How to Self-Host Project Management Software

Step 1: Choose Your Platform and Infrastructure

Start by selecting the platform that matches your team's workflow. OpenProject suits teams that need Gantt charts, traditional project planning, and enterprise features. Plane is ideal for software development teams that want a modern, keyboard-driven interface. Taiga works best for teams practicing formal Scrum or Kanban. Leantime fits non-technical teams that want a simpler experience. Your choice determines the infrastructure requirements.

For infrastructure, you need a Linux server with Docker and Docker Compose installed. Cloud VPS providers like Hetzner, DigitalOcean, Linode, and AWS EC2 all work well. For a team of 10 to 50 users, a server with 4 GB RAM, 2 CPU cores, and 40 GB SSD storage is sufficient for most platforms. OpenProject requires more resources, with 4 GB RAM minimum for background workers alone, so plan for 8 GB RAM if deploying OpenProject for a larger team. Taiga and Leantime run comfortably on 2 GB RAM for small teams.

Choose a server location that complies with your data residency requirements. If your organization operates under GDPR, select a European data center. If you have internal policies about data staying within your network, deploy on an on-premises server or a private cloud account that you control.

Step 2: Install Docker and Docker Compose

Docker provides a consistent runtime environment that isolates the project management application from your server's operating system. Install Docker Engine following the official documentation for your Linux distribution. On Ubuntu, this involves adding the Docker repository, installing the docker-ce package, and enabling the Docker service. Docker Compose, which orchestrates multi-container deployments, is included with modern Docker Engine installations as the "docker compose" plugin.

Verify your installation by running "docker --version" and "docker compose version" to confirm both tools are available. Add your user account to the docker group so you can run Docker commands without sudo. If you are deploying on a server managed by your infrastructure team, confirm that Docker is permitted by your security policies, as some organizations restrict container runtimes.

Step 3: Deploy the Application

Each platform provides an official Docker Compose file that defines all the services needed to run the application. Clone the project's repository or download the Docker Compose configuration from the documentation. For OpenProject, this includes containers for the web application, background workers, and PostgreSQL. For Plane, the stack includes the API server, frontend, worker, Redis, and PostgreSQL. For Taiga, you need containers for the backend, frontend, events service, PostgreSQL, and RabbitMQ.

Before launching, configure the environment variables. Every platform requires you to set a secret key for session encryption, the hostname where the application will be accessible, and database credentials. Some platforms require additional settings like email server configuration for notifications and the base URL for generating correct links. Create a .env file with these values, referencing the platform's documentation for the complete list of configuration options.

Launch the stack with "docker compose up -d" to start all services in the background. Monitor the startup logs with "docker compose logs -f" to watch for errors. The first launch typically takes longer because Docker pulls the container images and the application runs database migrations to set up the schema. Once the logs show the application is ready, access it in your browser using the server's IP address and the configured port.

Step 4: Configure a Reverse Proxy and SSL

Running the application directly on a port like 8080 is fine for testing, but production deployments should sit behind a reverse proxy that handles SSL termination, request buffering, and optionally rate limiting. Nginx and Caddy are the two most common choices. Caddy automatically obtains and renews SSL certificates from Let's Encrypt, which simplifies the setup. Nginx requires configuring Certbot separately for certificate management.

Your reverse proxy configuration should forward requests from port 443 (HTTPS) to the application's internal port, set the X-Forwarded-For and X-Forwarded-Proto headers so the application knows the original client IP and protocol, and handle WebSocket connections if the platform uses them for real-time updates (Plane and Taiga both require WebSocket support). Point your domain's DNS A record to the server's IP address, and the reverse proxy handles the rest.

If you are deploying behind a corporate firewall or VPN, SSL certificates from an internal certificate authority work as well. The important thing is that traffic between users and the server is encrypted, especially since project management tools handle sensitive information about unreleased features, security issues, and internal processes.

Step 5: Set Up Authentication and Access Control

Create an administrator account during the initial setup, then configure the authentication method for your team. All major platforms support local accounts with email and password. For organizations with existing directory services, OpenProject Enterprise supports LDAP and SAML integration, Plane supports OAuth providers, and Taiga supports LDAP through community plugins.

Configure role-based access control (RBAC) to match your organizational structure. Create roles that define what each type of user can do, such as project administrators who can create and configure projects, team members who can manage issues within their projects, and viewers who can see project status without making changes. Assign users to projects with appropriate roles. OpenProject offers the most granular RBAC system, with per-project role overrides and custom permission sets.

If your team includes external contractors or clients who need limited visibility, create restricted roles that allow viewing specific projects without access to internal discussions, time tracking data, or other sensitive information. Most platforms support this through project-level membership and role assignments.

Step 6: Configure Backups and Monitoring

Backups are the most critical part of a self-hosted deployment. Your backup strategy should cover the PostgreSQL database (which stores all project data, issues, users, and configurations) and the file storage directory (which holds uploaded attachments, documents, and avatars). Use pg_dump for database backups, scheduling it via cron to run daily at a minimum. Copy the backup files to a separate location, whether that is an offsite server, an S3 bucket, or a different physical drive.

Test your backups regularly by restoring them to a separate environment and verifying that the data is complete and the application starts correctly. A backup that has never been tested is not a real backup. Schedule a quarterly restore test to catch any issues with your backup process before you need it in an emergency.

For monitoring, set up basic health checks that verify the application responds to HTTP requests. Tools like Uptime Kuma (itself open source and self-hostable) can ping your instance every minute and alert you via email, Slack, or webhook if the application goes down. Monitor disk usage to prevent the server from running out of space, which will crash the database. Set alerts for when disk usage exceeds 80% so you have time to expand storage or clean up old attachments.

Keep the application updated by following the project's release channels. Subscribe to the project's GitHub releases or mailing list for security announcements. When a new version is released, review the changelog for breaking changes, update the Docker image tag in your Compose file, pull the new images, and restart the stack. Most updates are straightforward with Docker, but always back up the database before upgrading.