Free Ghost Hosting is viable when the free allowance matches the runtime, state, and traffic the project actually needs—not merely when the first deploy turns green.
The practical way to evaluate Ghost is to trace the full path from a clean repository to a restart-safe production service. That exposes the limits that provider lists usually skip.
Table of contents
- What Ghost hosting actually includes
- Prepare the project for a repeatable build
- Configure the production process
- Understand what free hosting limits
- Deploy and verify before sending traffic
- Know when to move beyond the free allowance
- How this fits the rest of the stack
- FAQ
What Ghost hosting actually includes
Ghost can be hosted predictably when the runtime is captured in a container instead of reconstructed by hand on a server. The image should be disposable; data, secrets, uploads, and database state should not be. That boundary is the difference between a deployment you can replace safely and one that loses the project the moment a container is recreated.
Persist content and configure the canonical URL before sending real traffic.
Prepare the project for a repeatable build
A reliable deployment begins with a clean checkout. Pin dependency versions, commit the lockfile, remove machine-specific paths, and make configuration come from environment variables. The build must work without an interactive shell or files that exist only on a laptop. For this project, the deployment path starts with docker build -t ghost-site .. Run it in a fresh environment before blaming the host.
- Keep secrets out of the repository and generated image.
- Fail the build when dependencies or compilation fail.
- Document the expected output directory or executable.
- Add a small health endpoint or verification page.
Configure the production process
The runtime command is docker run --env-file .env ghost-site. It must bind to the port supplied by the platform and listen on all interfaces when it is an HTTP service. Do not hide setup work inside a start command that runs on every restart. Database migrations, asset compilation, and one-time initialization belong in a release step or a controlled job.
Configuration should be boring: environment variables for credentials and URLs, explicit production mode, a stable health check, and logs written to standard output. A prototype without logs is just a mystery with a URL.
Understand what free hosting limits
Free allowances are excellent for learning, previews, portfolios, and the first version of a product. They are not promises of unlimited production capacity. Check whether an idle service sleeps, whether wake-up latency is acceptable, how much memory and CPU are available, whether outbound traffic is capped, and whether persistent storage survives a redeploy.
Model the whole system rather than the web process alone. A database, worker, object storage, email service, and bandwidth can become separate line items. The cheapest-looking host often becomes expensive through pieces that were never included in the headline.
Deploy and verify before sending traffic
- Run
docker build -t ghost-site .from a clean checkout. - Add production environment variables without copying a local .env file.
- Start the service with
docker run --env-file .env ghost-siteand confirm the health check. - Read both build logs and runtime logs for warnings.
- Test the custom domain, TLS, redirects, forms, uploads, and database writes.
- Trigger a second deployment and confirm rollback or recovery works.
Verification should exercise the stateful path, not merely load the home page. Create a record, upload a file when relevant, restart the service, and confirm the data remains. That five-minute test catches the most expensive class of free-hosting surprise.
Know when to move beyond the free allowance
Move when the service is part of a real workflow, cold starts damage the experience, resource ceilings create failures, or recovery matters more than saving a small monthly amount. Upgrade because the workload requires it, not because a pricing page manufactures urgency.
Keep the architecture portable: standard build commands, environment-based configuration, a documented data export, and no critical state on ephemeral disk. Portability is useful even when you never move because it forces the deployment to be understandable.
How this fits the rest of the stack
Before committing the project, use the RunxBuild hosting calculator to put the service, database, storage, workers, and bandwidth on one page. For supported runtimes, the RunxBuild dashboard turns the repository into a build log, live route, environment configuration, metrics, and rollback path.
Useful related references:
- Free Ruby Hosting: Deploy a Ruby Application
- Free Go Hosting: Deploy a Golang Backend
- Free WordPress Hosting: What Is Free and What You Still Operate
- Services on RunxBuild
FAQ
Can Ghost be hosted for free?
Usually, for learning, previews, and small projects. Confirm sleeping behavior, memory, bandwidth, storage persistence, and whether the database or workers are separate costs.
What is the minimum deployment setup for Ghost?
Use a reproducible build with docker build -t ghost-site ., a production start path based on docker run --env-file .env ghost-site, environment variables for configuration, and a health check that proves the service is ready.
Does free hosting work for production?
It can work for low-risk workloads, but production adds availability, backups, monitoring, recovery, and predictable performance. Move to paid capacity when those requirements become real.
How do I avoid losing data during a redeploy?
Keep state in a managed database, object storage, or an attached persistent volume. Treat the application image and container filesystem as replaceable.
What should I test after deployment?
Test the domain and TLS, one state-changing request, restart behavior, logs, environment variables, uploads where relevant, and the rollback or restore path.