Renting a VPS is easy. Keeping everything on it reliable is where the real work begins.
You start with a small application and a database. Soon you are maintaining Docker Compose files, configuring a reverse proxy, renewing certificates, scheduling backups, watching disk usage, and hoping the next container update does not break production.
Managed platforms solve much of this, but they also control the infrastructure, pricing, and sometimes the location of your data.
What if you could keep your own server while getting a workflow closer to a managed platform?
That is the problem Nitrobase is designed to solve.
A PaaS for infrastructure you control
Nitrobase is a fair-source platform-as-a-service that runs on your own infrastructure. It connects to a Linux VPS over SSH, prepares the server, and gives you a web interface for deploying and operating applications.
The basic experience is intentionally simple:
- Connect a VPS using an SSH key.
- Choose an application template, Git repository, or Docker Compose project.
- Click deploy and receive an HTTPS endpoint.
Behind those three steps, Nitrobase handles the repetitive operational work: Docker and Traefik configuration, routing, certificates, secrets, health checks, backups, monitoring, updates, and recovery workflows.
You keep control of the machine and its data. Nitrobase makes operating it less manual.
Deploy a complete backend in one click
Nitrobase includes templates for popular self-hosted software and backend services, including:
- Supabase
- Appwrite
- PocketBase
- PostgreSQL, MySQL, MariaDB, MongoDB, and Valkey
- n8n
- Plausible and Umami
- RustFS
These are more than shortcuts to run a container image. Templates can generate required secrets, configure routes, expose the correct administration interface, and describe how application data should be backed up.
You can also deploy your own application directly from a Git repository. Nitrobase supports Dockerfiles, Railpack builds, and static sites, with redeployment when a configured branch changes.
Already have a docker-compose.yml? You can bring that too.
HTTPS without rebuilding the same proxy setup
Every new VPS project seems to begin with the same checklist:
- configure a reverse proxy;
- create DNS records;
- request a certificate;
- forward traffic to the correct container;
- remember how everything was configured six months later.
Nitrobase uses Traefik for routing and can provide a free sslip.io address with HTTPS for immediate testing. Production applications can use custom domains with automated Let's Encrypt certificates.
Cloudflare Tunnel is also supported for deployments where ports 80 and 443 should not be exposed directly.
The result is a repeatable domain workflow instead of a collection of one-off server configurations.
Backups that understand databases
Copying a container volume while a database is actively writing is not the same as having a reliable backup.
Nitrobase supports database-aware application backups. It can stop writers, create a clean database dump, capture the required volumes, and send the result to:
- Amazon S3 or compatible storage;
- Cloudflare R2;
- Backblaze B2;
- a local or remote server folder.
Backups can follow schedules and retention policies. They can be restored in place or used to create a separate application.
Nitrobase can also create an encrypted self-backup of its own panel state, providing a recovery path if the management server needs to be rebuilt.
Updates should have an escape route
Updating a container should not require choosing between staying vulnerable and risking downtime.
Nitrobase can check for template, database image, and Git branch updates. Before applying an update, it can capture a backup. After deployment, it runs health checks. If the new version fails, Nitrobase can automatically roll the application back.
Teams can also schedule patch or minor updates inside a maintenance window.
This does not remove every deployment risk, but it turns updates into a visible and repeatable process with a recovery path.
Move an application to another VPS
Servers change. A project may outgrow its first machine, need a different region, or move to another provider.
Nitrobase includes a workflow for moving an application between managed servers. It backs up the application, restores it on the destination, verifies the new deployment, and removes the source only after the destination is healthy.
If the move fails, Nitrobase cleans up the incomplete target and restarts the original application.
That makes migration a controlled operation instead of a late-night sequence of manual commands.
Monitoring and alerts are built in
A successful deployment is only the beginning of operating an application.
Nitrobase tracks server and container health, including CPU, memory, disk usage, restart loops, stopped services, and out-of-memory events.
Alerts can be delivered through email, Telegram, Discord, Slack, or a custom webhook. The goal is to make failures visible before a user reports them.
Guardrails for custom workloads
Accepting arbitrary Compose files is powerful, but it can also be dangerous. A privileged container or unrestricted host mount can compromise the entire server.
Nitrobase applies safety checks to marketplace templates and user-provided Compose projects. It rejects privileged containers, unsafe host mounts outside the application directory, and reserved networking or routing configuration.
Credentials, SSH keys, and backup secrets are encrypted at rest. For teams, Nitrobase includes role-based access, two-factor authentication, audit logs, and scoped API tokens.
Who is Nitrobase for?
Nitrobase is aimed at people who want to own their infrastructure without hand-building an operations platform:
- indie developers running products on affordable VPS instances;
- startups that need control over infrastructure cost or data location;
- agencies managing applications across multiple client servers;
- teams self-hosting Supabase, Appwrite, PocketBase, databases, or internal tools;
- developers who enjoy self-hosting but do not want every deployment to become a shell-script project.
It does not pretend infrastructure has disappeared. You still own the machines and should understand your recovery plan. The goal is to make routine operations clear, repeatable, and safer.
Try Nitrobase Beta
Nitrobase currently supports AMD64 and ARM64 Linux servers. Around 2 GB of RAM is recommended for the panel.
The project uses the FSL-1.1-ALv2 fair-source license. You can use, modify, and self-host it for your own projects, company, or clients, except to offer a competing product or service. Each release converts to Apache License 2.0 after two years.
If Nitrobase addresses a problem you have encountered while self-hosting, try the beta, open an issue, or give the project a star on GitHub. Feedback from real VPS deployments is especially valuable at this stage.
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