But Heroku dynos add up really fast. Here are the best Heroku alternatives in 2026, including self-hosted solutions that reduce your costs by 90%.
How Heroku billing turned into a meme
Heroku popularized the git-push deployment method and was a de-facto answer for years to the question "how do I put my app online". Then the free tier got axed in late 2022, and what was left became outdated compared to alternatives. An Eco dyno costs $5 a month and is sleeping. A Basic dyno costs $7 and cannot scale. Anything realistic begins from Standard-1X dynos, each costs $25, and any real app needs two of those: one for web and one for workers.
Database becomes the most expensive part. Heroku Postgres Mini tier with its $5 cost has only 10,000 row limit, which is exceeded even by a contact form within a year. The cheapest production-ready database is Standard-0 tier, which costs $50 a month and has 64 GB limit. Adding Redis (minimum $15), you get an ordinary app, with one web dyno, one worker, Postgres and Redis, costing between $115-$150 a month. That means $1,400-$1,800 per year for the workload, which a $10 VPS handles.
The managed options
For those who seek to remain fully managed, there are three managed services that continue the Heroku legacy at better prices. Render comes closest to being the philosophical descendant, with web services starting at $7, managed Postgres at $7 (the database is only free for 90 days), background workers and cron. Railway charges by resource usage, which is beautiful in principle, but less predictable in terms of bill sizes. Fly.io provides more flexibility, machines available across dozens of regions, though it requires more involvement from the operator than Heroku ever did.
These are all excellent products. But they all scale with cost per service, per gigabyte and per seat, and none of them frees your app from the proprietary platform. The usual stack of services costs between $30 and $80 per month.
The self-hosted route, without the ops burden
The thing people were paying Heroku for wasn't the computation, but the lack of any need to administer servers. This formula is now broken by open source platforms, which automate that task. Using Peon, you plug in a new VPS using SSH and the platform will install Docker, set up a reverse proxy with auto-HTTPS, give you git-push deployment, managed databases backed up to S3, log streaming, and team dashboard.
Cost breakdown for that exact same run-of-the-mill app (web, worker, Postgres, Redis): Heroku around $130 per month. Render around $40. Peon: $2 per project plus $8 per 4 GB VPS at Hetzner or DigitalOcean, so around $10 per month. That adds up to more than $4,000 difference over three years for a single application.
Reliability? Obviously there's no automatic failover here, except that when you start comparing the numbers it isn't all that bad – both reliable VPS companies offer 99.9%+ uptime, not to mention Heroku's own outages. Offsite database backups each night plus image-deployments mean recovery onto another server takes less than an hour.
Migration checklist
Switching from Heroku is fairly technical. Spend half a day on the first app and one hour per subsequent app:
Containerize: write a Dockerfile or continue using buildpacks to create one; there's a default 15-line file for most frameworks
Export database: use pg_dump on a Heroku export URL and import that into your new hosted Postgres using pg_restore
Migrate config variables: use heroku config -s to dump all config vars; copy-paste into your new platform's environment variables
Migrate add-ons: migrate redis and crontab directly; migrate SendGrid/Mailgun add-ons to normal services using their API keys
Update DNS to point to the new server, have Let’s Encrypt generate certificates and leave Heroku running for a week as a backup
Keep an eye on your Procfile: web and worker processes will become two services from the same codebase and container
Decision criteria
Remain managed (Render, Railway, Fly) when: no one on your team ever wants to consider a server, the traffic is extremely spiky and can be auto-scaled, or compliance demands that the provider owns the infrastructure.
Remain self-hosted (Peon on a VPS) when: the bill is heavily tilted towards always-on tasks, you have multiple applications or side projects running, you need your database in close proximity to your application and not somewhere over the horizon, or you are unwilling to spend 10x more money for the same compute. The second option will probably sound like an honest response for many small teams. In 2026, the workflow difference between those options is almost zero.
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