Compare / Deno Deploy vs Vultr Cloud Compute
Deno Deploy vs Vultr Cloud Compute
Pre-calculated from hand-checked data — Deno Deploy checked 2026-09-15, Vultr checked 2026-09-15.
The short version
Deno Deploy wins more of our comparison points, but Vultr Cloud Compute still fits if developers who want a cheap server near their users, wherever those users are describes you.
Price Tie
Deno Deploy costs less while you're starting out, but Vultr Cloud Compute works out cheaper once traffic grows.
Ease Deno Deploy
Deno Deploy is easier to get running: connect GitHub for builds on every push or run deno deploy from the CLI; framework presets configure common JavaScript stacks automatically.
Control Vultr Cloud Compute
Vultr Cloud Compute gives you more control over the stack — the flip side of the convenience trade.
Features Deno Deploy
Deno Deploy comes out ahead on 8 of the 15 features we track, versus 2.
What developers say about this matchup
We couldn't find a substantive first-person discussion comparing this exact pair. We leave the section empty instead of filling it with vendor marketing or generic SEO comparisons.
At a glance
| Deno Deploy | Vultr Cloud Compute | |
|---|---|---|
| Best for | JavaScript and TypeScript sites, full-stack framework apps, and APIs that benefit from built-in previews, databases, cron, caching, and telemetry. | Developers who want a cheap server near their users, wherever those users are. |
| How deploys work | Connect GitHub for builds on every push or run deno deploy from the CLI; framework presets configure common JavaScript stacks automatically. | You get root on a fresh Linux server; setup and deploys are yours to script. |
| The tradeoff | It runs the Deno runtime, not Node itself, and its two-region managed footprint and metered Active CPU, memory, and egress trail broader competitors for heavy traffic. | Fully self-managed, and the hour-based billing model is less forgiving than per-second rivals. |
| Free tier | Free: 1M requests, 20 GiB egress, 10 Active CPU hours, 150 GiB-hours of memory time, 10 active apps, 5 custom domains, and 1 GiB of KV storage per month. | Limited early-access plan: 1 vCPU, 512 MB RAM, and 10 GB disk in Seattle, Frankfurt, or Miami. Confirm access in your account before relying on it. |
What you'd realistically pay
Deno Deploy Vultr Cloud Compute
| Project stage | Deno Deploy | Vultr Cloud Compute | Cheaper |
|---|---|---|---|
| Just starting | Free Free — A small app can stay inside the monthly allowance; it pauses if any enforced Free limit is exhausted. | ≈$5/mo vc2-1c-1gb — 1 vCPU, 1 GB RAM, 25 GB SSD, 1 TB transfer. A $3.50 512 MB plan ($2.50 IPv6-only) exists for tiny workloads. | Deno Deploy |
| Steady traffic | ≈$20/mo Pro — Includes 5M requests, 200 GiB egress, 50 Active CPU hours, and 750 GiB-hours of memory time. | ≈$5/mo vc2-1c-1gb — Fine for steady modest traffic; move up when RAM gets tight. | Vultr Cloud Compute |
| Growing | ≈$30/mo Pro + request usage — A representative 10M-request month is $20 plus $10 request overage, before any CPU, memory, storage, or egress overage. | ≈$20/mo vc2-2c-4gb — 2 vCPU, 4 GB RAM, 80 GB SSD, 3 TB transfer. | Vultr Cloud Compute |
Deno Deploy pricing notes
- Pro overages are $2 per million requests, $0.20 per GiB of egress, $0.10 per Active CPU hour, and $0.025 per GiB-hour of memory.
- Active CPU bills only while code runs — waiting on requests or network I/O does not consume the CPU meter.
- Pro includes 5 GiB of sandbox volume storage and 5 GiB of Deno KV; extra storage and KV operations have separate usage rates. Free has no volume storage.
- Free has no paid overage: applications pause when an allowance is exhausted. Free and Pro do not include a reliability SLA.
Vultr Cloud Compute pricing notes
- Bandwidth overage costs $0.01/GB.
- IPv4 is included on Cloud Compute plans.
Our ratings
Ease of use Deno Deploy
Pricing clarity
Free tier Deno Deploy
Scaling Deno Deploy
Control Vultr Cloud Compute
Feature by feature
Deno Deploy wins 8, Vultr Cloud Compute wins 2, with 5 even.
Deploy workflow
| Deno Deploy | Vultr Cloud Compute | |
|---|---|---|
| Deploy from Git push | Yes Link GitHub and every pushed commit triggers an integrated build with streamed logs and caching. | No No deploy pipeline — script your own. |
| Preview deploys | Yes Every Git branch has its own timeline and URL, and every revision receives an immutable preview URL. | No Nothing built in. |
| Official CLI | Yes The deno deploy command creates, configures, and deploys applications from a terminal or CI pipeline. | Yes vultr-cli manages instances, snapshots, and DNS. |
| Instant rollbacks | Yes A timeline can be locked to any previous revision to restore it without rebuilding the application. | Partial Snapshots restore a machine; no deploy-level rollback. |
Platform
| Deno Deploy | Vultr Cloud Compute | |
|---|---|---|
| Custom domains + HTTPS | Yes Custom domains include automatic Let’s Encrypt certificates; wildcard domains require Pro or higher. | Yes Point DNS at the server; TLS via certbot or a proxy is on you. |
| Built-in CDN / edge network | Yes A built-in HTTP edge cache respects standard cache headers and supports tag-based global invalidation. | Partial Vultr sells a separate CDN product; nothing is bundled with the server. |
| Serverless functions | Yes JavaScript and TypeScript applications run in isolated serverless environments that start on demand. | No Not a VPS feature. |
| Docker containers | No Deno Deploy builds source code for its own Deno runtime and does not accept arbitrary Docker images. | Yes Docker marketplace image or install it yourself. |
| SSH / shell access | No There is no interactive SSH shell; use build logs, runtime logs, traces, metrics, or the CLI. | Yes Full root SSH. |
| EU hosting region | Yes Applications can run in the managed Europe execution region, although database residency depends on the selected database. | Yes Amsterdam, Frankfurt, London, Paris, and more at the same USD prices. |
Runtime & operations
| Deno Deploy | Vultr Cloud Compute | |
|---|---|---|
| Automatic scaling | Yes The platform automatically starts multiple isolated application instances across or within regions as traffic requires. | No Manual resizing only. |
| Scale to zero | Yes Idle apps shut down after about 20–30 seconds per the pricing page, so memory time stops while scaled to zero. | No Powered-off servers still bill; destroy to stop charges. |
| Scheduled jobs | Yes Deno.cron jobs are discovered at deploy time, scheduled by the platform, and monitored in the dashboard. | Yes Classic cron on the box. |
| Managed database | Yes Provision Deno KV or managed Prisma Postgres, or attach an externally hosted PostgreSQL database. | Yes Vultr Managed Databases (Postgres, MySQL, Kafka) sold separately. |
| Logs & metrics built in | Yes Logs, OpenTelemetry traces, request and outbound-call metrics, filtering, and dashboards are included. | Partial Basic usage graphs; application monitoring is yours to set up. |
Watch out for
Deno Deploy
- Applications run on Deno rather than Node itself. Node and npm compatibility is broad, including native add-ons and subprocesses, but framework-specific edge cases still exist.
- The managed platform currently has two execution regions, the US and Europe; Deploy Classic had a broader footprint before it shut down in July 2026.
- Free and Pro have no published reliability SLA; a 99.95% SLA is reserved for Enterprise.
- Free-tier apps pause when the monthly allowance is exhausted; there is no paid overage on Free.
- Active CPU bills only while code runs, not while waiting on I/O, but Free includes only 10 Active CPU hours per month.
Vultr
- Billing is in one-hour units and continues while a server is powered off — only destroying it stops charges.
- Some regions (like São Paulo) carry documented higher prices.
- A $0 Cloud Compute plan appears in the public API, but access remains restricted and should not be treated as generally available.
Read the full reviews: Deno Deploy and Vultr. Or answer four questions to see what fits your project.