Facts and prices checked October 21, 2026
Vultr vs DigitalOcean: More Regions or Finer Billing?
Vultr and DigitalOcean both sell self-managed virtual machines, but the useful differences are billing granularity, region coverage, product availability, and the services you need around the server. This comparison uses current provider documentation and public APIs. It does not use synthetic ratings or unpublished benchmarks.
What this comparison is based on
VPSchart checked the Vultr public Plans and Regions APIs, current Vultr billing documentation, DigitalOcean pricing, billing, regional availability, and bandwidth documentation on October 21, 2026. We did not run a fresh performance benchmark for this update. Prices are USD reference values before tax and optional services, and provider availability can change.
Like-for-like entry plan
The smallest plans are not a fair headline comparison because Vultr has region-limited and IPv6-only options while DigitalOcean lists a 512 MiB Basic Droplet. The table below starts with the broadly useful 1 GiB shared CPU tier and keeps the resource bundle visible.
On a small screen, scroll the table sideways to compare both providers.
| Resource | Vultr Cloud Compute | DigitalOcean Basic Droplet |
|---|---|---|
| Shared plan checked | vc2-1c-1gb | Regular 1 GiB Basic |
| vCPU and memory | 1 vCPU, 1 GiB | 1 vCPU, 1 GiB |
| Included disk | 25 GB SSD | 25 GiB SSD |
| Included outbound transfer | 1 TB in the public plan API | 1,000 GiB |
| Billing price checked October 21, 2026 | 0.007 USD per hour with a 5 USD monthly cap in most listed locations. Sao Paulo: 0.01 USD per hour and 7.50 USD monthly. | 0.00893 USD per hour with a 6 USD monthly cap |
| Current location context | Plan listed in 31 of 33 Vultr regions | 16 datacenters across 13 regions, with plan availability varying by datacenter |
The one-dollar monthly difference applies only where the listed plan and price are available. It should not override region availability, CPU class, backup cost, or the services your application needs.
Billing and shutdown behavior
Vultr
Standard Cloud Compute is billed in one-hour units and capped at 672 hours per month. A stopped instance still reserves resources and continues to accrue charges. Destroy the instance to end compute billing.
DigitalOcean
Bundled Droplets are billed per second with a 60-second minimum and a 672-hour monthly cap. Powered-off Droplets continue to accrue charges until destroyed. DigitalOcean v5 configurations use a different uncapped hourly resource model.
Decision: DigitalOcean has the clearer advantage for temporary test servers and short batch jobs because its bundled plans charge by the second. For a server that runs all month, compare the monthly cap and full resource bundle.
Locations and product availability
Vultr's public regions API listed 33 regions on the review date, but the compared vc2-1c-1gb plan listed 31 locations. DigitalOcean documented 16 datacenters across 13 regions and shows product availability per datacenter. The raw total is not a promise that every plan or adjacent service exists everywhere.
Decision: Start with the location closest to users or required by your data policy, then confirm that the exact compute plan and supporting service exist there. Vultr offers the broader current location list. DigitalOcean may still be the better fit if the required managed product is available in the selected datacenter.
CPU and performance claims
Both entry plans in this comparison use shared CPU. Available CPU time can vary with neighboring workloads, so a provider-wide winner cannot be inferred from vCPU count, a marketing page, or one undated benchmark. DigitalOcean also separates shared and dedicated CPU families. Vultr offers Shared CPU and Optimized Cloud Compute families.
- Choose the same region and similar CPU class.
- Deploy the application with the same operating system and storage layout.
- Measure the application's actual response time, background work, and disk behavior.
- Move to a dedicated CPU family when variable shared CPU performance is unacceptable.
Transfer, backups, and managed services
The compared entry plans each include about 1 TB of outbound transfer. DigitalOcean documents pooled team transfer and an additional rate of 0.01 USD per GiB. Vultr's plan API reports the included allowance per plan; check the current overage terms in the account or pricing page before a bandwidth-heavy deployment.
Backup options can add cost. Treat a provider backup as one recovery layer, not the only copy of application data. Keep an independently restorable backup outside the VM account.
DigitalOcean offers managed databases, Kubernetes, App Platform, load balancers, object storage, and other platform products. Vultr offers Kubernetes, block storage, load balancers, bare metal, and additional compute families, with availability varying by region. Compare the surrounding architecture instead of the VM price alone.
Workload recommendations
Small 24-hour self-hosted service
Start with Vultr when the selected region supports the plan and saving one dollar per month matters. Start with DigitalOcean when its documentation or adjacent managed services reduce operating work.
Short-lived development and CI
DigitalOcean's per-second bundled billing is the stronger fit when instances are created and destroyed frequently. Powered-off instances still cost money on both platforms.
Region-sensitive deployment
Check Vultr first because its current API lists more regions. Confirm the exact plan and storage or Kubernetes option in that region before committing.
Steady production compute
Do not choose from the entry-plan table. Compare the dedicated CPU families, restore workflow, network allowance, and a test of your own application.
Migration checklist
- Inventory databases, uploaded files, secrets, scheduled jobs, DNS, and firewall rules.
- Create an application-level backup and restore it on a temporary target server.
- Copy changing files with rsync or an equivalent incremental method.
- Test the target by overriding local DNS before changing public records.
- Lower DNS TTL before cutover, perform the final data sync, then monitor both systems.
- Keep the old server only for the planned rollback window, then destroy it to stop billing.
Provider snapshots are useful inside their own platform, but they are not a complete cross-provider migration plan.
Official sources
Prices, billing rules, and region counts were checked on October 21, 2026. Recheck them before purchasing.
Frequently Asked Questions
Which is cheaper, Vultr or DigitalOcean?
For the shared CPU plans checked on October 21, 2026, Vultr listed 1 vCPU, 1 GiB RAM, 25 GB SSD storage, and 1 TB transfer at a 5 USD monthly cap in most listed locations. The same Vultr plan was 7.50 USD in Sao Paulo. DigitalOcean listed 1 vCPU, 1 GiB RAM, 25 GiB SSD storage, and 1,000 GiB transfer at a 6 USD monthly cap. Compare the exact region and configuration before buying.
How does billing differ between Vultr and DigitalOcean?
Vultr bills standard Cloud Compute servers by the hour with a 672-hour monthly cap. DigitalOcean bills bundled Droplets by the second with a 60-second minimum and the same 672-hour monthly cap. Both continue billing a powered-off server until you destroy it.
Which provider has more locations?
The Vultr regions API listed 33 regions on October 21, 2026, while the checked 1 GiB plan listed 31 deployable locations. DigitalOcean documented 16 datacenters across 13 regions. Product and plan availability varies by location, so check the exact configuration before choosing.
Can I transfer a Vultr snapshot directly to DigitalOcean?
Do not assume provider snapshots are portable. Plan a migration around application exports, database backups, file transfer with rsync or an equivalent tool, a test restore, and a final DNS cutover.
Which provider is better for a self-hosted application?
Vultr is the stronger starting point when region choice and the lower 1 GiB shared plan matter most. DigitalOcean is the stronger starting point for short-lived workloads that benefit from per-second billing or teams that want more DigitalOcean managed services around the VM. Neither is the universal winner.