Coolify Alternative 2026: Pricing, Performance & Features

Raff is the better choice for teams that want managed infrastructure, fixed per-service ceilings, $0 public egress, and no server patching. Coolify is the better choice for teams that want an open-source control plane, full server ownership, unlimited deployments, and the freedom to choose any infrastructure provider. Coolify itself is free when self-hosted, while Coolify Cloud costs $5/month for two connected servers plus $3 per additional server, but compute and operations remain separate. Raff Apps starts at $3/month including the application runtime and is easier to budget, while Coolify can be more cost-efficient when one well-managed server hosts several services.

Coolify and Raff Apps can both deploy applications from Git repositories, Dockerfiles, container images, and Docker Compose, but they solve different operational problems. Coolify installs a deployment control plane on infrastructure you own or connects your servers to Coolify Cloud; Raff Apps includes the application runtime, networking, platform operations, and support inside one managed service.

For most small teams without a dedicated infrastructure owner, Raff is the simpler Coolify alternative because the monthly service ceiling is known before deployment and the operating system remains Raff's responsibility. Teams that already manage Linux servers and want maximum portability should consider Coolify, especially when several applications can share one server efficiently. Review Cloud VM vs App Platform for Startups before deciding whether your team needs a managed application platform or a self-hosted control plane.

Coolify vs Raff: which is right for you?

The decision is managed convenience versus infrastructure ownership.

Raff Apps is the clearer option when deployment speed, predictable billing, and reduced operational responsibility matter most. Coolify is stronger when the team wants open-source software, custom server topology, unrestricted container access, and the ability to move the entire platform between infrastructure providers.

Coolify overview

Coolify is an open-source, self-hostable deployment platform for applications, databases, and Docker-compatible services. It is not a cloud provider that includes compute. Teams either install Coolify on their own Linux server or subscribe to Coolify Cloud and connect external servers over SSH.

Coolify supports:

• Public and private Git repositories
• GitHub, GitLab, Bitbucket, Gitea, and generic Git workflows
• Automatic deployment after Git pushes
• Pull-request preview deployments
• Nixpacks, static builds, Dockerfiles, Docker Compose, and prebuilt images
• Automatic Let's Encrypt certificates
• Multiple projects, environments, teams, and servers
• Application and server monitoring
• API and webhook automation
• Database containers and more than 200 one-click services
• S3-compatible database backup destinations
• Traefik or Caddy reverse-proxy options

The self-hosted edition is free forever and includes the full feature set. The team provides automated update workflows, but the user remains responsible for the host operating system, Docker environment, network security, resource capacity, workload backups, and recovery.

Coolify Cloud starts at $5/month and includes two connected servers. Each additional connected server costs $3/month. Coolify hosts and updates the control plane, provides email alerts, and offers community plus limited email support, but users still bring and pay for the servers where applications run.

Coolify's strongest advantage is ownership. Application data, Docker configuration, storage, and server access stay within infrastructure selected by the customer. Its trade-off is shared responsibility: a deployment dashboard does not remove the need to patch servers, monitor disk and memory, secure SSH, maintain Docker, test backups, and design availability.

Raff overview

Raff Apps is Raff's managed application platform for deploying source code and containers without administering a Linux server. It supports GitHub push-to-deploy, automatic buildpacks, Dockerfiles, existing container images, and full Docker Compose imports.

The platform includes:

• Public web services
• Private services
• Long-running background workers
• Timezone-aware cron jobs
• One-off jobs
• Pull-request preview environments
• Persistent application volumes
• Managed PostgreSQL, MySQL, and Valkey
• Private service bindings
• Object-storage integrations
• Health checks and deployment logs
• Immutable revisions and one-click rollback
• Scale-to-zero behavior

Raff publishes a monthly ceiling for every service and prorates actual runtime by the second. Current tiers are:

Public egress, team seats, and workspace access are priced at $0. The spend cap starts enabled, giving teams a cost boundary before production traffic arrives.

Raff reports 3,000+ customers and 15,000+ production VMs, with a 99.9% uptime SLA, a 4.4/5 Trustpilot rating, and a 4.6/5 G2 rating. Raff is less configurable than owning a Coolify server, but it removes the operating-system and platform-maintenance layer that small teams frequently underestimate.

Coolify pricing vs Raff pricing

Coolify and Raff price different things. Raff's service price includes the runtime that executes the application. Coolify's price covers deployment software or a hosted control plane, while compute, storage, bandwidth, backups, and server operations remain separate.

Coolify's $0 self-hosted price is real, but it is not the total cost of running an application. A realistic Coolify budget includes:

• One or more Linux servers
• Storage and snapshots
• Public bandwidth or egress
• Backup destinations
• Monitoring and alert delivery
• Domain and email services
• Engineering time for patching, incidents, and restores
• Additional capacity for builds and image storage

Coolify can deliver excellent density when several low-traffic applications share one server. That makes its cost model attractive to experienced operators. The same density creates a shared failure domain: a server outage, disk issue, Docker problem, or incorrect update can affect every application placed on that host.

Raff charges each service separately, which may cost more than densely packing applications onto one server. In exchange, each service has a visible resource tier, a fixed monthly ceiling, managed platform operations, and $0 public egress.

Coolify pricing and feature details were checked against official Coolify documentation on July 30, 2026. Raff pricing follows the current Raff rate card verified in July 2026.

Bandwidth and transfer policy

Raff Apps prices public egress at $0. Application responses, API traffic, downloads, and other public outbound data do not create an app-platform per-GB charge.

Coolify does not set one universal bandwidth policy because applications run on infrastructure selected by the user. The connected provider controls transfer allowances, port speeds, overage rates, regional transfer charges, and any fair-use restrictions.

Coolify can be highly economical when deployed on a provider with generous or unmetered transfer. It can also become expensive when placed on infrastructure with hyperscaler-style egress pricing. The Coolify subscription itself does not protect the user from the connected provider's network bill.

Raff is easier to forecast for bandwidth-heavy APIs, media delivery, package downloads, and public application traffic because public egress remains $0. Coolify provides more freedom, but the team must evaluate the bandwidth policy of every server provider it connects.

Feature comparison: Coolify vs Raff

Compute and service types

Deployment and portability

Networking and domains

Data and storage

Scaling and release safety

Pricing and support

Trust and operations

Coolify provides more infrastructure freedom and broader Git-provider support. Raff provides a more complete managed service boundary, including runtime capacity, cost ceilings, direct support, and $0 public egress.

Features and reliability: Raff vs Coolify

This comparison does not declare a performance winner. Raff and Coolify have 0 controlled head-to-head benchmarks using the same application image, server hardware, region, storage path, database topology, concurrency profile, and repeated measurement window.

Coolify performance is not a fixed platform characteristic because the user chooses the server. A Coolify deployment can run on a low-cost VPS, dedicated server, local machine, Raspberry Pi, hyperscaler instance, or multi-server Docker Swarm. CPU model, storage latency, network quality, noisy-neighbor exposure, and provider routing can differ significantly.

Raff Apps uses predefined service tiers and one managed public region. This reduces infrastructure choices and makes capacity easier to compare, but it cannot match Coolify's ability to place workloads on almost any compatible server or location.

Reliability ownership

With Raff Apps, Raff operates the platform host, deployment system, runtime environment, and service infrastructure. The customer remains responsible for application code, configuration, secrets, data design, and external dependencies.

With Coolify, the operator owns a larger reliability surface:

• Linux security updates
• SSH access and firewall policy
• Docker and Coolify upgrades
• CPU, RAM, and disk capacity
• Reverse-proxy availability
• Image cleanup and storage growth
• Database backup and restore testing
• Server monitoring and incident response
• Provider outages and billing alerts

Coolify Cloud reduces control-plane maintenance, but it does not turn connected application servers into a fully managed hosting service. The user still owns the workloads and infrastructure attached to the control plane.

Application isolation

Raff Apps assigns service resources through published tiers. Coolify places applications according to the operator's server topology and Docker resource limits. Without explicit limits, one build or memory-heavy container can affect other workloads on the same host.

Coolify's model can be efficient when the operator understands workload density and reserves headroom. Raff is easier for teams that prefer service-by-service boundaries and do not want to manage shared-server contention.

Backups and recovery

Coolify can automate database backups to S3-compatible storage, and Coolify instance backups protect control-plane configuration. Those backups do not eliminate the need to protect application volumes, uploaded files, external services, secrets, and server-level configuration separately.

Raff Apps offers persistent volumes and integrates with Raff's managed databases, object storage, and data-protection products. Production recovery still requires tested database restores, off-service backups, and clear ownership of user-generated files.

Availability design

A single Coolify server is a single failure domain. Connecting multiple servers gives the operator more placement options, but high availability requires deliberate load balancing, replicated state, health checks, and recovery automation.

Raff publishes a 99.9% platform uptime SLA. Application architecture still matters: one service instance, one database, or an untested deployment can remain a single failure point even on a managed platform.

When you should choose Coolify over Raff

Choose Coolify when:

• Open-source control is mandatory — the Coolify codebase is available for review, modification, and self-hosting.
• You already operate Linux servers — the team has established patching, monitoring, backup, and incident procedures.
• Several apps can share capacity — efficient server packing may reduce total infrastructure cost.
• Provider choice matters — applications can run on servers from almost any compatible infrastructure provider or location.
• Git-provider flexibility matters — Coolify supports GitHub, GitLab, Bitbucket, Gitea, and generic Git workflows.
• You need deep Docker access — Compose files, custom networks, host storage, and server-level configuration remain under your control.
• Data must remain on your servers — application data and deployment resources stay inside infrastructure you select.
• You want more than 200 one-click service templates — Coolify can deploy a wide range of self-hosted tools and databases.

Coolify is particularly strong for agencies, homelab operators, infrastructure-aware SaaS teams, and organizations that already maintain a server fleet. It can also run on Raff Linux VMs when the team wants Coolify's control plane with Raff infrastructure. The Coolify installation tutorial covers that self-hosted path.

When you should choose Raff over Coolify

Choose Raff Apps when:

• Server maintenance is a distraction — your team does not want to patch Ubuntu, Docker, proxies, and the control plane.
• A fixed monthly ceiling matters — each service publishes its maximum continuously running compute charge.
• Public egress is meaningful — Raff prices app-platform public egress at $0.
• Managed databases are preferred — PostgreSQL, MySQL, and Valkey are available without operating database containers.
• Support should be included — direct cloud support is part of the Raff relationship.
• Scale-to-zero should be built in — the platform can reduce runtime cost without custom server automation.
• Deployment isolation matters — service tiers are clearer than manually sharing one server among unrelated workloads.
• One visual platform should cover the stack — applications can connect to managed databases, object storage, private services, and other Raff products.

For nearby decisions, compare Fly.io and Raff or Render and Raff. Teams considering full self-hosting should also read Self-Hosting Apps on Raff.

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Migrating from Coolify to Raff

A Coolify-to-Raff migration moves application definitions from a self-managed server environment into managed Raff services.

1. Inventory every Coolify resource. Record applications, Docker Compose stacks, Git sources, branches, domains, environment variables, secrets, build packs, ports, health checks, volumes, databases, scheduled tasks, webhooks, and server-specific dependencies.
2. Map each workload to a Raff service. Move HTTP applications to web services, internal components to private services, consumers to workers, scheduled tasks to cron jobs, and administrative commands to one-off jobs.
3. Choose a portable deployment source. Use GitHub, an existing container image, a Dockerfile, an automatic buildpack, or a Docker Compose import. Remove Coolify-specific labels and host assumptions where necessary.
4. Export persistent data. Create database-native dumps, archive application volumes, copy uploaded files, and verify checksums. Move shared files to object storage when several service instances need access.
5. Recreate configuration and test. Add secrets, variables, domains, health checks, private bindings, storage mounts, database credentials, and external allowlists. Test on a temporary hostname and perform a restore rehearsal.
6. Cut over with rollback. Lower DNS TTL, freeze writes where required, run the final sync, switch DNS and callbacks, monitor production, and keep the Coolify deployment available until the rollback window closes.

Operational gotchas:

• Docker Compose may contain host assumptions. Replace bind mounts, host networking, privileged mode, custom devices, and local filesystem paths that do not fit a managed service.
• Coolify labels are provider-specific. Remove Traefik, Caddy, and coolify.* labels that Raff does not need.
• Server cron is not portable. Recreate schedules as Raff cron services and verify the timezone.
• Local volumes require an explicit export. A Coolify backup or server snapshot is not a direct Raff application-volume import.
• Database containers need service mapping. Move production databases to Raff Managed Databases or deploy them as supported services with a documented recovery plan.
• Network identity changes. Update DNS, OAuth callbacks, webhooks, payment providers, SMTP systems, firewalls, and IP allowlists.

The application container is usually portable. The migration risk sits in host-level configuration, persistent data, server networking, and operational jobs that Coolify allowed the team to manage directly.

About Coolify

<a href="https://coolify.io/" rel="external noopener">Coolify</a> is an open-source project operated by coolLabs Solutions Kft. It positions itself as a self-hostable alternative to platforms such as Vercel, Heroku, Netlify, and Railway. Coolify deploys Docker-based applications, databases, and services onto infrastructure controlled by the user.

Official documentation reports more than 204,000 servers running Coolify worldwide and an active community of more than 16,000 members. The project supports self-hosted and Cloud control-plane models, with all product features available in the open-source edition.

Pricing, deployment, database, backup, support, and infrastructure-responsibility details in this comparison were checked against official Coolify sources on July 30, 2026.

Conclusion: Coolify or Raff?

The decision resolves across five practical axes:

• Operating model — Raff includes managed runtime infrastructure; Coolify deploys onto servers the customer owns or rents.
• Entry price — Raff Apps starts at $3/month including runtime; Coolify self-hosted costs $0 for software, while Cloud starts at $5/month plus server costs.
• Bandwidth — Raff public egress is $0; Coolify bandwidth follows the connected provider's policy.
• Control — Coolify is open source and exposes the server, Docker environment, networking, and storage design; Raff intentionally abstracts those layers.
• Responsibility — Raff manages the platform host; Coolify users remain responsible for workload servers, security, capacity, and recovery.

Choose Coolify when open-source ownership, provider flexibility, multi-app server density, and server-level control justify the operational work. Choose Raff when fixed service ceilings, $0 public egress, managed databases, included support, and reduced maintenance are more valuable than controlling the host.

Raff supports 3,000+ customers and 15,000+ production VMs, with a 4.4/5 Trustpilot rating and a 4.6/5 G2 rating. Start with Raff Apps when the goal is to deploy applications rather than operate the platform beneath them.