Qovery

Best Self Hosted Alternatives to Qovery

A curated collection of the 13 best self hosted alternatives to Qovery.

Qovery is a cloud platform for deploying and managing containerized applications and databases across AWS, GCP, and Azure. It automates infrastructure provisioning, Git-based deployments, environment management, scaling, and abstracts Kubernetes and cloud services.

Alternatives List

#1
Coolify

Coolify

Open-source, self-hostable PaaS to deploy websites, full-stack apps, databases, and Docker services on your own servers with Git-based CI/CD workflows.

Coolify screenshot

Coolify is an open-source, self-hostable platform-as-a-service that helps you deploy and manage applications, databases, and Docker-based services on your own infrastructure via SSH. It aims to provide a Heroku/Vercel/Netlify-style experience without vendor lock-in.

Key Features

  • Deploy static sites, APIs, and full-stack apps across many languages and frameworks
  • Git-based “push to deploy” workflows with support for popular Git providers
  • One-click deployment catalog for a large set of Docker-compatible services
  • Automatic TLS certificate provisioning and renewal for custom domains
  • Built-in database provisioning and automated backups to S3-compatible storage
  • Webhooks and a REST API for automation and CI/CD integrations
  • Real-time in-browser terminal for server and deployment management
  • Team collaboration with roles/permissions and shared projects
  • Pull request / preview deployments to review changes before merging
  • Basic monitoring and notifications for deployments and server resources

Use Cases

  • Replace managed PaaS products for hosting web apps on VPS or bare metal
  • Run an internal deployment platform for teams with previews and role-based access
  • Deploy and manage databases and common infra services alongside applications

Limitations and Considerations

  • Requires Docker-based deployments; services generally need to be containerized
  • Feature set and operational complexity can increase when managing many servers

Coolify is a strong fit for developers and teams who want an easy, Git-driven deployment workflow while keeping full control over infrastructure, data, and configurations. It scales from a single server to multi-server setups and supports both apps and supporting services in one place.

49.6kstars
3.4kforks
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#2
Dokku

Dokku

Dokku is a self-hosted, Docker-based mini PaaS that lets you deploy Heroku-style apps via Git push, using buildpacks or Dockerfiles with plugin-managed services.

Dokku screenshot

Dokku is a lightweight platform-as-a-service (PaaS) that runs on a single server and uses Docker to build, deploy, and manage applications. It provides a Heroku-like workflow where you push code via Git and Dokku handles containerized runtime and app lifecycle.

Key Features

  • Git push deployments with Heroku-compatible workflow
  • App builds via Heroku buildpacks or Dockerfile-based deployments
  • Per-app container isolation and process management
  • Plugin system for add-ons such as databases, caches, and other services
  • Built-in management for domains, environment variables, and SSL/TLS certificates

Use Cases

  • Hosting multiple small-to-medium web apps on a single VM with simple deploys
  • Replacing managed PaaS for personal projects or small teams with full server control
  • Running a consistent deployment workflow across many languages supported by buildpacks

Limitations and Considerations

  • Designed primarily for single-host operation; advanced multi-node orchestration is outside its core scope
  • Operational responsibilities (backups, monitoring, capacity planning) remain with the operator

Dokku is well-suited for teams that want an easy, Heroku-style deployment experience without adopting a full cluster platform. It combines a familiar Git-based workflow with Docker containers and a flexible plugin ecosystem for common hosting needs.

31.8kstars
2kforks
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#3
CapRover

CapRover

CapRover is an open-source platform to deploy, manage and scale apps using Docker and nginx with a web UI and CLI, automatic SSL, one-click databases and clustering support.

CapRover is a lightweight, open-source platform-as-a-service for deploying and managing web applications and databases. It provides a simple web UI and CLI that automate container lifecycle, SSL provisioning and HTTP routing so developers can deploy apps quickly.

Key Features

  • Automated app deployment using Docker images and build-from-source paths (git/webhooks/CLI/uploads).
  • Web-based dashboard plus CLI for management, automation and scripting.
  • Built-in HTTP routing and load balancing powered by nginx with customizable templates.
  • Automatic TLS certificate provisioning and renewal via Let's Encrypt.
  • One-click installable database and service apps (examples: MongoDB, MySQL/Postgres templates available).
  • Cluster support using Docker Swarm to attach multiple nodes and enable automatic nginx load-balancing.
  • Support for persistent volumes, environment variables, port and domain mappings, and instance scaling.
  • Extensible deployment workflows (webhooks, git push, CLI) and customizable build commands.
  • Basic runtime monitoring integration (NetData) and logs access via the dashboard.

Use Cases

  • Hosting web applications (Node, Python, PHP, Ruby, Go, etc.) with automated HTTPS and domain management.
  • Rapidly provisioning development, staging and small production environments with prebuilt DB/service apps.
  • Providing teams a simple internal PaaS to standardize deployments and reduce ops overhead.

Limitations and Considerations

  • Uses Docker Swarm as the built-in orchestration layer rather than Kubernetes; teams requiring Kubernetes-native features or ecosystems may find functionality limited.
  • Not focused on large-scale, multi-region enterprise orchestration—advanced scheduling, multi-cluster federation and some enterprise-grade RBAC features are not native.
  • Observability and advanced metrics beyond bundled NetData/log access require external tooling integration and additional setup.

CapRover is best suited for teams and developers who want a straightforward, scriptable PaaS experience on their own infrastructure without learning low-level container and proxy configuration. It emphasizes rapid deployment, easy DB/service provisioning and customizable nginx routing while trading off some advanced orchestration and enterprise features.

14.8kstars
956forks
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#4
Uncloud

Uncloud

Deploy and scale Docker Compose apps across multiple servers with automatic WireGuard networking, service discovery, load balancing, and HTTPS—without Kubernetes overhead.

Uncloud screenshot

Uncloud is a lightweight tool for deploying and managing containerised applications across a network of Docker hosts. It forms a secure peer-to-peer cluster without a central control plane, aiming to provide a simple, PaaS-like workflow for running Docker Compose apps on your own infrastructure.

Key Features

  • Deploy and scale services across multiple machines using Docker-like CLI commands
  • Docker Compose support for defining multi-service applications and volumes
  • Decentralised architecture with peer-to-peer state synchronisation (no central control plane/quorum)
  • Automatic WireGuard mesh networking with peer discovery and NAT traversal
  • Built-in service discovery via an internal DNS server
  • Built-in ingress and load balancing across replicas on different machines
  • Automatic HTTPS with certificate provisioning and renewal via Caddy and Let’s Encrypt
  • Persistent storage support using Docker volumes managed across machines

Use Cases

  • Run a small-to-mid-size production app stack on VPSs and bare metal without Kubernetes
  • Build a multi-provider, highly available deployment by spreading replicas across regions
  • Homelab or SMB platform for repeatable Docker Compose deployments with HTTPS and discovery

Limitations and Considerations

  • Project maturity may vary by release; some features mentioned as planned (for example, automatic rollback) may not be fully available

Uncloud fits teams and individuals who want a pragmatic middle ground between single-host Docker and full Kubernetes. It emphasizes low operational overhead while still providing the core primitives needed for reliable multi-host deployments.

4.5kstars
116forks
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#5
Kubero

Kubero

Self-hosted Heroku/Netlify-style PaaS for Kubernetes with GitOps pipelines, templates, add-ons, logs, and SSO—deploy from source or Docker without Helm charts.

Kubero screenshot

Kubero is a Kubernetes-native platform-as-a-service (PaaS) that lets teams deploy and operate applications on Kubernetes with a Heroku-like workflow. It supports deploying from source code or existing container images and focuses on 12-factor application patterns.

Key Features

  • Deploy applications from Git repositories or Docker images without writing Helm charts
  • CI/CD pipelines with multiple staging environments per application
  • GitOps-style review apps that automatically create and remove preview environments for pull requests
  • Application templates catalog for one-click deployments of common software
  • Add-ons provisioning alongside apps (for example PostgreSQL, Redis, MongoDB, RabbitMQ)
  • Web UI for logs, safe restarts, and an in-browser container console
  • Scheduled tasks support via cron-style jobs
  • Notifications via chat/webhook integrations
  • Built-in vulnerability scanning for deployed workloads
  • Multi-tenancy support and authentication options including SSO (GitHub/OAuth2) and basic auth

Use Cases

  • Internal developer platform for deploying microservices and web apps on an existing Kubernetes cluster
  • Preview/review app environments for pull-request based workflows
  • Standardized deployment of common tools and apps via templates and add-ons

Limitations and Considerations

  • Designed specifically for Kubernetes; it requires a functioning cluster to run
  • Persists configuration in Kubernetes (etcd) rather than an external database, which may affect certain backup/restore workflows

Kubero provides a practical, Kubernetes-focused alternative to hosted PaaS platforms by combining app deployment, pipelines, templates, and operational tooling in a single interface. It is well-suited for teams who want a consistent developer experience while keeping workloads on their own Kubernetes infrastructure.

4.1kstars
178forks
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#6
Canine

Canine

Canine is an open source Kubernetes deployment platform that provides a Heroku-like PaaS experience with Git-driven deploys, web UI management, and built-in SSL and secrets.

Canine screenshot

Canine is an open source Kubernetes deployment platform designed to bring a Heroku-like Platform-as-a-Service experience to your own Kubernetes infrastructure. It lets teams deploy and manage containerized applications through Git-driven workflows and an intuitive web interface, without needing to write Kubernetes YAML for common operations.

Key Features

  • Git-driven deployments with webhook-based continuous delivery from GitHub/GitLab
  • Web UI to deploy, scale, and manage applications on a Kubernetes cluster
  • Built-in container image builds using Dockerfiles or buildpacks
  • Support for multiple workload types, including web services, background workers, and cron jobs
  • Custom domain management with automatic TLS certificate provisioning and renewal
  • Environment variable and secret management backed by Kubernetes
  • Persistent volume management for stateful workloads
  • Multi-tenant accounts with team collaboration and access controls
  • Optional advanced customization via pod templates for deeper Kubernetes control
  • Enterprise SSO options including SAML, OIDC, and LDAP integrations

Use Cases

  • Running a self-managed internal PaaS on an existing Kubernetes cluster for multiple teams
  • Replacing managed PaaS platforms while keeping Git-based deploy and rollback workflows
  • Standardizing application deployment for web apps, workers, and scheduled jobs across environments

Limitations and Considerations

  • Requires a working Kubernetes environment and familiarity with cluster operations for reliable production use
  • Some advanced behavior may still require Kubernetes-specific customization via templates

Canine is a strong fit for teams that want a streamlined deployment experience on Kubernetes while retaining control over infrastructure and avoiding vendor lock-in. It combines PaaS-style workflows with Kubernetes primitives to simplify day-to-day application operations.

2.7kstars
106forks
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#7
Nixopus

Nixopus

Open-source, self-hosted deployment platform that turns any VPS into a hosting machine with a browser-based terminal, file manager, and one-click deployments.

Nixopus screenshot

Nixopus is an open-source, self-hosted deployment platform that turns any VPS into a hosting machine with a browser-based terminal and file manager. It supports one-click deployments, auto TLS, Docker builds, and GitHub-driven workflows, all while keeping data on your own infrastructure.

Key Features

  • One-click deployments with automatic builds and routing to live apps
  • Browser-based terminal and file manager for in-browser administration
  • Built-in reverse proxy with automatic TLS certificates
  • Real-time deployment logs and monitoring for quick debugging
  • Docker-based deployments and container management
  • GitHub integration for auto deploys on push
  • Monorepo support for multi-service apps
  • Extensible via plugins/extensions to add databases, caches, and more
  • Self-hosted with no vendor lock-in

Use Cases

  • Indie hackers launching MVPs on affordable VPS setups with instant deployments
  • Agencies hosting multiple client projects on a single server with per-project domains
  • Open-source projects hosting demos/documentation with self-hosted deployments

Limitations and Considerations

  • Status: Project appears in alpha/pre-release in community-maintained sources and may not be production-ready
  • Self-hosted deployments require you to manage infrastructure, security, and updates
  • Ecosystem/extension maturity is evolving; some integrations may be experimental

Conclusion Nixopus offers an open-source, self-hosted deployment platform that gives developers control over hosting, deployment, and monitoring from a single interface. It emphasizes ownership, real-time operations, and a low-friction path to shipping on your own VPS.

1.3kstars
115forks
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#8
ZaneOps

ZaneOps

ZaneOps is a self-hosted open-source PaaS to deploy and manage web apps, static sites, databases, and background workers with Git-based workflows and built-in HTTPS.

ZaneOps screenshot

ZaneOps is a self-hosted platform-as-a-service for deploying and operating web apps, static sites, databases, and supporting services on your own infrastructure. It provides a fast, modern UI and Git-driven workflows to streamline deployments while relying on proven infrastructure components.

Key Features

  • Deploy web apps, static websites, databases, and long-running services
  • Git-based deployments with manual deploys and push-to-deploy workflows
  • Multiple isolated environments per project (for example staging and production)
  • Preview deployments for GitHub and GitLab repositories
  • Blue/green deployments to reduce downtime during releases
  • Automatic TLS certificates and domain routing via an integrated reverse proxy
  • Unified observability views such as HTTP logs, runtime logs, and resource metrics

Use Cases

  • Run a Heroku-style internal PaaS on a VPS or dedicated servers
  • Host production and staging environments for full-stack applications
  • Deploy and manage common self-hosted services alongside custom apps

Limitations and Considerations

  • Uses Docker Swarm as the orchestration engine, which may not fit teams standardized on Kubernetes

ZaneOps is a strong fit for teams and individuals who want a polished self-hosted PaaS experience with simple Git-centric deployments. It combines environment isolation, safer rollout strategies, and integrated traffic management to reduce day-to-day operational overhead.

1.2kstars
60forks
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#9
Dokemon

Dokemon

Dokemon is a Docker container management web UI that lets you manage multiple Docker hosts, deploy Compose projects, and administer containers, images, volumes, and networks.

Dokemon is a web-based GUI for managing Docker environments, designed to simplify day-to-day container operations. It can connect to multiple Docker servers from a single instance, providing a centralized view for deployments and runtime management.

Key Features

  • Manage multiple Docker hosts (“nodes”) from one UI
  • Deploy and manage Docker Compose projects
  • Container lifecycle operations (start/stop/restart, inspect, logs)
  • Manage Docker images, volumes, and networks
  • Environment variables management for different environments
  • Persistent local data directory for application state

Use Cases

  • Homelab or small team Docker administration from a single dashboard
  • Deploying and updating Compose-based services without using the CLI
  • Centralized operational visibility across multiple Docker servers

Limitations and Considerations

  • Commonly deployed via direct Docker socket access; secure placement and access controls are important when exposing the UI

Dokemon is a lightweight alternative to CLI-driven workflows for users who prefer a simple, centralized interface for Docker operations. It fits well for managing a few Docker hosts and Compose deployments with minimal overhead.

754stars
36forks
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#10
Deployrr

Deployrr

Deployrr automates homelab setup and app deployment using Docker and Docker Compose, with pre-configured stacks, Traefik reverse proxy options, and security integrations.

Deployrr screenshot

Deployrr is a homelab deployment automation tool that streamlines setting up and operating Docker and Docker Compose applications. It focuses on repeatable stack deployment, guided configuration, and opinionated integrations for networking and security in a home server environment.

Key Features

  • Large catalog of pre-configured applications and stacks for one-click style deployment
  • Automated environment setup with system checks to validate prerequisites
  • Reverse proxy and networking automation (Traefik configuration, exposure modes, multi-domain and multi-server support)
  • Security-focused options such as Docker socket proxy patterns and CrowdSec integration
  • Multiple authentication integration options (including common OIDC-based providers)
  • Stack management UI for deploying, updating, and managing containerized services
  • Backup and restore automation for supported stacks
  • Remote share mounting support for common protocols (SMB, NFS) and rclone-based mounts
  • Monitoring and logging integrations for deployed services

Use Cases

  • Rapidly bootstrap a new homelab host or VM with a standardized Docker Compose setup
  • Deploy and manage a curated set of popular homelab apps behind a reverse proxy with consistent conventions
  • Rebuild or recover a homelab environment using automated stack deployment plus backups

Limitations and Considerations

  • DNS challenge provider support is limited to Cloudflare for automated certificate flows
  • Some deployments require ports 80/443 to be reachable for typical reverse-proxy and certificate scenarios
  • Certain apps with external database dependencies may require manual database cleanup during removal

Deployrr is best suited for users who want a guided, automated path to running many common homelab services with consistent defaults. It reduces the manual effort of wiring together Compose stacks, networking, and security options while keeping Docker as the underlying runtime.

691stars
68forks
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#11
OpenPanel

OpenPanel

Self-hosted web hosting control panel built around Docker containers, providing isolated per-user environments, resource limits, and integrated DNS, SSL, and management tools.

OpenPanel is a multi-user web hosting control panel designed around Docker containers. It provides isolated per-user environments so each customer can manage their own stack (web server, runtimes, databases, and services) with VPS-like control on a shared server.

Key Features

  • Per-user isolated container environment for hosting websites and applications
  • Admin interface (OpenAdmin) for user, plan, and server configuration management
  • User interface (OpenPanel) for managing domains, services, limits, logs, and backups
  • Choice of per-user web server stacks (e.g., Nginx, Apache, OpenResty, OpenLiteSpeed) and optional caching layers (e.g., Varnish)
  • Integrated reverse proxy and automated TLS via Caddy
  • Integrated DNS server support (BIND9)
  • Resource limiting for CPU, memory, disk, inodes, and other hosting quotas
  • CLI automation via OpenCLI for common administrative and user actions
  • Security features such as activity logging and optional two-factor authentication

Use Cases

  • Running a shared hosting platform with stronger isolation between customers
  • Offering “VPS-like” control to users without giving full server access
  • Managing multiple websites, domains, and per-user service stacks on a single host

Limitations and Considerations

  • Some advanced capabilities may depend on edition/licensing and may not be available in the Community Edition

OpenPanel fits hosting providers and administrators who want a container-first panel with strong per-user separation, flexible web server choices, and both web and CLI management. It aims to reduce operational overhead by letting users manage many of their own services within controlled limits.

593stars
81forks
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#12
Easypanel

Easypanel

Self-hosted control panel to deploy, manage, and monitor Docker-based apps with domains, SSL, environment variables, and one-click services.

Easypanel screenshot

Easypanel is a self-hosted server control panel focused on deploying and operating applications using Docker on your own VPS or bare-metal server. It aims to simplify common DevOps tasks—deployments, domains, TLS, logs, and service management—through a web UI.

Key Features

  • App deployments from Docker images and Git-based workflows (build & deploy)
  • Container and service management via a web dashboard (start/stop/restart, resource views)
  • Domain routing and HTTPS certificate automation for apps
  • Environment variable and secret-style configuration management per app
  • Built-in logs access and basic runtime observability for deployed services
  • One-click templates/managed add-ons for common backing services (e.g., databases/caches)

Use Cases

  • Host multiple web apps/APIs on a single server with per-app domains and TLS
  • Provide a lightweight “PaaS-like” deployment experience for small teams
  • Quickly spin up app stacks with common dependencies (database, cache) on a VPS

Limitations and Considerations

  • The project is primarily oriented around single-server Docker operations (not a full Kubernetes platform).
  • Some advanced features and templates may depend on the vendor’s edition/licensing model.

Easypanel fits users who want a simpler alternative to manually managing Docker Compose and reverse proxies, while keeping control over infrastructure. It’s especially suited for straightforward web app hosting where a UI-driven workflow is preferred over bespoke scripts.

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#13
Cloudron

Cloudron

Cloudron is a self-hosted platform for deploying and managing web apps with one-click installs, automatic updates, backups, and integrated HTTPS, email, and user management.

Cloudron screenshot

Cloudron is a self-hosted application platform that simplifies running web apps on your own server by providing a curated app catalog, automated operations, and a unified admin interface. It handles the lifecycle of apps (install, update, backup, restore) and centralizes common infrastructure concerns like domains, TLS certificates, and users.

Key Features

  • One-click app installs from a curated Cloudron App Store (packaged apps)
  • Automatic app and platform updates with rollback-oriented lifecycle management
  • Built-in reverse proxy with per-app domain/subdomain routing
  • Automatic HTTPS via Let’s Encrypt and certificate renewal
  • Centralized user management and access control (teams/users) with SSO options
  • Integrated backup/restore to external storage providers (scheduled backups)
  • App configuration via environment/manifest packaging and consistent runtime model
  • Email capabilities for apps via integrated mail settings (SMTP relay support)

Use Cases

  • Host a small-business stack (e.g., chat, wiki, CRM, file sharing) on one server
  • Provide a managed “internal PaaS” for a small team without Kubernetes
  • Quickly deploy and maintain self-hosted alternatives with minimal ops overhead

Limitations and Considerations

  • Not fully open-source: Cloudron is source-available/commercially licensed and requires a subscription for full functionality.
  • App availability depends on Cloudron packaging; apps must be Cloudron-compatible.

Cloudron fits users who want an appliance-like experience for self-hosting many apps with consistent security defaults and automated maintenance. It is especially useful when you want predictable upgrades, backups, and domain/TLS management without building your own platform tooling.

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Why choose an open source alternative?

  • •Data ownership: Keep your data on your own servers
  • •No vendor lock-in: Freedom to switch or modify at any time
  • •Cost savings: Reduce or eliminate subscription fees
  • •Transparency: Audit the code and know exactly what's running