Vercel vs Coolify: which to choose

Vercel vs Coolify: which fits your Next.js workload

If your Vercel renewal or usage-based bill is the trigger, the short answer is this: Vercel fits teams that want a global CDN and Vercel-specific features without running servers, while Coolify fits teams that need the app, its data and its traffic path on infrastructure they control. Neither answer is universal, so the choice depends on what you need from the edge and who will run the platform day to day. Coolify is licensed under Apache-2.0 and its self-hosted edition is free with all features, so the recurring cost moves to the servers, bandwidth and people you pay for directly. Vercel fits when your traffic is spread across regions and you rely on its managed CDN, its function runtime and its preview workflow out of the box. It also fits a small operations team that does not want to patch hosts, renew certificates or plan capacity. Coolify fits when you want the workload on servers you control, when your apps already ship as Docker images or Dockerfiles, and when your team can administer Linux and Docker. Coolify installs on Debian, Ubuntu, the Red Hat family, SUSE, Arch, Alpine and 64-bit Raspberry Pi OS, and needs at least 2 CPU cores, 2 GB RAM and 10 GB of free disk per host, so confirm those minimums against the hardware you plan to use.

The decision turns on four questions. First, where are your users, and does a single region or a few regions serve them well enough without a managed CDN? Second, do you need Vercel-specific features that have no equivalent in your stack? Third, where must the data and function execution live, which matters for residency rules? Fourth, who will carry the operations work, including backups, which Coolify does not restore for you, and rollbacks of databases and persistent files? Write those answers down before you request a quote, because they set the scope of any migration and the cost of running it.

Which option fits which scenario

This table matches common buying scenarios to the platform that fits better and the condition that makes the difference matter. Read each row as a test: if your situation matches the condition, the advantage applies; if not, the other option may be the better fit. Most teams find the decision turns on who will run the servers and where traffic and data must sit.

Scenario	Better fit	Condition that makes it so
Global edge traffic for public sites	Vercel	Your audience is spread across regions and you rely on a managed global CDN to serve static assets and cached responses close to users.
EU-only data and processing	Coolify	Your contracts or regulators require functions, databases and logs to stay in servers you choose, and you accept that the global CDN is no longer part of the setup.
Fixed monthly budget with a small team	Coolify	You want predictable server and plan costs rather than usage-based charges, and at least one engineer can patch hosts, watch disk and restore backups.
Bursty traffic with no ops capacity	Vercel	Traffic spikes are hard to forecast and nobody on the team can own on-call work for servers, proxies and certificates.
Many internal apps on shared servers	Coolify	You run several internal tools on a few servers you already operate and want one dashboard for deploys, domains and databases.
Strict change control and audit trails	Coolify	Your change process needs deploys, rollbacks and access to hosts recorded in systems you control, and you can show how the Coolify instance itself is secured and updated.
Preview deployments for every pull request	Vercel	Reviewers need per-branch preview URLs with no DNS setup on your side, and you do not want to maintain wildcard DNS and preview cleanup yourself.
Stateful apps with their own databases and files	Coolify	You need database backups, restores and file persistence under your own storage and retention policy, and you have tested restores rather than assuming a rollback recovers data.

What hosting on your own servers changes for data and control

Moving from Vercel to Coolify changes who holds application code, secrets, databases, certificates and access decisions. Each card names one of those shifts and the check your team should run before cutover, since the answers depend on how your servers and network are set up.

Where code, secrets and databases live

Vercel stores your build outputs, environment variables and any Marketplace databases on its platform. With Coolify, application source comes from your Git host, images are built on servers you register, and environment variables are stored in the Coolify instance. Coolify Cloud runs that instance on Coolify's infrastructure, while self-hosting keeps it on your hardware. Confirm where the Coolify database, its backups and any S3-compatible backup target physically reside, and who can read them.

Who holds TLS and routing

On Vercel, the platform terminates TLS and routes traffic through its global network. In Coolify, each server runs a coolify-proxy container, with Traefik as the default and Caddy as the alternative, and both issue HTTPS certificates automatically. The Custom (None) option hands routing and certificate management to your team. Decide which option fits your certificate authority policy, and test renewal before you move production domains.

Identity and access to the platform

Vercel access control sits in its team and project settings and its SSO features. A self-hosted Coolify instance adds its own user accounts, teams and API tokens, and every server you connect is reached over SSH. Review who holds administrator roles, rotate the SSH keys Coolify uses, and scope API tokens to the minimum they need. Record who can deploy to production, because a Git push and a Coolify deploy button are both production paths.

Patching and hardening the host

Vercel patches the infrastructure under your functions. On your own servers, the operating system, Docker engine, the Coolify release and the proxy all need patch schedules and owners. Coolify runs only on supported Linux distributions, so confirm the distribution and kernel baseline against its installation requirements. Assign someone to watch the release notes, since Coolify's v5 preview is aimed at core scalability while v4 remains supported.

Compliance evidence you must produce

Vercel and your auditor will each hold part of the evidence. With Coolify, your team owns the access logs, change records, backup restore tests, key rotation records and network diagrams that an assessor will ask for. DeployOpen can plan, configure and document controls for these areas and prepare evidence, but it does not issue audit reports or certifications. Confirm with your assessor, before implementation, which artifacts they will accept and how long they must be retained.

Vercel vs Coolify capabilities side by side

This table compares how Vercel and self-hosted Coolify handle delivery, caching, scaling, data and licensing. Read each row as a question about who runs the component, and where Coolify needs a CDN or custom setup that Vercel provides by default.

Capability	Vercel (managed)	Coolify (self-hosted)
Build types	Managed builds from Git for Next.js and other frameworks, run on Vercel's infrastructure	Nixpacks, Railpack (beta), Static, Dockerfile, Docker Compose, or a prebuilt Docker Image method that skips the build
Edge caching and CDN	Global CDN included in the platform	No built-in global CDN; add and configure one in front of your servers if you need edge caching
Serverless functions	Managed functions billed on usage	Run as long-lived containers on your servers; no managed function runtime is supplied
Preview deployments	Per-branch previews managed by the platform	Previews for pull or merge requests from GitHub, GitLab, Gitea and Bitbucket at a default {{pr_id}}.{{domain}} URL; requires wildcard DNS; deleted when the request closes or merges
Rollbacks	Platform-managed deployment rollback	Can redeploy a retained application image, but does not restore databases or persistent files
Reverse proxy and HTTPS	Handled by the platform	One coolify-proxy per server with Traefik by default or Caddy, both issuing HTTPS automatically; Custom (None) leaves routing and certificates to you
Image optimization and ISR cache	Provided by the Vercel platform for Next.js features	Runs the Next.js Node.js server or Docker container with full feature support; image optimization and a shared ISR cache across instances need your own configuration
Scaling across servers	Scaling handled by the provider	Multi-server deployments are supported, so you add and manage the servers and their capacity
Databases and backups	Databases typically come from Marketplace providers outside the platform	Deploys PostgreSQL, MySQL, MariaDB, MongoDB, Redis, Dragonfly, KeyDB and ClickHouse; scheduled backups cover all except Redis, Dragonfly and KeyDB
Licensing and cost model	Proprietary managed service with usage-based billing	Apache-2.0 self-hosted edition; you pay for servers, storage, bandwidth and the team's operations time

Where previews, rollbacks and caching need extra design

Coolify previews need networking set up before they work. Coolify builds pull or merge requests from GitHub (through a GitHub App or webhook), GitLab, Gitea and Bitbucket, and the default URL pattern is {{pr_id}}.{{domain}}. That pattern only resolves if your DNS has a wildcard record pointing at the server running the proxy, so confirm the wildcard zone with your DNS team before anyone expects a preview link. Coolify deletes each preview when its request is closed or merged, which keeps environments from piling up, but it also means a reviewer who wants to return to an old branch must redeploy it. Plan who owns preview access and whether preview URLs should be reachable from the public internet at all, because Vercel's own preview protection does not carry over automatically.

A rollback redeploys an application image, not a full system state. Coolify's guide for teams coming from managed platforms notes that a rollback can redeploy a retained application image but does not restore databases or persistent files. If a release ran a migration or wrote user uploads, reverting the container leaves the data in its new shape. Decide before cutover how database migrations will be made backward compatible, where uploaded files live, and how point-in-time database backups are scheduled and tested, since Coolify's scheduled backups do not cover Redis, Dragonfly or KeyDB. Vercel's rollback model hides some of this from application teams, so the restore runbook is work your team takes on.

Caching, image optimization and ISR sharing are design work your team owns, not features that appear by default. On Vercel, the CDN, image optimization and incremental static regeneration are part of the platform. In a container you run, the cache and image pipeline must be designed explicitly, including whether a shared cache store serves multiple app instances, how next/image output is stored, and what the reverse proxy in front of the containers caches. Ask your engineering leads to write these choices down and test them under a multi-instance deployment before go-live, because a cache that works on one container can serve stale or inconsistent pages across several.

What Vercel and self-hosted Coolify cost, component by component

Vercel bills a plan fee and metered usage, while self-hosted Coolify moves the spend to a license-free application layer, servers, network capacity and engineering time. Each card below is one cost line to price and to ask about in writing before a cutover.

Vercel plan and metered usage

Vercel bills a plan fee per seat and then meters usage above the credit included in the plan. The supplied pricing reference for the Pro plan is a $20 included credit, with metered usage billed beyond it. Ask for the metered line items that match your traffic: data transfer, function execution, image optimization and ISR writes. Usage tends to grow with traffic and build volume, so model the peak month, not the average, and confirm what happens when the credit is exhausted.

Coolify self-hosted at no license fee

The self-hosted Coolify edition is Apache-2.0 licensed, and its pricing page describes it as free with all features and no limitations. The license cost is zero, so the line item to budget is the work of installing, upgrading and operating it. Confirm the current release line before planning, since v5 is previewed while v4 remains supported.

Coolify Cloud management fee

Coolify Cloud runs the Coolify instance on Coolify's managed infrastructure while you bring your own servers. The published price is $5 per month for 2 connected servers plus $3 per month for each additional server, with a 20% discount on annual billing. Compare this against your own management host and the time spent running it. Confirm whether support, backups and data location are included in the written quote.

Servers, bandwidth and CDN

Coolify does not include the compute, egress or edge network that Vercel provides. You pay your cloud or data center for application servers, database hosts, outbound bandwidth and any CDN you add in front. Coolify runs a coolify-proxy container per server, so capacity planning is per host. Ask providers for egress pricing and whether a CDN is needed for your asset mix and regions.

Engineering time for operations

The recurring cost that most often exceeds the license line is the team time for builds, database backups, OS and container patching, certificate checks and on-call. Coolify's guide for teams leaving managed platforms notes that a rollback can redeploy an application image but does not restore databases or persistent files, so backup testing is a recurring task. Estimate it in hours per month for your own staff, and ask any implementation partner to price setup and handover as a fixed-scope, one-time item.

What a move from Vercel to Coolify involves

The sequence moves a Next.js or other framework app from Vercel's managed build, CDN and functions to containers that your team runs on servers you control, with a tested cutover and a retained fallback. Each step ends with a check that tells you it is safe to continue.

Inventory projects, functions, domains and data
Your team lists every Vercel project, its framework and build settings, the functions and API routes it uses, the custom domains and redirects, and each external data store such as a database, cache or file storage. Vercel features like the global CDN, image optimization and ISR caching need an owner on your side once they leave the platform, so record which ones each project depends on. The step is done when every project has a written row covering build, routes, domains and data, reviewed by the application owner.
Provision servers that meet Coolify's minimums
Your infrastructure or platform team provisions one or more servers in your own cloud account or data center. Each server must run a supported Linux distribution on amd64 or arm64, with at least 2 CPU cores, 2 GB RAM and 10 GB of free disk, according to Coolify's installation requirements. Confirm current requirements against the installation documentation before you size hardware for production load. The step is done when each server passes the minimum checks and the team has recorded where backups and monitoring will run.
Connect servers and configure previews
Install Coolify, connect each server over SSH, and let Coolify prepare it to run Docker workloads. Point a wildcard DNS record at the server so preview deployments can use the default pull request URL pattern, and connect your Git provider through the GitHub App, webhook or the GitLab, Gitea or Bitbucket integration. Test with a throwaway branch that a preview builds, serves over HTTPS and is removed when the request closes. The step is done when a test preview deploys and cleans up as expected.
Move environment variables and data
Recreate environment variables in Coolify for each application and separate production from preview values, since Vercel's secret values may not export through its CLI and may need to be re-entered from your secrets store. For databases, restore a current dump into a Coolify-managed or externally hosted instance, and confirm that scheduled backups cover that engine, because Coolify's scheduled backups do not include Redis, Dragonfly or KeyDB. The step is done when a staging copy of each application reads its variables and data and a restore has been tested.
Stage the DNS cutover with a rollback plan
Deploy each application to a staging hostname on Coolify, run functional and performance checks against it, and confirm HTTPS, redirects and any functions behave as they did on Vercel. Lower the DNS record time-to-live ahead of the change where your DNS provider allows it, then switch the production record and watch error rates and logs. Keep the Vercel deployment and its previous build available so you can point DNS back if needed. Coolify's guide notes that a rollback can redeploy a retained application image but does not restore databases or persistent files, so plan data rollback separately. The step is done when the cutover is verified and the rollback path has been rehearsed.
Retire the Vercel project
After the Coolify deployment has run in production through an agreed observation period, your team removes the Vercel domains, disables automatic deployments from Git, and revokes access tokens and integrations that no longer apply. Export any remaining configuration, logs or assets you need for records before deleting the project. Confirm contractual or billing end dates with Vercel, since those are set in your agreement and not in this sequence. The step is done when Vercel no longer serves traffic, its credentials are revoked and the handover documents list where backups, monitoring and on-call now sit.

Who should self-host Coolify and who should stay on Vercel

This team usually fits Coolify well when it already runs Linux servers, Docker and reverse proxies, and can absorb another system into its on-call rotation. Coolify connects to each server over SSH, prepares it for Docker workloads and deploys from Git, Dockerfiles, Compose files or prebuilt images, so most of the work is familiar infrastructure work with a web interface on top.

Server lifecycle: Patching the host OS, Docker engine and the coolify-proxy container, and deciding when to rebuild a node.
Routing and TLS: Choosing Traefik or Caddy, or the Custom (None) option, and owning certificate and DNS behavior for every domain.
Data protection: Scheduling database backups, storing them in S3-compatible storage and testing restores, since a rollback does not restore databases or persistent files.
Capacity: Sizing servers and adding nodes for multi-server deployments.
Access control: Managing API tokens and who can deploy to which server.

Before deciding, ask whether the team can name an owner for each item above and whether its current runbooks cover a second system.

How much does moving from Vercel to Coolify cost and take?

What drives the cost of moving from Vercel to Coolify?

The cost depends mainly on the scope of the move, the number of applications and environments, and how much of the operating model your team takes on. Coolify itself is licensed under Apache-2.0, and its self-hosted edition is described on Coolify's pricing page as free forever with all features and no limitations or restrictions. The recurring costs you will need to model are the servers you run, your team's time, backup storage and any managed CDN or DNS services you keep. Ask for a fixed-scope quote that lists each application, database, domain and preview workflow, plus the servers and storage it assumes.

Is Coolify free to use, and what does Coolify Cloud add?

The self-hosted Coolify edition is free to use under Apache-2.0, so the software itself carries no license fee. Coolify Cloud is a separate option: according to Coolify's pricing page, it costs $5 per month for 2 connected servers plus $3 per month for each additional server, with a 20% discount for annual billing. Under Coolify Cloud you bring your own servers while the Coolify instance runs on Coolify's managed infrastructure. Compare that plan fee with the cost of operating your own Coolify instance before you decide.

What must our team provide before the move starts?

Your team needs to supply the inventory and access the work depends on. That usually includes:

Servers that meet Coolify's stated minimum of 2 CPU cores, 2 GB RAM and 10 GB of free disk on a supported 64-bit Linux distribution.
Git repository access, DNS control for the domains and wildcard records used for previews, and the environment variables and secrets held in Vercel.
Database access, backup targets such as S3-compatible storage, and named owners for approvals and cutover.

Confirm each item against the written scope before work begins.

Can our engineers do the migration themselves?

Yes, a capable internal team can move a simple Next.js app to Coolify by following Coolify's installation and migration documentation, and some teams do. The harder parts are usually not the first deploy. They are the rebuilding of Vercel functions and caching behavior, database backups and restores, preview wiring, and a safe DNS cutover. If your team has limited container or Linux operations experience, or many projects, consider a fixed-scope engagement for the migration and handover, and keep the operation in-house afterward.

What breaks if we need to roll back after cutover?

Coolify's guide for teams coming from managed platforms notes that a rollback can redeploy a retained application image, but it does not restore databases or persistent files. Vercel's rollback model does not map to that exactly, so plan rollbacks per component. Keep the previous image tagged, take a database backup before each cutover, and test a restore on a separate server. Ask the team who will execute the rollback, how long it may take, and which data changes can and cannot be reversed.

Does Coolify replace Vercel functions and the global CDN?

Coolify deploys your application as Docker containers on your own servers, so it runs the application code, but it does not provide Vercel's global CDN or its managed functions runtime. Routing and HTTPS are handled by the coolify-proxy container, which runs Traefik by default or Caddy as an alternative. If your app depends on edge caching or regional edge execution, you need to add a CDN or redesign that path, and you should confirm the exact behavior with your architecture review.

What ongoing operations work moves to our team?

After cutover your team owns server patching, Coolify upgrades, container image updates, TLS and proxy health, capacity planning, backup monitoring and restore tests, and on-call response. Coolify v4.0.0 was published on April 27, 2026 as the first stable release, and its notes say v4 remains supported while a v5 is previewed, so plan upgrade windows. Ongoing support, upgrades and continuous testing can be covered by a DeployOpen retainer, with the scope agreed in writing.

How DeployOpen helps you evaluate and move from Vercel

DeployOpen plans, implements, hardens, documents and supports self-hosted open-source platforms inside your own infrastructure, so a move from Vercel to Coolify is handled as a written, fixed-scope engagement. We start by agreeing on which Vercel workloads move, which stay, and what your team will operate afterward.

How we scope

Inventory which Next.js apps, functions, domains, environment variables and preview workflows depend on Vercel features.
Agree in writing which servers, regions and cloud accounts will host Coolify and the applications.
Define what the written scope excludes, such as CDN replacement or edge caching decisions you have not yet made.

How we build

Install and configure Coolify on your servers, including the proxy choice between Traefik and Caddy and the TLS approach.
Connect Git sources, build methods and GitHub or GitLab preview deployments with wildcard DNS for your domain.
Set up scheduled PostgreSQL backups to S3-compatible storage and test a restore before any production cutover.

How we hand over

Document the runbook for deployments, rollbacks, database restores and what a rollback does not restore.
Provide a cutover plan that stages DNS changes and records the rollback path for each application.
Train your engineers on operating Coolify, including upgrade steps for each Coolify release.

How we support

Ongoing support, upgrades and continuous testing are available as a retainer after handover.
Upgrades are planned against Coolify releases, including the v4 line that stays supported while v5 is previewed.
Security testing of applications, APIs and infrastructure can be scoped separately and repeated over time.

Vercel vs Coolify