DigitalOcean vs Scaleway: US-born developer cloud vs European sovereign cloud

The same job, under two different flags

DigitalOcean and Scaleway are aimed at nearly identical people: small engineering teams who want cloud services without a hyperscaler's console, its vocabulary or its invoice. Both offer instances, managed Kubernetes, managed databases, object storage, load balancers and a serverless layer. Both publish command line tools and Terraform providers. Both would happily run your production application tomorrow.

Where they separate is in gravity. DigitalOcean's gravity is its ecosystem: a documentation library that half the internet has read, a marketplace of one-click images, and a product line that keeps expanding into whatever developers ask for next, including GPU capacity and generative AI tooling. Scaleway's gravity is its jurisdiction and its design discipline: a French company inside a European telecommunications group, running European regions, with a project-based identity model that treats governance as a first-class feature rather than an afterthought.

For a great many teams either would work. For some, one of those gravitational pulls is decisive. This page sets out which is which. Both providers are listed on AllCloudShop, at the DigitalOcean account page and the Scaleway account page.

Product for product

The question that decides it for some buyers

If your customers are European public bodies, healthcare organisations, banks or anyone with a procurement questionnaire that asks about the nationality of your subprocessors, this comparison is shorter than it looks. Scaleway is a French company inside a French group, operating only European regions, and it markets itself on exactly that basis. DigitalOcean operates European regions too, and data placed in Amsterdam or Frankfurt stays in Amsterdam or Frankfurt, but the contracting entity is American.

That distinction is not about trust; it is about which legal frameworks apply and what a compliance reviewer will accept in writing. Many organisations are entirely comfortable with a United States vendor holding European data under standard contractual arrangements. A meaningful minority are not, and no amount of feature comparison will change their answer. The data residency and sovereignty article sets out what to check before assuming either way.

Governance tooling reinforces the split. Scaleway's identity model lets you create an organisation, divide it into projects, issue credentials to applications rather than people, and attach policies that limit what each key can do. DigitalOcean offers teams, projects and role assignment, which is straightforward and adequate for a single company but less expressive when contractors, clients or separate business units share one account.

Beyond the flag: five practical gaps

1. Geographic reach. DigitalOcean serves North America, Europe, Asia and Australia. Scaleway serves Europe. For a product with users in Singapore, Sydney or São Paulo, that is a hard constraint rather than a preference.
2. Physical hardware. Scaleway sells dedicated machines two ways, hourly through Elastic Metal and monthly through Dedibox. DigitalOcean has no bare metal at all, only Droplets with dedicated vCPUs.
3. Managed data breadth. DigitalOcean's menu stretches past transactional databases into streaming and search, with Kafka and OpenSearch available as managed services. Scaleway's data catalogue is tighter and centred on relational engines and caching.
4. Ecosystem weight. DigitalOcean's tutorial library is a genuine competitive asset, not a marketing claim; developers read it even when hosting elsewhere. Scaleway's documentation is good but its community is smaller, so unusual problems more often mean reading the API reference.
5. Build pipeline extras. Scaleway's Apple silicon servers cover iOS and macOS builds, a capability with no DigitalOcean equivalent and few European alternatives.

Shipping software on each

DigitalOcean's headline developer feature remains App Platform. Point it at a repository, let it detect the buildpack or Dockerfile, and it deploys on every push with a certificate and a subdomain already in place. For a team whose priority is getting a web application in front of users, that removes an entire category of work. Functions handles small event-driven pieces, the Container Registry feeds DigitalOcean Kubernetes, and Droplet monitoring provides alerting without extra setup.

Scaleway's equivalent is Serverless Containers, which runs an image you built rather than building it for you. That is a slightly more explicit model: you own the build, Scaleway owns the runtime. Serverless Jobs covers scheduled and batch work, and Kapsule handles anything that needs a full cluster. The scw command line tool and Terraform provider behave identically across products, which makes scripted environments pleasingly predictable.

Both platforms expect you to be comfortable at a terminal and both reward infrastructure as code. If you are building the pipeline that connects them to your repository, the CI/CD to cloud servers guide covers the patterns that apply to either. Reference material sits at the DigitalOcean documentation and the Scaleway documentation.

One underrated difference: onboarding a new engineer. DigitalOcean's documentation answers most beginner questions before they are asked, which shortens ramp-up time on a growing team. Scaleway assumes slightly more existing knowledge and repays it with a more consistent product surface.

Regions, zones and storage design

Scaleway's main region contains multiple availability zones, which means a workload can be spread across independent facilities without leaving the country or the legal jurisdiction. Its object storage offers a multi-zone option for data that must survive the loss of one site. For a European business with resilience requirements and residency requirements at the same time, that combination is hard to replicate elsewhere.

DigitalOcean's answer to resilience is different in shape. Its regions are geographically diverse rather than zone-redundant in the hyperscaler sense, so high availability usually means running in more than one region and putting a global load balancer in front. Volumes attach to Droplets within a region, Spaces holds bucket data with an optional delivery edge, and snapshots move between regions when you need a copy elsewhere. The regions and zones primer explains why that distinction matters for uptime planning.

Networking is comparable. Both provide private networks per region, stateful firewalls, reserved or floating addresses and IPv6. Scaleway adds Public Gateways for outbound translation and an address model that lets an IP move between resources. DigitalOcean adds a global load balancer that can front applications in several regions, which suits its wider geographic spread.

On accelerated compute, both now compete. DigitalOcean offers GPU Droplets and the AI tooling that came with its Paperspace acquisition. Scaleway offers GPU instances across inference-class and training-class accelerators, usable as Kapsule node pools. Teams weighing either should read the guide to choosing a cloud for AI development before committing.

The strongest case for each

DigitalOcean

Momentum and reach. A team can start on a single Droplet, move to App Platform, add a managed database, adopt Kubernetes and later attach GPUs without ever leaving the console or learning a new vocabulary. The documentation removes friction at every step, and the geographic spread means users in four continents are served from somewhere reasonably close.

It is also the better choice for teams that want less infrastructure, not more. App Platform is a real abstraction, and for a product that fits its model, the operational burden drops close to zero.

Scaleway

Governance and European footing, backed by a genuinely well-designed platform. The project and policy model makes multi-team and multi-client work clean, Cockpit turns observability into a service rather than a project, and multi-zone options give resilience a factual basis. Hourly bare metal, Arm instances and Apple silicon servers fill gaps that most competitors leave open.

For a European software company selling to European customers, it answers both the technical and the contractual questions with one vendor.

Where each falls short

DigitalOcean

The United States corporate structure is a blocker for a specific class of buyer, and no feature compensates. There is no bare metal, no Arm instance family in the mainstream Droplet line-up and no Apple hardware. Regions are geographically spread but not zone-redundant, so high availability requires cross-region design. Support beyond the free ticket queue is a paid plan, and new accounts start with modest resource ceilings raised on request.

Scaleway

Europe-only reach limits any product with a global audience. The managed data catalogue is narrower, so streaming and search workloads need self-hosting or another vendor. The community is smaller, which means fewer third-party tutorials and integrations. Services have matured at different rates, so each one you depend on deserves its own read of the documentation, and new account quotas begin conservatively.

Picking one

Pick DigitalOcean if your users are spread across continents, if App Platform could take server administration off your plate entirely, if you want managed streaming or search alongside your database, or if a large documentation ecosystem will speed up a growing team. Startups, agencies and internationally distributed products fit well; the DigitalOcean listing is the place to begin.

Pick Scaleway if your customers or regulators care where your provider is incorporated, if fine-grained access control across projects and clients matters, or if you need bare metal by the hour, Arm instances or Apple silicon in the same account as your web tier. European software companies and agencies serving European clients are the core audience; see the Scaleway listing.

For neighbouring comparisons, Scaleway against Hetzner weighs managed services against raw value, Civo against DigitalOcean looks at a Kubernetes-first alternative, and DigitalOcean against UpCloud brings storage performance into the discussion.

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