European-only alternative to Vultr.

Vultr (operated by The Constant Company LLC) is a US-headquartered IaaS with strong global region coverage including Amsterdam, Frankfurt, Paris, London, Madrid and Stockholm. The EU regions are EU-located, the parent is US-controlled, and the CLOUD Act analysis matches every other US IaaS in this guide. Vultr has carved out a niche on bare metal and GPU offerings, both of which have credible EU sovereign equivalents. The migration is mechanically simple - Vultr's product set is intentionally narrow.

United States EU-only replacement stack 13 services mapped

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Provider: Vultr
Headquarters: West Palm Beach, FL
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 Vultr

Vultr migrations we have seen come from procurement audits (B2B SaaS or fintech), GDPR DPO reviews flagging Vultr as a US-jurisdictional processor, or - increasingly in 2025-2026 - companies reading their own DPA carefully and realising "Vultr LLC, US" is not a defensible answer to a regulator question. EU dedicated hardware is well-established, generally cheaper, and operates under EU law.

Vultr 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 Vultr on Schrems II grounds - full EU jurisdiction, no US parent in the data path.

Vultr service	What we run instead	Engineering note
Cloud Compute	Binadit Managed Cloud Platform. KVM virtual machines on Debian or Ubuntu, provisioned with Terraform and configured with Ansible.	Standard VM migration; image rebuild and IP allocation, no application changes for most stacks.
Bare Metal	Binadit Private Infrastructure. Fully isolated environment, dedicated hardware, custom network architecture.	Isolation is the default of this service line rather than a premium tier, and it is what makes the compliance conversation straightforward.
Optimized Cloud Compute (CPU-Optimized, Memory, Storage)	Binadit Private Infrastructure. Dedicated hardware on Debian, fully isolated, no shared tenancy.	For predictable workloads dedicated hardware removes the noisy-neighbour variance entirely, and the capacity is yours whether you burst into it or not.
Object Storage	Binadit Managed Cloud Platform. MinIO or Ceph RGW, S3-compatible.	S3-compatible across all options; migration is one config change in your application.
VKE (Vultr Kubernetes Engine)	Binadit Managed Cloud Platform. Kubernetes on Debian or Talos, with Cilium networking and cert-manager for certificates.	Managed K8s parity; Helm charts and YAML transfer cleanly.
Block Storage	Binadit Managed Cloud Platform. Ceph RBD, or Longhorn for Kubernetes-native volumes.	Standard NVMe-backed volumes everywhere.
Vultr File Storage (VFS)	Binadit Managed Cloud Platform. CephFS or NFS on dedicated storage nodes.	Shared filesystems are less common in EU managed offerings; self-hosted CephFS or GlusterFS is the standard pattern.
Managed Databases	Binadit Managed Cloud Platform. PostgreSQL or MySQL with Patroni for failover and pgBackRest for point-in-time recovery.	PostgreSQL, MySQL, Redis equivalents on all options.
GPU Instances (NVIDIA H100, A100, L40S)	Binadit Private Infrastructure. Dedicated GPU hardware, scheduled through Kubernetes device plugins.	GPU capacity is reserved rather than spot-priced. We scope this per workload; if your training volume does not justify dedicated hardware we will say so.
Vultr CDN	We implement and operate an EU CDN for you: Bunny.net or KeyCDN, with Nginx and Varnish caching at your origin.	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.
Vultr DNS	Binadit Managed Cloud Platform. PowerDNS or Knot, authoritative, DNSSEC signed.	Standard zone migration.
Vultr Load Balancer	Binadit Managed Cloud Platform. HAProxy or Nginx, with keepalived for failover.	L4/L7 load balancing on all EU options.
Reserved IPs	Binadit Managed Cloud Platform. Static IP allocation with keepalived for failover between nodes.	All EU providers offer the equivalent failover-IP pattern.

Cloud Compute

What we run instead: Binadit Managed Cloud Platform. KVM virtual machines on Debian or Ubuntu, provisioned with Terraform and configured with Ansible.
Engineering note: Standard VM migration; image rebuild and IP allocation, no application changes for most stacks.

Bare Metal

What we run instead: Binadit Private Infrastructure. Fully isolated environment, dedicated hardware, custom network architecture.
Engineering note: Isolation is the default of this service line rather than a premium tier, and it is what makes the compliance conversation straightforward.

Optimized Cloud Compute (CPU-Optimized, Memory, Storage)

What we run instead: Binadit Private Infrastructure. Dedicated hardware on Debian, fully isolated, no shared tenancy.
Engineering note: For predictable workloads dedicated hardware removes the noisy-neighbour variance entirely, and the capacity is yours whether you burst into it or not.

Object Storage

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

VKE (Vultr Kubernetes Engine)

What we run instead: Binadit Managed Cloud Platform. Kubernetes on Debian or Talos, with Cilium networking and cert-manager for certificates.
Engineering note: Managed K8s parity; Helm charts and YAML transfer cleanly.

Block Storage

What we run instead: Binadit Managed Cloud Platform. Ceph RBD, or Longhorn for Kubernetes-native volumes.
Engineering note: Standard NVMe-backed volumes everywhere.

Vultr File Storage (VFS)

What we run instead: Binadit Managed Cloud Platform. CephFS or NFS on dedicated storage nodes.
Engineering note: Shared filesystems are less common in EU managed offerings; self-hosted CephFS or GlusterFS is the standard pattern.

Managed Databases

What we run instead: Binadit Managed Cloud Platform. PostgreSQL or MySQL with Patroni for failover and pgBackRest for point-in-time recovery.
Engineering note: PostgreSQL, MySQL, Redis equivalents on all options.

GPU Instances (NVIDIA H100, A100, L40S)

What we run instead: Binadit Private Infrastructure. Dedicated GPU hardware, scheduled through Kubernetes device plugins.
Engineering note: GPU capacity is reserved rather than spot-priced. We scope this per workload; if your training volume does not justify dedicated hardware we will say so.

Vultr 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.

Vultr DNS

What we run instead: Binadit Managed Cloud Platform. PowerDNS or Knot, authoritative, DNSSEC signed.
Engineering note: Standard zone migration.

Vultr Load Balancer

What we run instead: Binadit Managed Cloud Platform. HAProxy or Nginx, with keepalived for failover.
Engineering note: L4/L7 load balancing on all EU options.

Reserved IPs

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

How we migrate off Vultr

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.

Days 1-2

Inventory

List instances, bare-metal nodes, Object Storage buckets, DNS zones. Identify any Vultr API automations to rewrite. Vultr inventories are usually small.
Days 3-7

Soft swap

DNS, Object Storage, monitoring moved to EU-jurisdictional alternatives. Database replicas pre-staged. CI/CD updated.
Weeks 2-5

Compute & bare-metal cutover

VMs reprovisioned on Binadit compute. Bare-metal workloads moved to Binadit Private Infrastructure. GPU workloads moved to dedicated EU GPU hardware. K8s clusters cutover with managed EU K8s.

Vultr-to-EU TCO: typically 30-45% cheaper, with the largest gains on bare metal, roughly 40% lower per equivalent spec, and on GPU. Egress savings are modest because Vultr has reasonable bandwidth pricing already.

Frequently asked questions

View all frequently asked questions

Vultr has many EU regions - does that solve Schrems II?

No. The Constant Company LLC (Vultr's legal entity) is US-headquartered. The EU regions are operated under US corporate control and subject to the CLOUD Act. Region selection addresses residency only.

Is dedicated hardware still worth it compared to Vultr bare metal?

For predictable workloads, yes. Dedicated hardware removes the noisy-neighbour variance entirely and the price per unit of real performance is usually better, particularly once you stop paying for burst capacity you never use. Provisioning is slower than a cloud instance, so we plan capacity ahead rather than reacting to it. For genuinely spiky workloads we mix the two: dedicated for the baseline, virtual machines for the peaks.

What about GPU workloads - are EU options really competitive?

Yes for current-generation hardware. H100-class hardware is available under EU jurisdiction. We offer dedicated GPU hardware. A100-class hardware is available on request. Pricing varies by generation, and we scope the hardware against your actual training volume. For older generations (V100, T4), dedicated EU hardware is often cheaper.

How long does a Vultr migration take?

Typical workload (5-20 instances, some Object Storage, DNS): 2-5 weeks elapsed. With a managed partner driving it: 1-3 weeks. Vultr's product simplicity is a virtue here.

Can we move just the EU-customer-facing workloads?

Yes, this is a common partial pattern. Move EU-customer-facing infrastructure to a sovereign stack, keep Vultr for non-EU traffic. The discipline is to keep personal data of EU subjects strictly on the sovereign side, which often requires data segregation work in the application.

Will the migration cause downtime?

Not when done with proper choreography. Database migration via logical replication, compute via DNS-level traffic shift, object storage via dual-write - all standard zero-downtime patterns.

Plan your exit from Vultr.

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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