DigitalOcean vs. Hetzner Cloud: a side-by-side comparison for 2026

DigitalOcean and Hetzner Cloud are often mentioned in the same conversations, but they are not really competing on the same terms.

DigitalOcean has built a broader developer platform around its VPS offering, with managed databases, App Platform, object storage with CDN, and one of the most widely used documentation libraries in the cloud space. Hetzner takes a much narrower approach. It focuses on low-cost infrastructure, strong European network performance, and generous bundled transfer, with far less emphasis on managed services.

That difference becomes impossible to ignore at the 2 vCPU / 4 GB tier. A DigitalOcean Basic Droplet costs $24/month, while a Hetzner CPX22 costs €7.99/month, or about $9.49/month after the April 2026 price adjustment. Before that change it was €5.99/month. On paper, the core specs look similar. In practice, the pricing gap is so large that the obvious question is whether DigitalOcean offers enough beyond the VM itself to justify it.

To answer that, I provisioned a DigitalOcean Basic Droplet in NYC3 and a Hetzner CPX22 in Helsinki, ran YABS on both, and compared the results across CPU, disk, network, provisioning, dashboard experience, pricing, and managed services.

Note on Hetzner pricing: Hetzner announced a price adjustment effective April 1, 2026. The CPX22 moved from €5.99/month to €7.99/month in Germany and Finland regions. The benchmarks in this article were run before that change, but all pricing references use the post-April figures unless noted otherwise.

The instances compared:

• DigitalOcean: Basic Droplet (2 vCPU / 4 GB RAM / 80 GB SSD) in NYC3 for $24/month
• Hetzner: CPX22 (2 vCPU / 4 GB RAM / 80 GB NVMe SSD) in Helsinki (hel1) for €7.99/month (about $9.49/month)

DigitalOcean vs. Hetzner Cloud: a side-by-side comparison in 2026

⚖️ Testing conditions

The DigitalOcean instance was a Basic Droplet (2 vCPU / 4 GB / 80 GB SSD) in NYC3. The Hetzner instance was a CPX22 (2 vCPU / 4 GB / 80 GB NVMe SSD) in Helsinki (hel1). Both ran Ubuntu 24.04 LTS with YABS v2025-04-20 run before any other software was installed. The instances are on different continents, which affects the network comparison — read the network section with that in mind.

1. Performance benchmarks: Point DigitalOcean

CPU

The CPX22 runs AMD EPYC-Rome at 2.4 GHz, a generation behind Vultr's Genoa or Linode's EPYC 7713. It still clears DigitalOcean's Basic Droplet on single-core — 939 vs. 772 — but the margin is narrow compared to what other AMD-based providers deliver at similar prices.

DigitalOcean Basic Droplets run on Intel Xeon. The results from NYC3:

Hetzner CPX22 runs AMD EPYC-Rome at 2.4 GHz. Two runs to account for shared-CPU variance:

Hetzner wins single-core, but only by 22% — a narrower gap than you'd see comparing either platform to Vultr's EPYC-Genoa. The variance between Hetzner's two runs (914–964) is normal for shared-CPU instances under host load. For latency-sensitive workloads or anything that saturates a core, Hetzner holds a modest edge. For workloads where the difference between 772 and 939 single-core won't register in production, CPU isn't the reason to pick one over the other.

Worth noting: Hetzner's Dedicated vCPU CCX series eliminates the noisy-neighbor factor entirely. If consistent CPU performance matters more than price, that's the tier to evaluate — and it's still cheaper than DigitalOcean's CPU-Optimized Droplets at comparable specs.

Disk I/O

This is where the comparison flips. DigitalOcean's Basic Droplet outperforms the CPX22 on every block size, despite Hetzner using NVMe-backed local RAID10 storage.

Hetzner's 4k IOPS result of ~40.9k reflects the RAID10 configuration and shared-CPU host conditions at test time. DigitalOcean's ~54.2k is higher across 4k and 64k block sizes. At 512k Hetzner pulls ahead slightly, but the 4k result matters most for transactional database workloads. This doesn't make Hetzner's disk slow — 40k+ IOPS is plenty for most web applications — but it removes disk performance as a Hetzner argument.

Network

The Helsinki and NYC3 origins make direct endpoint comparisons uneven, but the throughput numbers tell you what each platform's network can actually sustain.

DigitalOcean (NYC3):

Hetzner (Helsinki, hel1):

*The NYC receive anomaly (115 Kbits/sec) was a saturated test endpoint. Run 1 returned 1.42 Gbits/sec to that location.

For European endpoints, Hetzner's numbers are exceptional. 8.08 Gbits/sec to Amsterdam at 28.8 ms, 5+ Gbits/sec to London at 38 ms — Hetzner peers directly at DE-CIX and AMS-IX, and it shows. No US-based provider in this series gets close to those European throughput figures from the same direction.

Cross-Atlantic is the inverse. DigitalOcean in NYC3 reaches 2+ Gbits/sec to London and Amsterdam with better US latency by default. For teams serving primarily US users, NYC3 is simply closer. For European users, the math heavily favors Hetzner — particularly since European regions include 20 TB of transfer versus DigitalOcean's 4 TB.

This is less a "who wins network" question and more a geography decision. If your users are in Europe, Hetzner has a structural advantage in this category that DigitalOcean can only address by provisioning in its Frankfurt or Amsterdam regions.

Given DigitalOcean's disk advantage and the fact that the CPU and network results largely depend on use case geography, this section goes to DigitalOcean on the disk numbers — but it's the closest call in the comparison.

2. Provisioning experience: Point Hetzner

Hetzner

Hetzner's Cloud Console provisioning flow is a single page, top to bottom: plan type, location, OS image, networking, SSH keys, and optional extras (volumes, firewalls, backups, placement groups, cloud-init). There's no second screen, no upsell modal, no "almost done — want to add managed databases?" interruption.

The location selector notes which products are available per region — useful when a load balancer or private network needs to share the same zone. Below that, the OS image selector covers Ubuntu, Debian, Fedora, CentOS Stream, AlmaLinux, Rocky Linux, and an Apps tab with pre-built images for WordPress, Docker, LAMP, and Nextcloud.

Provisioning completed in under 30 seconds — faster than any other provider in this series. IPv6 is enabled by default with no opt-in required.

One caveat: new Hetzner accounts, particularly those outside Germany or using certain payment methods, may be required to submit identity verification before provisioning their first server. This is documented but still catches developers off guard. If you're evaluating Hetzner under a deadline, register a day or two early.

DigitalOcean

DigitalOcean's "Create Droplet" flow is a single page covering region, OS, plan, and SSH key. Plan cards display both hourly and monthly pricing. IPv6 and DDoS protection are available as opt-in checkboxes in the Advanced Options section. Droplets are ready in under 60 seconds.

The experience is clean and familiar if you've used it before. The difference between the two provisioning flows is that Hetzner surfaces more infrastructure options (placement groups, cloud-init, firewall attachment) without making them feel like upsells — they're just part of the form. DigitalOcean keeps the page shorter by moving those options to post-provisioning.

Hetzner takes this category: faster provisioning, more options at setup, IPv6 by default, and a form that doesn't nudge you toward paid add-ons.

3. Dashboard and management: Point DigitalOcean

Hetzner

Hetzner's Cloud Console is deliberately lean. The server detail page shows status, IPs, usage graphs (CPU, disk, network, traffic), and action menus for power controls, snapshots, resize, and networking. It loads instantly and navigates quickly. There are no dashboard banners, no product recommendations embedded in the sidebar, no friction between you and the thing you came to do.

Notable infrastructure features: Placement Groups (provision servers to land on separate physical hosts for blast-radius reduction), Firewalls applied at the infrastructure level rather than inside the VM, Private Networks for backend isolation, and a browser-based console for out-of-band access when SSH is unreachable.

What Hetzner's console doesn't have: team management beyond basic user access, tagging and resource grouping for larger fleets, or billing dashboards with per-project breakdowns. It's built for a single developer or a small team that knows what it's doing.

DigitalOcean

DigitalOcean's Droplet detail view surfaces the same core controls — power, console, snapshots, resize — alongside more developed operational tooling. Resource tagging, project-based grouping, team permissions with granular access controls, and per-resource billing breakdowns are all first-class features that become meaningfully more useful as infrastructure scales beyond a handful of servers.

For solo developers running one or two servers, both panels are more than adequate. The gap opens when you're managing a team or a multi-environment deployment: DigitalOcean's project organization and permission model handles that more gracefully than Hetzner's current console.

4. Ecosystem and managed services: Point DigitalOcean

This is the most asymmetric section of the comparison. Hetzner has no managed database service. No container registry. No PaaS deployment layer. No CDN integrated with object storage. If you need any of those things from your VPS provider, Hetzner can't supply them, and the decision is effectively made for you.

What Hetzner does offer around compute: managed Kubernetes (free control plane, worker nodes billed as Cloud Server instances), load balancers (from €7.49/month post-April), S3-compatible object storage (from €6.49/month base post-April, EU regions only), and attachable block storage volumes. For teams running container-based workloads on Kubernetes with self-hosted databases, that's a complete enough stack.

DigitalOcean

DigitalOcean's managed database entry at $15/month is accessible enough that it doesn't require database administration skills to get started. The $15 Postgres cluster covers small apps, staging environments, and side projects without standing up and maintaining a server. Hetzner's equivalent is a self-hosted PostgreSQL instance on a €7.99/month VM — cheaper in total, but you're doing the backup configuration, failover planning, and version upgrades yourself.

App Platform is similarly one-sided. There is no Hetzner equivalent. If your team ships via GitHub integration into a managed PaaS, that workflow doesn't exist on Hetzner — you'd replicate it with your own CI/CD pipeline.

5. Pricing: Point Hetzner

The pricing comparison starts with the obvious: a €7.99/month (~$9.49) Hetzner CPX22 versus a $24/month DigitalOcean Basic Droplet for the same 2 vCPU / 4 GB spec. That's roughly a 60% cost reduction, even at Hetzner's post-April prices.

Shared CPU — Hetzner CPX-series (Germany/Finland, post-April 2026):

Shared CPU — DigitalOcean Basic:

The transfer difference is the second major pricing story. Hetzner's European plans include 20 TB/month; DigitalOcean includes 4 TB. For bandwidth-heavy applications — media hosting, large file transfers, high-traffic APIs — running on Hetzner means this cost line effectively disappears from your infrastructure bill.

One nuance: Hetzner's US regions include only 1 TB of transfer, which closes the gap considerably for US-primary workloads. If you're provisioning in Ashburn or Hillsboro to serve US users, factor the transfer reduction into your real cost calculation.

Overage rates: Hetzner charges €1.00/TB in EU and US regions; DigitalOcean charges $0.01/GiB (approximately $10.24/TB). At scale, these are comparable — the bundled transfer advantage is what matters.

6. Documentation: Point DigitalOcean

Hetzner's official documentation is accurate and covers the core topics — server provisioning, API usage, Kubernetes, CLI, networking — but the depth and breadth don't match DigitalOcean's library. For common Linux administration questions, a DigitalOcean Community tutorial is usually a top search result; the equivalent Hetzner guide often doesn't exist.

Hetzner has a community tutorial section and a well-trafficked subreddit, and the LowEndTalk forums are useful for specific configuration questions. But the official docs are thinner, and for developers who aren't already comfortable with self-managed Linux infrastructure, DigitalOcean's tutorials close a lot of knowledge gaps that Hetzner leaves open.

Final thoughts

This comparison ends up being less about who has the better VM and more about what you are actually paying for.

On the infrastructure side, Hetzner is the stronger value. Even after the April 2026 price increase, the CPX22 is still far cheaper than DigitalOcean’s comparable Basic Droplet, and it includes much more bundled transfer in European regions. CPU performance is modestly better, IPv6 is enabled by default, provisioning is faster, and Hetzner’s European network performance is excellent. If your priority is keeping VPS costs low while getting solid baseline performance, Hetzner is very hard to beat.

DigitalOcean’s case is not about raw value per VM. It is about everything around the VM. Managed databases start at $15/month, App Platform gives you a real PaaS option, Spaces includes a CDN in the base object storage product, and the documentation is much stronger for teams that do not want to self-manage every part of the stack. That does not make the higher price disappear, but it does explain where some of that premium goes.

So the decision is fairly straightforward. If you want the cheapest capable infrastructure, especially for European workloads, Hetzner is the better buy. If you want a broader platform with managed services and a more beginner-friendly experience, DigitalOcean is easier to justify despite the price gap.

Choose Hetzner if cost matters, your users are mainly in Europe, your workloads use a lot of bandwidth, or you are comfortable managing databases and application infrastructure yourself.

Choose DigitalOcean if you want managed services, need a PaaS-style deployment workflow, value stronger documentation, or prefer paying more for a platform that reduces operational work.