Full Comparison
AWS vs Hetzner: The Cloud Premium vs. Price-Performance Revolution (2026)
Where Hetzner Wins Outright
1. The Structural Cost Arbitrage
The fundamental economic reality is stark. For equivalent vCPU and RAM configurations, AWS consistently costs between 4 and 7 times more than Hetzner Cloud, even after Hetzner's April 2026 pricing adjustments.
Compute Cost Comparison:
| Tier | AWS EC2 (On-Demand) | Hetzner (Cloud VPS) | Markup |
|---|---|---|---|
| 2 vCPU / 4 GB | ~$30/mo | €3.99–7.99/mo | 4–7× |
| 4 vCPU / 16 GB | ~$140–$154/mo | €23.99–31.49/mo | ~5× |
| 8 vCPU / 32 GB | ~$280/mo | €47.99–62.49/mo | ~5× |
For a typical startup running 5 medium instances, a managed Kubernetes cluster, and 10 TB of monthly egress, the annual delta between AWS and a Hetzner-primary architecture exceeds $15,000–$30,000. One $3M ARR startup moved 80% of workloads to Hetzner and saw its infrastructure bill drop from $420K/year to $48K/year—a $372,000 annual saving.
2. Egress: The "Silent Killer"
Bandwidth costs can completely reshape the TCO comparison. AWS charges approximately $0.09 per GB of outbound internet traffic after the first 100GB—a cost that can eclipse the compute bill itself for data-intensive workloads. Hetzner includes 20 TB of free egress per cloud instance per month with its entry-level plans.
Scenario: 10TB Monthly Data Transfer
| Provider | Egress Cost | Annual Impact |
|---|---|---|
| AWS | $891/month (after 100GB free) | $10,692/year |
| Hetzner | $0 (20TB free included) | $0 |
For media platforms, AI inference APIs, high-traffic SaaS, and CI/CD pipelines, Hetzner's egress model alone can justify migration before even accounting for compute savings.
3. Performance: The Hardware Advantage
Independent benchmarks reveal an interesting performance profile. At the $24/month tier on Hetzner (CCX23, 4 vCPU/16 GB based on AMD EPYC Genoa), compared to AWS m7a.xlarge:
| Metric | AWS (m7a.xlarge) | Hetzner (CCX23) | Advantage |
|---|---|---|---|
| CPU (events/sec) | ~18,000 | ~9,400 | AWS 2× faster |
| Memory Bandwidth | ~22.4 GB/s | ~16.3 GB/s | AWS faster |
| Disk I/O (4k randrw) | 52 MB/s read | 85 MB/s read | Hetzner 63% faster |
| Disk I/O (1M seq) | 136 MB/s read | 1.3 GB/s read | Hetzner 10× faster |
| Network | 3.5 Gbps down | 1.0 Gbps down | AWS faster |
Key insight: AWS dominates CPU and network performance, but Hetzner's local NVMe storage is a game-changer—over 10× faster than AWS's EBS volumes in large-block random read/write tests. For I/O-heavy workloads like databases, caching, and logging pipelines, Hetzner's disk performance is materially superior.
4. Performance Consistency
Hetzner achieves a consistency score of 71/100 compared to AWS's 40/100. This means performance between servers of the same type is more predictable on Hetzner—important for production workloads where variance matters.
5. Transparent, Predictable Pricing
Hetzner's pricing model is refreshingly simple: fixed monthly rates, no surprises, no complex calculators. AWS's pay-as-you-go model with multiple line items—compute hours, storage GB, API calls, IOPS, data transfer—often leads to unpredictable bills that cloud providers themselves acknowledge create customer frustration.
Where AWS Wins
1. Managed Services Ecosystem
AWS's premium buys genuinely valuable managed services: RDS handles database replication, failover, and point-in-time recovery; EKS manages your Kubernetes control plane; ElastiCache provides fully managed Redis. These services allow engineering teams to focus on product, not plumbing.
Hetzner offers none of these natively. Running production databases, cache layers, and Kubernetes on Hetzner requires owning the operational burden—Ansible playbooks, Terraform state, manual failover configuration. Conservative estimates place this at 10–20 additional DevOps hours per month for a typical production stack.
| Feature | AWS | Hetzner |
|---|---|---|
| Managed Kubernetes | ✓ EKS (fully managed) | DIY (k3s/RKE) |
| Managed Database | ✓ RDS (multi-AZ) | Self-hosted |
| Managed Cache | ✓ ElastiCache (Redis/Memcached) | Self-hosted |
| Serverless Functions | ✓ Lambda | Self-hosted |
| Auto-Scaling | ✓ Native ASG | Via Terraform |
| Global CDN | ✓ CloudFront (36 regions) | Partner CDN needed |
| Nested Virtualization | ✓ Supported | Not supported |
2. Global Reach and Low Latency
AWS operates 36+ global regions with availability zones—physically separate locations with isolated failure domains. Most large-scale HA systems depend on this so that one data center issue does not take down the application. Hetzner has data centers in only Germany, Finland, the US, and Singapore.
AWS's global edge network (CloudFront) delivers content with low latency worldwide. Hetzner has no equivalent—your users in Sydney or São Paulo will see higher latency, though you can put a CDN like Cloudflare in front to mitigate static-asset latency.
3. Enterprise Compliance and Security
AWS provides extensive compliance certifications: HIPAA, FedRAMP, SOC 2, PCI DSS, and many others. Hetzner is GDPR-native (being headquartered in Germany) but offers minimal managed compliance support for regulated healthcare or payment workloads.
4. Service Breadth and Time to Market
AWS's 200+ services cover everything from IoT and media encoding to AI/ML (SageMaker, Bedrock). Hetzner focuses on the fundamentals: VPS, dedicated servers, block storage, and networking. If your team lacks the bandwidth to self-manage databases and Kubernetes, AWS's managed services accelerate development and reduce risk.
The Smart Move: AWS–Hetzner Hybrid Architecture
The most sophisticated organizations in 2026 are not choosing one over the other—they're using both strategically. The pattern is consistent:
- AWS for specialized, irreplaceable services: SageMaker model training, Bedrock API, global edge delivery (CloudFront), compliance-heavy workloads
- Hetzner for high-volume, cost-elastic compute: Inference endpoints, storage, application servers, CI/CD runners, self-managed Kubernetes clusters
Example Hybrid Cost Benefit:
For a workload transferring 25 TB/month with 5 medium instances and a Kubernetes cluster:
- Compute savings (Hetzner vs AWS): 70-80%
- Egress cost reduction: >99%
- Cluster fee saved: $73/month per cluster
- Annual delta: >$15,000–$30,000 for typical SME scale
Hetzner wins when you want simple, predictable infrastructure with great price performance. AWS wins when you need the full platform: managed databases, queues, serverless, analytics, AI/ML, plus deep security, governance, and global multi-region resiliency. You pay more, but you often ship faster because you're operating less.