and deployed to Kubernetes, with review environments per branch.
Engineering note
App Platform has no direct sovereign equivalent at PaaS level. Coolify (open-source self-hosted) gives a Heroku-like UX on EU infrastructure.

Kubernetes (DOKS)

What we run instead
Binadit Managed Cloud Platform. Kubernetes on Debian or Talos, with Cilium networking and cert-manager for certificates.
Engineering note
Your manifests and Helm charts move as they are. What changes is the ingress class and the storage class, and we handle both.

Load Balancers

What we run instead
Binadit Managed Cloud Platform. HAProxy or Nginx, with keepalived for failover.
Engineering note
For most use cases the managed LB on EU providers is sufficient; for advanced rules, HAProxy on a small VM is the standard pattern.

Volumes (block storage)

What we run instead
Binadit Managed Cloud Platform. Ceph RBD, or Longhorn for Kubernetes-native volumes.
Engineering note
Standard NVMe-backed block storage on all EU options; performance is comparable or better.

DNS (DigitalOcean DNS)

What we run instead
Binadit Managed Cloud Platform. PowerDNS or Knot, authoritative, DNSSEC signed.
Engineering note
Migration is a zone export and re-import; a few minutes of work.

Floating IPs

What we run instead
Binadit Managed Cloud Platform. Static IP allocation with keepalived for failover between nodes.
Engineering note
All providers offer the equivalent failover-IP pattern.

CDN (DigitalOcean CDN)

What we run instead
We implement and operate an EU CDN for you: Bunny.net or KeyCDN, with Nginx and Varnish caching at your origin.
Engineering note
A CDN is one of the few layers we do not run ourselves. We pick the EU provider, configure cache headers, purge strategy and origin shielding, and operate it as part of the managed service.

Monitoring (DO Monitoring)

What we run instead
Binadit Managed Cloud Platform. Prometheus, Grafana, Loki and Tempo, wired up with OpenTelemetry.
Engineering note
OpenTelemetry makes the instrumentation portable, and there is no per-metric or per-trace pricing to design around, so teams stop sampling away the data they need.

Container Registry

What we run instead
Binadit DevOps & Support. Harbor or the GitLab container registry, with vulnerability scanning on push.
Engineering note
Harbor is the production-grade open-source registry; we operate it for clients.

How we migrate off DigitalOcean

A typical mid-market migration runs in three phases. The numbers below assume a 6-10 person engineering team and a moderately complex application stack.

  1. Days 1-3

    Inventory & dependencies

    List every Droplet, Database, Space and App Platform deployment. Identify any DigitalOcean-specific APIs or doctl automations that need rewriting. Output: clean migration plan with no surprises.

  2. Days 4-10

    Soft dependencies first

    DNS, Spaces and CDN moved first. Database replicas pre-staged on EU managed service. Container registry moved to Harbor. Monitoring on EU Prometheus.

  3. Weeks 2-5

    Compute & DB cutover

    Droplets reprovisioned on Binadit compute with the same images. Database cutover with logical replication. App Platform workloads moved to Kubernetes on Binadit. Load Balancer cutover with DNS shift.

5-year TCO on a DigitalOcean exit: typically 40-60% cheaper, with the largest savings on compute, where equivalent specs are typically around half the price, and on managed databases. Where DigitalOcean has the edge is App Platform UX, which the EU sovereign stack replaces with Coolify or self-managed PaaS.

Frequently asked questions

View all frequently asked questions

DigitalOcean has datacenters in Amsterdam and Frankfurt - does that satisfy GDPR?
Residency yes, sovereignty no. The Amsterdam DC is owned and operated by DigitalOcean LLC, a US-controlled entity. The CLOUD Act allows US authorities to compel disclosure of data anywhere globally. For Schrems II-conscious workloads, that exposure is not addressed by the datacenter location.
Will reliability suffer if we leave DigitalOcean?
Not in our experience, but the honest answer is that reliability comes from architecture more than from a logo. A single instance with no failover is fragile anywhere. What we build instead is redundancy at the layers that matter: replicated databases with tested failover, load balancing across nodes, and monitoring that tells us before it tells your customers. That is the part of the move that changes your uptime, not the choice of datacentre.
What about App Platform replacement specifically?
App Platform is genuinely useful for small teams that don't want to operate infrastructure. Coolify, self-hosted and open source, gives a comparable App Platform experience on EU compute. For teams that want it managed, we run the container platform for you.
Can we migrate gradually or does it have to be all-at-once?
Gradual is the norm. Run both providers in parallel via DNS-level traffic split, migrate workload-by-workload, decommission DigitalOcean once the last service is moved. Typical elapsed time: 4-8 weeks for mid-market workloads, 2-4 weeks for small ones.
How long does a DigitalOcean exit take?
For a typical workload (5-20 Droplets, 1-2 managed databases, Spaces, DNS): 3-6 weeks elapsed time. With a managed-infrastructure partner driving it: 2-4 weeks. The technical work is light; the schedule is determined by validation gates and team availability.
Will the migration create downtime?
No, when done properly. Database migration uses logical replication so the cutover is a single DNS or connection-string change. Compute migration uses blue-green at the load balancer or DNS level. Object storage uses dual-write during the migration window. Zero-downtime is the standard expectation.

Plan your exit from DigitalOcean.

30-minute scoping call. We map your stack against EU-only alternatives, estimate the migration effort, and tell you whether it is the right call.

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