Cloud · head to head
AWS (Amazon Web Services) vs Proxmox VE

Proxmox VE
Cloud
Open-source hypervisor combining KVM and LXC virtualisation
- From
- €120/year
- Rated
- -
The short version
- Only AWS (Amazon Web Services) has a free tier, so it costs nothing to try first.
- Each has a real cost: AWS (Amazon Web Services) data transfer in is free and data transfer out is charged, which is the standard source of unexpected bills; Proxmox VE per-socket licensing model: cost scales with CPU socket count, not vCore count, resulting in high costs for multi-socket servers
- Prices and features above were last checked on 30 August 2026.
Where they differ
Only the attributes on which AWS (Amazon Web Services) and Proxmox VE actually diverge.
| Attribute | AWS (Amazon Web Services) | Proxmox VE |
|---|---|---|
| Starting price | Free | €120/year |
| Pricing model | usage-based | subscription |
| Free tier | Yes | No |
| Platforms | Web, Api, Cli, Mobile | Linux, Web, API, Self-hosted |
| Founded | 2006 | Unknown |
Identical on both: user rating (Not yet rated), category (Cloud).
What each one covers
Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.
Only in AWS (Amazon Web Services)
- EC2 - Virtual Servers
- S3 - Object Storage
- RDS - Managed Database
- Lambda - Serverless Computing
- CloudFront - CDN
- VPC - Virtual Network
- IAM - Access Management
- CloudWatch - Monitoring
Only in Proxmox VE
Nothing recorded that AWS (Amazon Web Services) does not also cover.
What people use each for
The jobs each tool is most often brought in to do.
AWS (Amazon Web Services)
- Web hostingnot Proxmox VE
- Data storagenot Proxmox VE
- Machine learningnot Proxmox VE
- Big data analyticsnot Proxmox VE
- Application developmentnot Proxmox VE
Proxmox VE
- Open-source datacenter virtualisation for hosting providers and cloud platformsnot AWS (Amazon Web Services)
- Cost-sensitive enterprise virtualisation replacing commercial hypervisorsnot AWS (Amazon Web Services)
- High-availability clustering for disaster recovery and business continuitynot AWS (Amazon Web Services)
- Container deployments using LXC as lighter-weight alternative to Dockernot AWS (Amazon Web Services)
- Hybrid VM and container workloads in a single management interfacenot AWS (Amazon Web Services)
- Backup and archival infrastructure alongside primary virtualisationnot AWS (Amazon Web Services)
Where each one falls short
Documented limitations, not opinions. Every one is a constraint you would hit in normal use.
AWS (Amazon Web Services)
- Data transfer in is free and data transfer out is charged, which is the standard source of unexpected bills
- Discounts require one or three year Savings Plan commitments rather than being automatic
- Every service is priced separately, so a working architecture has no single published cost
- The free tier is a promotional allowance rather than an ongoing free plan
Proxmox VE
- Per-socket licensing model: cost scales with CPU socket count, not vCore count, resulting in high costs for multi-socket servers
- Linux-based host only; Windows hypervisors not supported, limiting adoption in Windows-focused organisations
- Clustering and high-availability setup requires operational expertise and careful network configuration
- Commercial support tiers limit advanced features (just-in-time access, network flow logs) to paid subscriptions
- Smaller ecosystem of third-party plugins and integrations compared to VMware vSphere
Pricing, plan by plan
AWS (Amazon Web Services)
Free- AWS Free TierFree
- EC2 750 hours/month
- 5GB S3 storage
- 20GB data transfer
- Pay-As-You-GoFree
- No upfront payment
- No long-term commitments
- Pay only for what you use
Proxmox VE
€120/year- Community$120/year
- Enterprise Repository access
- Community forum support only
- Per-socket subscription model
- Basic$370/year
- 3 support tickets per year
- 1 business day response time
- Stable updates and Enterprise Repository
- Standard$550/year
- 10 support tickets per year
- 4-hour response time for critical issues
- Remote SSH support and offline updates
- Premium$1100/year
- Unlimited support tickets
- 2-hour response time for critical issues
- Remote SSH support and offline updates
Which should you pick?
Choose AWS (Amazon Web Services) if
- You need ec2 - virtual servers.
- You want to start without paying.
- You work on Web, Api, Cli, Mobile.
- You also want s3 - object storage.
Questions people ask
- Is AWS (Amazon Web Services) or Proxmox VE better?
- Neither clearly leads. AWS (Amazon Web Services) starts at Free and Proxmox VE at €120/year, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
- Which is cheaper, AWS (Amazon Web Services) or Proxmox VE?
- AWS (Amazon Web Services) has a free tier; the other does not. Paid plans start at Free for AWS (Amazon Web Services) and €120/year for Proxmox VE.
- Does AWS (Amazon Web Services) or Proxmox VE run on more platforms?
- AWS (Amazon Web Services) runs on Web, Api, Cli, Mobile. Proxmox VE runs on Linux, Web, API, Self-hosted.
- Can I use AWS (Amazon Web Services) for free?
- Yes. AWS (Amazon Web Services) has a free tier, so you can try it without paying. Proxmox VE starts at €120/year.
- What is AWS (Amazon Web Services) best used for?
- AWS (Amazon Web Services) is most often used for web hosting, data storage, machine learning, big data analytics. Of those, web hosting and data storage are not what Proxmox VE is typically brought in for.
- What can AWS (Amazon Web Services) do that Proxmox VE cannot?
- AWS (Amazon Web Services) covers EC2 - Virtual Servers, S3 - Object Storage, RDS - Managed Database, Lambda - Serverless Computing.
Answered from the vendors’ own pages
AWS (Amazon Web Services): What are AWS's payment options and pricing models?
AWS offers four pricing approaches: pay-as-you-go (you pay only for what you use), flat-rate plans combining multiple services into one monthly price without overages, Savings Plans offering discounts on compute and machine learning with 1- or 3-year commitments, and volume-based tiered pricing where costs decrease as usage increases.
SourceProxmox VE: What is the licensing model for Proxmox VE?
Proxmox VE is open-source and free to deploy. Optional subscription tiers provide technical support, priority response times, and access to the Enterprise Repository for stable update channels. All tiers include identical virtualisation features.
SourceAWS (Amazon Web Services): Are there contracts, termination fees, or commitments required for AWS?
No long-term contracts are required for AWS services. No termination fees apply once you stop using the service. Savings Plans provide optional 1- or 3-year commitments with discounted hourly rates, but you can revert to pay-as-you-go pricing anytime.
SourceProxmox VE: Can I run Proxmox VE without a support subscription?
Yes. Community Edition (€120/year per socket) provides Enterprise Repository access with community-based support through forums. The core Proxmox VE platform is fully functional without any subscription.
SourceAWS (Amazon Web Services): Does AWS offer a free tier?
AWS provides a free tier that offers hands-on experience with AWS products at no charge. The free tier allows new customers to try eligible services before committing to paid usage.
SourceProxmox VE: What hypervisors does Proxmox VE support?
Proxmox VE includes both KVM for full virtualisation and LXC for Linux containers. It does not support Xen or Hyper-V. Workloads on those platforms must be migrated or reimplemented.
SourceAWS (Amazon Web Services): How do I estimate my AWS costs?
AWS provides the AWS Pricing Calculator and Cost Explorer tool to estimate costs for single or multiple services. AWS also offers cost optimization recommendations, performance reporting, and budget alerts to help track and control spending.
SourceRelated pages
More on AWS (Amazon Web Services)
Other head to heads
- AWS (Amazon Web Services) vs Google Cloud Platform
- AWS (Amazon Web Services) vs Microsoft Azure
- AWS (Amazon Web Services) vs Oracle Cloud
- AWS (Amazon Web Services) vs Vultr
- AWS (Amazon Web Services) vs Wasabi
- AWS (Amazon Web Services) vs Linode
- AWS (Amazon Web Services) vs Hetzner Cloud
- AWS (Amazon Web Services) vs Neon
- AWS (Amazon Web Services) vs Scaleway
- AWS (Amazon Web Services) vs Akamai
- AWS (Amazon Web Services) vs OVHcloud
- AWS (Amazon Web Services) vs DigitalOcean
- AWS (Amazon Web Services) vs Fireworks AI
- AWS (Amazon Web Services) vs Heroku
- AWS (Amazon Web Services) vs Vault
- AWS (Amazon Web Services) vs Beam Cloud
- AWS (Amazon Web Services) vs Caddy
- AWS (Amazon Web Services) vs Cerebrium
- AWS (Amazon Web Services) vs Grafana Cloud
- AWS (Amazon Web Services) vs Rancher
- AWS (Amazon Web Services) vs Longhorn
- AWS (Amazon Web Services) vs OpenEBS
- AWS (Amazon Web Services) vs Anyscale
- AWS (Amazon Web Services) vs Go
- AWS (Amazon Web Services) vs Chef
- AWS (Amazon Web Services) vs Lambda (AWS Serverless)
- AWS (Amazon Web Services) vs Jaeger
- Proxmox VE vs Google Cloud Platform
- Proxmox VE vs Microsoft Azure
- Proxmox VE vs Oracle Cloud
- Proxmox VE vs Vultr
- Proxmox VE vs Wasabi
- Proxmox VE vs Linode
- Proxmox VE vs Hetzner Cloud
- Proxmox VE vs Neon
- Proxmox VE vs Scaleway
- Proxmox VE vs Akamai
- Proxmox VE vs OVHcloud
- Proxmox VE vs DigitalOcean
- Proxmox VE vs Fireworks AI
- Proxmox VE vs Heroku
- Proxmox VE vs Vault
- Proxmox VE vs Beam Cloud
- Proxmox VE vs Caddy
- Proxmox VE vs Cerebrium
- Proxmox VE vs Grafana Cloud
- Proxmox VE vs Rancher
- Proxmox VE vs Longhorn
- Proxmox VE vs OpenEBS
- Proxmox VE vs Anyscale
- Proxmox VE vs Go
- Proxmox VE vs Chef
- Proxmox VE vs Lambda (AWS Serverless)
- Proxmox VE vs Jaeger

