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VultrComparison

Vultr Alternative for AI: Dedicated GPUs, 100% API

Vultr was the cheap AWS. RAW is servers for AI — 100% API, dedicated GPUs, 100× cheaper than AWS. Vultr's dashboard and GPU pricing no longer lead.

Vultr in 2026: What You Actually Get

Vultr offers cloud compute, bare metal, and managed Kubernetes across 32 locations. Their entry-level pricing starts cheap, but costs climb fast once you need real resources.

Vultr Pricing (Cloud Compute)

  • Regular: 1 vCPU, 1 GB RAM, 25 GB SSD — $6/mo
  • Regular: 2 vCPU, 4 GB RAM, 80 GB SSD — $24/mo
  • Regular: 4 vCPU, 8 GB RAM, 160 GB SSD — $48/mo
  • Regular: 8 vCPU, 16 GB RAM, 320 GB SSD — $96/mo
  • High Frequency: 2 vCPU, 4 GB RAM — $30/mo
  • Managed databases: starting at $15/mo
  • Bandwidth: 3–5 TB included, then $0.01/GB overage

Vultr’s entry tier looks competitive at $6/mo for 1 vCPU. But that is a shared vCPU on spinning disk. Once you need 4 GB RAM and consistent performance, you are at $24/mo — and that is still shared infrastructure.

Vultr’s Dashboard and API Limitations

Vultr’s control panel has not changed meaningfully since 2020. Compared to modern platforms:

  • No CLI-first workflow: Vultr has an API and a basic CLI, but neither supports one-command deploys or infrastructure-as-code natively
  • No git push deploys: You manage deployments manually or build your own CI/CD pipeline
  • Limited monitoring: Basic CPU/bandwidth graphs. No integrated alerting, no log aggregation
  • Slow provisioning: Bare metal servers take 5–15 minutes to deploy. Cloud instances take 30–60 seconds
  • No team collaboration: Sub-users exist but lack granular permissions and audit logging

The API itself is functional but limited. No WebSocket events, no real-time status updates, and rate limits that make automation cumbersome for multi-server setups.

RAW: What’s Different

RAW gives you dedicated bare metal servers — not shared VMs — with a modern CLI, instant provisioning, and transparent pricing. No noisy neighbors, no shared CPU credits, no surprise bills.

RAW Pricing

  • raw-2 ARM: 2 vCPU, 4 GB, 40 GB NVMe — $6/mo
  • raw-4 ARM: 4 vCPU, 8 GB, 80 GB NVMe — $11/mo
  • raw-8 ARM: 8 vCPU, 16 GB, 160 GB NVMe — $21/mo
  • raw-16 ARM: 16 vCPU, 32 GB, 320 GB NVMe — $41/mo
  • Database: install on same server — $0 extra
  • Bandwidth: Unlimited

Direct Comparison: Vultr vs RAW

FeatureVultrRAW
2 vCPU / 4 GB$24/mo (shared)$6/mo (dedicated)
4 vCPU / 8 GB$48/mo (shared)$11/mo (dedicated)
8 vCPU / 16 GB$96/mo (shared)$21/mo (dedicated)
StorageSSD (shared IOPS)NVMe (dedicated)
Bandwidth3–5 TB includedUnlimited
Root access✓ (shared VM)✓ Full SSH (dedicated)
Deploy time30–60 seconds3 seconds
CLI deploysBasic CLIOne-command deploy
Database+$15/mo managed$0 (same server)
MonitoringBasic graphsBuilt-in health checks

For a typical 4 vCPU / 8 GB workload, Vultr costs $48/mo (shared). RAW costs $11/mo for dedicated hardware. That is a 77% savings.

Where Vultr Still Wins

Credit where it is due. Vultr has advantages in specific scenarios:

  • 32 global locations: If you need a server in Johannesburg, Seoul, or Sao Paulo, Vultr has more regions
  • Windows support: Vultr offers Windows Server instances. RAW is Linux-only
  • Managed Kubernetes: Vultr Kubernetes Engine is a solid managed K8s option
  • Block storage: Attach additional SSD volumes up to 10 TB
  • Marketplace apps: One-click deploys for 60+ popular applications

Where RAW Wins

  • 75% cheaper for equivalent specs
  • Dedicated hardware: No noisy neighbors, no CPU throttling
  • NVMe storage: Dedicated IOPS, no shared disk contention
  • Unlimited bandwidth: Vultr meters and pools; RAW never does
  • 3-second deploys: Fastest provisioning in the industry
  • Modern CLI: Deploy, manage, and monitor from your terminal
  • No database markup: Install PostgreSQL, MySQL, Redis on the same server

Migration from Vultr to RAW

Switching takes about 15 minutes. Here is the process:

Step 1: Deploy a RAW Server

npx rawhq deploy

Pick your plan. Server is ready in 3 seconds.

Step 2: Export Your Data from Vultr

# SSH into your Vultr instance
ssh root@your-vultr-ip

# Create a backup of your application
tar czf /tmp/app-backup.tar.gz /var/www/your-app

# Export your database
pg_dump -U postgres your_db > /tmp/db-backup.sql

Step 3: Transfer to RAW

# Copy files to your new RAW server
scp /tmp/app-backup.tar.gz root@your-raw-ip:/tmp/
scp /tmp/db-backup.sql root@your-raw-ip:/tmp/

Step 4: Restore on RAW

# SSH into your RAW server
ssh root@your-raw-ip

# Extract application files
tar xzf /tmp/app-backup.tar.gz -C /

# Install and restore PostgreSQL
apt install postgresql -y
sudo -u postgres psql -c "CREATE DATABASE your_db;"
sudo -u postgres psql your_db < /tmp/db-backup.sql

Step 5: Update DNS

Point your domain to the new RAW server IP. Once DNS propagates, cancel your Vultr instance.

Who Should Switch

  • Developers running web apps, APIs, or side projects who want more resources for less money
  • Startups at $1k–$10k MRR who need predictable costs without shared-VM performance variance
  • Teams running databases alongside their application and paying double for managed DB instances
  • Anyone frustrated with Vultr’s dated dashboard and limited automation tooling

Who Should Stay on Vultr

  • You need Windows Server instances
  • You need managed Kubernetes with minimal setup
  • You require a specific region that RAW does not cover
  • You depend on Vultr’s marketplace one-click apps

The Bottom Line

Vultr was a great option when the alternative was paying AWS prices for basic compute. But in 2026, you can get dedicated bare metal with NVMe storage and unlimited bandwidth for 75% less than Vultr’s shared VMs.

If you are paying Vultr for compute, you are overpaying for shared infrastructure. RAW gives you dedicated hardware, a modern developer experience, and pricing that makes the decision obvious.

Try RAW Free

npx rawhq deploy

Servers from $6/mo. 3 seconds to deploy.