The economics of scaling infrastructure with Hetzner

Hetzner provides an 8 vCPU and 16 GB RAM server for €29.99 per month. DigitalOcean charges $112 for the same configuration, while AWS demands $205 for its equivalent. These price gaps widen as workloads scale. A 4 vCPU with 8 GB RAM configuration costs €7 per month on Hetzner, compared to $48 on DigitalOcean and over $100 on AWS. For a 2 vCPU and 4 GB RAM server, Hetzner costs €10.86, while DigitalOcean charges $24.00. Egress fees also differentiate the providers. Hetzner keeps outbound traffic costs near zero, whereas AWS charges $0.09 per GB. If you manage a Laravel application with high API volume, the AWS egress fees consume a significant portion of the budget. You know the basics of VPS management, so look at the raw numbers. For a 2 vCPU and 2 GB RAM server, Hetzner costs €4.49, while DigitalOcean costs $12.00. This difference provides massive savings for developers who need more than a basic 1 GB instance. In October 2026, Hetzner saw 550,000 branded searches, while DigitalOcean saw only 14,300. This means Hetzner held 45.3% of the market share for VPS hosting provider searches, whereas DigitalOcean held 1.2%. Many developers find that the microservice movement and cloud infrastructure of the 2010s led to massive overprovisioning and wasted money. Setting up a VPC on AWS with Elastic Container Service using Terraform can cost 2 orders of magnitude more than Hetzner. An AWS NAT Gateway alone costs $30 per month. A single server with 16 cores can serve many thousands of simultaneous requests and millions of users per month. Moving from DigitalOcean to Hetzner can save approximately $1,500 per year in hosting fees.

Performance and hardware scale

Hetzner uses NVMe storage for its plans, while DigitalOcean uses SSD. Testing shows Hetzner delivers 8x faster bandwidth and 1.2x faster CPU performance than DigitalOcean. Hetzner provides up to 192 GB of RAM in a single plan, whereas DigitalOcean scales to 256 GB. The infrastructure includes AMD EPYC, Intel Xeon, and Ampere Altra CPUs combined with a 10 Gbit/s connection. Hetzner provides a median of $6.29 per GB of RAM, while DigitalOcean provides $7.88 per GB. The median price for a vCPU on Hetzner is $16.43, which is lower than the $31.50 median on DigitalOcean.

Developers pick Hetzner for the high performance per euro. A single CCX33 dedicated vCPU instance handles more concurrent jobs than four shared-core droplets at the same price. Because Hetzner provides highly competitive pricing on its ARM-based CAX instances, many developers choose these over the more expensive x86 droplets provided by competitors like DigitalOcean for their PHP workloads to gain better performance. Hetzner locations in Germany, Finland, the US, and Singapore satisfy EU data residency requirements. Do you need to reach users in Canada or Australia? DigitalOcean covers those regions, while Hetzner lacks data centers in those specific locations.

Management and connectivity trade-offs

Hetzner lacks a managed PaaS layer like DigitalOcean’s App Platform. You manage the OS, database backups, and SSL renewals yourself. This requires strong Linux fundamentals. The 100-server limit on private networks is a disappointing restriction for those needing massive internal connectivity. Some users face connectivity issues because Google and AWS block certain Hetzner German IPs linked to Iranian sanction-busting efforts. This leads to deployment failures for a portion of the customer base. New accounts also face blocked outgoing ports 25 and 465. Will the IP blocking issue continue as long as sanctions remain active? Hetzner is ISO 27001 certified and provides a web console for troubleshooting when SSH fails. Users can use floating IPs to switch to a healthy instance during an incident. Developers use Terraform or Ansible to automate provisioning and network rules. The stateful firewall allows replies to outbound connections automatically. Users can also use the rescue system to mount disks and recover from unbootable systems. You can also create snapshots before risky changes to allow for quick rollbacks.