Coolify is a good piece of software with one structural catch: something has to run and patch Coolify itself. DeployManage moves that control plane off your servers, provisions the box natively without a Docker layer, and runs the same atomic zero downtime releases with one click rollback.
# free plan · no credit card required
Provisions on Hetzner, DigitalOcean, AWS, Vultr, Linode, OVHcloud or any VPS you already own
The best Coolify alternative depends on which part of Coolify you are replacing. If you want the same self hosted, Docker first model with a lighter footprint, Dokploy is the closest match at $4.50 a month per server. If you want to stop maintaining the control plane altogether, a hosted panel like DeployManage provisions and manages the server for you with no container layer to learn. Coolify itself stays free forever when self hosted, and Coolify Cloud is $5 a month for up to 2 servers plus $3 for each additional one, read off coolify.io on 24 August 2026.
Last updated August 2026
Coolify assumes you already booted a VPS, and Coolify Cloud still requires you to bring your own servers from any cloud provider. DeployManage talks to your Hetzner, DigitalOcean, AWS, Vultr, Linode or OVHcloud account, boots the machine, hardens it, opens the firewall and installs the stack before the first deploy ever runs.
Coolify installs Docker Engine 24 or newer and everything you run sits in containers. That is the right answer for polyglot teams and the wrong one if you run a single Laravel or WordPress codebase and do not want to debug an image build at 2am. DeployManage configures nginx, PHP FPM pools and workers directly on the host.
Each deploy builds into a fresh release directory and flips a symlink, so the cutover is a single filesystem operation rather than a container stop and start. Rollback re points the symlink at the previous release and reloads PHP FPM, which is why reverting a bad deploy takes seconds instead of a rebuild.
A self hosted Coolify instance is one more production service you own: its uptime, its upgrades, its security patches and its backups. Coolify's own install guide asks for 2 CPU cores, 2 GB of RAM and 30 GB of free disk before you deploy a single app. That capacity is not doing customer work.
Let's Encrypt issuance and renewal, scheduled tasks, Supervisor managed queue workers, database creation and per domain mailboxes all live behind one login, so the panel covers the whole life of the server and not only the deploy step.
The server is created inside your own cloud account with your own billing and your own root access. If you stop using the panel the box keeps running, the sites keep serving and the SSH keys keep working, which is the same portability guarantee that makes self hosting attractive in the first place.
Coolify does two separate jobs: it manages servers and it deploys applications into Docker. Teams that like the deploy model but resent maintaining the instance want a hosted control plane. Teams that hit a Docker wall on a plain PHP or static site want a native stack. Teams that only want a lighter self hosted instance want Dokploy. These are three different answers.
Add the VPS that hosts Coolify (2 cores and 2 GB of RAM as a floor), the time you spend upgrading it, and the risk that it is down during an incident when you most need to deploy. Compare that against Coolify Cloud at $5 a month or a hosted panel. Self hosted is free in licence terms and not free in operational terms.
Add an API token for Hetzner, DigitalOcean, AWS, Vultr, Linode or OVHcloud, or point the panel at a VPS you already own over SSH. The server is hardened, firewalled and given a full web stack in about a minute, and it stays in your account under your billing.
Deploy a staging or marketing site from the same Git repository, confirm the release directory layout, the environment variables and the certificate all look right, then move production during a quiet window. Keep the Coolify instance running until the last site is migrated, because there is no reason to burn a bridge you may still need.
These are the vendors' own published figures. Where a project publishes no price we say so rather than estimate. Note that every self hosted option in this table still needs a server you pay for separately, and that Coolify Cloud and Dokploy Cloud host only the control plane, so your applications continue to run on servers you bring.
swipe to see all columns →
| Coolify self hosted | Coolify Cloud | Dokploy Cloud | CapRover | Kamal | DeployManage | |
|---|---|---|---|---|---|---|
| Published price | Free forever | $5 a month, up to 2 servers | $4.50 a month per server | Free forever | Free, open source | Free to start |
| Cost of each extra server | Your VPS bill only | $3 a month | $4.50 a month | Your VPS bill only | Your VPS bill only | Your VPS bill only |
| Who runs the control plane | You do | The vendor | The vendor | You do | No control plane, it is a CLI | The vendor |
| Requires Docker | Yes, installs Docker Engine 24 or newer | Yes, on your servers | Yes, Docker and Traefik | Yes, Docker and Docker Swarm | Yes | No, native nginx and PHP FPM |
| Provisions a new server for you | No, bring your own | No, bring your own | No, bring your own | No, bring your own | Installs Docker on a fresh box | Yes, on your cloud account |
| Zero downtime deploys | Yes | Yes | Yes | Yes | Yes | Yes, atomic symlink releases |
| Web UI | Yes | Yes | Yes | Yes | No | Yes |
| Source available | Yes, open source | Yes, open source | Yes, open source | Yes, Apache 2.0 | Yes, open source | No |
| Best for | Tinkerers and data residency | Coolify fans who want it managed | A lighter Docker first instance | Cheap Swarm style hosting | Rails and Docker teams who live in the CLI | Teams who want the server managed too |
You run twelve client sites and the Coolify box is now the single point of failure for all twelve deploys. Upgrading it is a change window, and when it is down nobody ships. Moving the control plane off your infrastructure removes that dependency without moving a single client site to shared hosting.
Your codebase is one PHP application with a queue and a scheduler. Containerising it buys you image builds, registry storage and a networking layer you did not need. A native stack with nginx, PHP FPM, Supervisor and cron matches the application you actually have.
Coolify self hosted is free, but the control plane still wants 2 cores and 2 GB of RAM. On most clouds that node costs more per month than Coolify Cloud does. If you are running one or two application servers, paying for a control plane you do not host is often the cheaper line.
Certificates expire, firewalls need rules, queue workers die quietly, databases need creating and cron jobs need a home. A deployment tool covers the commit to server step. If nobody on the team wants to own the rest of the box, you need a panel whose scope is the whole machine.
The best Coolify alternative is Dokploy if you want to stay self hosted and a managed control plane like DeployManage if you want to stop running the panel yourself. Dokploy is the closest like for like replacement, since it is also open source, also Docker first and also puts a web UI in front of your own servers, but it runs lighter at idle and uses Docker Compose as its source of truth. If the thing you dislike about Coolify is not Coolify but the fact that you have to babysit it, swapping one self hosted panel for another self hosted panel does not solve anything.
That distinction matters more than any feature grid, so it is worth being blunt about it. People arrive at this query from three different frustrations. The first group has hit a Docker problem on an application that never needed containers. The second group is tired of the instance itself: the upgrades, the 2 GB of RAM it holds, the fact that it is down exactly when an incident makes deploying urgent. The third group simply wants something cheaper or lighter and is happy to keep self hosting. Only the third group is well served by another self hosted panel.
Coolify is genuinely good at what it does, and this page is not going to pretend otherwise. It is open source, it deploys static sites, databases and full stack applications, it has a large one click services catalogue, and the self hosted edition is free forever with, in the project's own words, no limitation or restrictions. If those properties are why you chose it, the honest recommendation is to keep it and read no further.
Coolify is free forever when you self host it, and Coolify Cloud costs $5 a month for up to 2 servers plus $3 a month for each additional server, with roughly 20 percent off when paid yearly. Those figures were read off coolify.io on 24 August 2026. The self hosted edition carries no feature restrictions, so the paid tier is buying managed hosting of the Coolify control plane rather than unlocking functionality.
The word free is doing a lot of work there, and it is worth separating the licence from the bill. Coolify's own installation documentation asks for a minimum of 2 CPU cores, 2 GB of RAM and 30 GB of free disk space, on a 64 bit AMD64 or ARM64 machine, before you deploy anything of your own. Third party testing puts the idle footprint of a Coolify instance in the region of 500 to 700 MB of RAM. On most clouds a node meeting that floor costs somewhere between $10 and $15 a month, which is more than Coolify Cloud charges to run the same control plane for you.
So the practical ranking is counterintuitive. For one or two application servers, Coolify Cloud is usually the cheaper option in total monthly spend, because you delete a VPS to buy it. Self hosting only pulls ahead when you have spare capacity that is genuinely already paid for, or when data residency rules mean the control plane cannot sit with a third party. Both are legitimate reasons, and neither of them is cost.
Coolify Cloud also does not change where your applications run. The pricing page is explicit that you bring your own servers from any cloud provider, so the $5 buys a hosted panel and nothing else. Your Hetzner or DigitalOcean bill continues exactly as it was.
Yes. Coolify installs Docker Engine version 24 or newer as part of its setup and runs every deployed application as a container. There is no non container mode. The installer also pulls in curl, wget, git, jq and openssl, and the documentation notes that Docker installed via snap is not supported, which is a common cause of a failed first install on Ubuntu.
For a polyglot team this is the feature, not the cost. Containers are what let one panel deploy a Go binary, a Rails app, a Postgres instance and a Next.js front end without the host caring. If your estate looks like that, do not fight it.
The calculation inverts for a single language shop. If everything you deploy is a PHP application with a queue worker and a scheduler, the container layer adds an image build to every deploy, a registry to store the results, a networking layer between the container and nginx, and a second place where environment variables can be wrong. You are paying that tax on every release in exchange for portability you are not using. A native stack, where nginx and PHP FPM run on the host and a deploy is a git pull plus a composer install plus a symlink flip, is both faster to debug and faster to run.
This is the one genuine architectural difference between Coolify and DeployManage, and it cuts both ways. We do not run arbitrary container workloads. If you need to deploy a Rust service and a Python worker next to your PHP app, Coolify or Dokploy is the better tool and you should use it.
Coolify runs production workloads for a lot of teams, and the honest caveat is operational rather than technical: self hosting the control plane means you own its uptime, its upgrades, its patches and its backups. The software deploys reliably. The question is who is on call for the deployer.
Three failure modes come up repeatedly and they are worth planning for rather than discovering. The first is the circular dependency: if the Coolify instance and your application share a server, or the instance is down, you cannot deploy the fix during exactly the incident where deploying the fix matters. Keep the control plane on separate infrastructure from anything it deploys to.
The second is upgrade drift. A self hosted panel that nobody has updated in eight months is a security liability, and the update is a change window on a service that every deploy depends on. Put it on a calendar or it will not happen.
The third is backups. The instance holds your environment variables, your deploy configuration and often your database credentials. Losing it is not the same as losing a stateless app server. Back up its volumes on the same schedule you use for a database, and test the restore at least once, because an untested restore is a hypothesis.
None of that makes Coolify unsuitable. It makes it a production service, which is exactly what the free label tends to hide. If your team is happy to run one more production service, self hosting is fine. If it is not, that is the strongest single reason to move the control plane somewhere else.
If the reason you are looking is specifically the container layer, the field narrows fast, because almost every project in this category is Docker native by design. CapRover is built on Docker and Docker Swarm. Dokploy uses Docker with Traefik in front. Kamal deploys Docker containers over SSH. Dokku is a Docker based build and run system. Picking any of those to escape Docker will not work.
The alternatives that genuinely do not require containers are the server management panels: the traditional hosting control panels such as cPanel, Plesk and DirectAdmin, and deployment focused panels that configure the host directly. DeployManage sits in the second group. It installs nginx, PHP FPM with per site pools, Supervisor for queue workers, cron and the database on the host itself, and a deploy is an atomic release directory plus a symlink flip plus a PHP FPM reload.
The trade is real and worth stating plainly. You lose the ability to deploy any language in any runtime, and you gain a stack with fewer moving parts, no image builds in the deploy path, and a debugging story where the logs are in the places a Linux administrator already expects them. Whether that is a good trade depends entirely on how many languages you actually ship.
Scope is where most of the confusion in this category lives, because the tools look interchangeable in a feature list and are not. It helps to split the work a server needs into two halves.
The first half is getting the machine ready: booting it at a cloud provider, hardening SSH, configuring a firewall, installing a web server and a language runtime, issuing a TLS certificate and setting up backups. The second half is shipping code onto it: pulling a commit, building, running migrations and cutting traffic over without dropping requests.
Coolify, Dokploy, CapRover and Kamal all live firmly in the second half. Every one of them expects a server to exist already. Coolify Cloud and Dokploy Cloud host the panel for you, but their own pricing pages still ask you to bring your own servers, so the provisioning and the ongoing care of the box remain yours. This is not a criticism, it is their design.
A hosted server management panel covers both halves. That is the actual line between the categories, and it is the line worth deciding on before you compare prices, because a cheap tool that solves half your problem is not cheaper than a tool that solves all of it. If you already have a competent systems person who enjoys owning the base image, the deployment tools are excellent and you should use one. If provisioning, certificates and firewall rules are the jobs quietly eating your week, no deployment tool of any price will fix that.
A migration between panels is mostly a DNS and environment variable exercise, and it goes smoothly if you keep both systems alive until the end. Start by exporting the environment variables for every application from the Coolify UI into a password manager or a secrets store, because that is the piece nobody has a second copy of.
Provision the replacement server and deploy one non critical site to it from the same Git repository, leaving the Coolify version serving live traffic. Compare the two: the certificate, the queue worker behaviour, the scheduled tasks and the database connection. Anything that behaves differently will behave differently under load too, so fix it now.
When you move production, lower the DNS TTL to 300 seconds a day ahead, deploy the current commit to the new server, verify it over the direct IP with a hosts file entry, then switch the record. Keep the old container running for at least 24 hours so that clients still holding the cached record continue to reach a working site. Databases are the one part that needs care rather than parallelism: take the write outage you need, replicate or dump and restore, and cut over once.
Only after the last site has been serving from the new server for a few days should the Coolify instance be shut down. It costs a few dollars to leave it running and it is the only rollback you have.
Ready to stop managing servers by hand? DeployManage provisions, deploys and monitors your fleet from one dashboard.
$ get started freeDokploy is the closest self hosted alternative, since it is also open source and Docker first but runs lighter and uses Docker Compose as its source of truth. If you want to stop maintaining a control plane at all, a hosted panel such as DeployManage provisions and manages the server as well as deploying to it. CapRover and Kamal suit Swarm style hosting and CLI driven Docker teams respectively.
Yes. The self hosted edition of Coolify is free forever with, in the project's own words, no limitation or restrictions on features. You still pay for the server it runs on, and Coolify's documentation asks for at least 2 CPU cores, 2 GB of RAM and 30 GB of disk, which on most clouds costs $10 to $15 a month.
Coolify Cloud costs $5 a month for up to 2 connected servers, plus $3 a month for each additional server, with about 20 percent off when billed yearly. Those figures were read off coolify.io on 24 August 2026. Coolify Cloud hosts the control plane only, so you still bring your own servers from any cloud provider.
Yes. Coolify installs Docker Engine version 24 or newer during setup and runs every deployed application as a container. There is no non container mode. If you need to avoid Docker entirely, the realistic alternatives are server management panels that configure nginx and a language runtime directly on the host.
Coolify's installation documentation specifies a minimum of 2 CPU cores, 2 GB of RAM and 30 GB of free disk space, on a 64 bit AMD64 or ARM64 system. Supported operating systems include Debian and Ubuntu, Red Hat based distributions such as CentOS, Fedora, AlmaLinux and Rocky, SUSE based distributions, Arch, Alpine and 64 bit Raspberry Pi OS.
It runs production workloads for many teams, and the real caveat is operational rather than technical. Self hosting means you own the control plane's uptime, upgrades, security patches and backups. Keep the instance on separate infrastructure from the applications it deploys, or an outage will stop you deploying the fix during the incident that needs it.
Both are open source, self hosted, Docker first platforms with a web UI. Coolify has a much larger one click services catalogue and a bigger community. Dokploy uses native Docker Compose as its single source of truth, runs lighter at idle and supports multiple servers without manual Swarm configuration. Dokploy Cloud starts at $4.50 a month per server against Coolify Cloud's $5 for two.
Yes, but not among the self hosted platform as a service projects, which are Docker native without exception. CapRover, Dokploy, Kamal and Dokku all require Docker. The non container options are server management panels such as DeployManage, cPanel, Plesk and DirectAdmin, which install nginx and a language runtime directly on the host.
Yes. Coolify is developed in the open at github.com/coollabsio/coolify and describes itself as an open source, self hostable platform as a service alternative to Vercel, Heroku and Netlify, able to deploy static sites, databases and full stack applications on your own servers.
Yes, through Coolify Cloud, which runs the Coolify control plane on the vendor's infrastructure for $5 a month for up to 2 servers. Your applications still deploy onto servers you own and pay for at a provider of your choice, so this removes the job of maintaining the panel but not the job of maintaining the servers.
CapRover is free forever under the Apache 2.0 licence and is built on Docker, nginx, Let's Encrypt and Docker Swarm, so it is very light on resources and installs quickly on a cheap VPS. The trade offs are a dated interface and a slower pace of development than newer projects. It suits people who want cheap Swarm style hosting and are comfortable in Docker.
Kamal is a command line tool rather than a panel, with no web UI, and its configuration lives in your repository. It deploys Docker containers over SSH, offers zero downtime deploys and rolling restarts, and will auto provision a fresh Ubuntu server with Docker. Choose Kamal if your team prefers configuration in Git; choose a panel if you want a UI others can use.
It replaces Coolify for teams deploying web applications onto Linux servers, and it adds server provisioning, firewall, certificates, cron and queue workers, which Coolify expects you to arrange. It does not replace Coolify for arbitrary container workloads. If you deploy several languages as containers, Coolify or Dokploy remains the better fit.
Provision a hardened server on your own Hetzner, DigitalOcean, AWS, Vultr, Linode or OVHcloud account, then run atomic zero downtime deploys with one click rollback, certificates, firewall, cron and queue workers from one panel. Nothing to self host, nothing to patch. Free to start.
# free plan · no credit card required