A self-hosted Vercel alternative: deploying your apps with Pushify

If you're looking for a Vercel alternative, you probably like how Vercel works but want something different underneath: your own server, a bill you can predict from the machine's price, or a platform you could run yourself if you had to. Pushify was built for that. You connect a repo, choose a server, and deploy, with HTTPS and zero-downtime cutovers. The difference is that your app runs on a server you own or one we provision for you on Hetzner, and the platform is open source under the MIT license.

This post compares the two fairly. Vercel does a lot of things well, and for some teams it's the right choice. The Vercel details below come from Vercel's public pricing page as of November 2026. Check that page for current numbers before you decide.

What Vercel does well

The "import your repo, deploy in seconds" experience is the reason most people start on Vercel, and it's good. Beyond that, its pricing page lists a lot of platform that you'd otherwise have to build or buy separately:

• A global network. Vercel lists global points of presence, multiple regions, automatic routing, and HTTPS certificates. It also lists automatic region failover and multi-region compute.
• Security at the edge. Every plan includes a web application firewall and automated DDoS mitigation. The paid plans add more custom firewall rules and IP blocking, and bot management is also listed.
• Framework-level features. Incremental Static Regeneration, image optimization, a zero-config CDN cache, and skew protection are part of the platform. Next.js appears among Vercel's own products, so its features tend to show up there early.
• Managed building blocks. Blob storage, queues, workflows, cron jobs, sandboxes, and an AI Gateway, all billed on the same account.
• Deployment ergonomics. Automatic CI/CD, unlimited deployments, instant rollback, build logs, and monorepo support.
• Enterprise options. The Enterprise plan lists a 99.99% SLA, SCIM and directory sync, and advanced support.

If you need several of these, especially global delivery or a managed firewall, Vercel gives you a lot that a single server can't.

How Vercel's pricing works

As of November 2026, Vercel has three plans:

• Hobby: $0/month. It includes fixed monthly allowances, for example 100 GB of fast data transfer, 1M CDN requests, 1M function invocations, and 4 hours of Fluid Active CPU.
• Pro: $20/month. It includes $20 of usage credit, a flat-rate CDN with traffic spike protection, team collaboration with free viewer seats, and cold start prevention. Developer seats are listed at $20/month each.
• Enterprise: custom pricing.

On Pro, much of the bill depends on usage. A few examples from the pricing page: Fluid Active CPU starts at $0.128 per hour, function invocations start at $0.60 per 1M, and builds on standard machines are $0.014 per minute. Prices exclude taxes.

This model has real advantages. Vercel says you pay for actual execution time rather than idle resources, so a quiet app costs little. It also offers spend management: you can set a limit, get alerts, and have usage stopped before you go over budget. The trade-off is that the monthly total depends on traffic and usage, so you need to know your numbers or rely on those limits.

How Pushify works instead

Pushify takes a different approach. Your app runs as a Docker container on a specific server, and you pay for that server.

When you connect a server, Pushify uses plain SSH as root with a password or a private key. No agent runs on the machine. If Docker, Nginx, or Certbot are missing, Pushify installs them. If Docker is already there, Pushify leaves that install alone. A fresh VPS doesn't need any preparation beyond SSH access.

After that, a deploy looks like this:

1. A git push to your production branch fires a webhook and queues a deployment.
2. Your app is built into a Docker image on the target server, using framework detection or your own Dockerfile.
3. The new container starts alongside the old one and has to pass a health check before it gets any traffic.
4. Traffic switches over with a graceful Nginx reload, so users don't see downtime.
5. A rollback replays the same steps with the previous image.

From git push to live walks through this pipeline in detail. Because the output is a container, you aren't limited to frontend frameworks. A Django API, a worker, or anything else with a Dockerfile goes through the same steps. Our guides on deploying Next.js and deploying Django show two common cases.

Where the server comes from

You have two options, and the deploy pipeline is the same for both:

• Bring your own server (BYOS). Any VPS Pushify can reach over SSH, from Hetzner, DigitalOcean, OVH, Linode, or anywhere else. The free tier of the hosted version at pushify.dev lets you connect one of your own servers, so your only cost is what you already pay your provider.
• Managed Hetzner servers. These are provisioned through Pushify and come with the paid plans, which start at $15/month. Each server has a fixed hourly rate paid from prepaid credits, and the dashboard shows the monthly estimate before you create it. The paid plans also add more projects and preview deployments.

BYOS vs managed covers how to choose between them.

Self-hosting the platform itself

There's a third level. The whole platform, including the API server, dashboard, and CLI, is open source under the MIT license. The control plane runs on your own hardware with a single install script built on Docker Compose. In that setup, every part of your deployment stack is yours, and it would keep working if Pushify the company went away.

What changes when you leave Vercel

An honest comparison needs this section. Moving to your own server means some things become your job.

• Server upkeep is yours. Pushify installs what it needs to deploy, but OS security patches and keeping Docker reasonably current are up to you on BYOS servers. Automatic security updates on a self-hosted server shows how to automate most of it without risking your apps.
• Your app lives where your server lives. Requests go to that machine, in that machine's region. There's no global network of points of presence behind it by default. If your users are spread around the world, or you want edge caching and protection, you can put a CDN in front. Putting a self-hosted app behind Cloudflare covers one way to do that.
• Capacity is what you provisioned. A fixed server gives you a fixed bill. It also means a traffic spike is limited by that server's resources, not absorbed by a usage-based platform. Size the machine for your real peak, not your average.
• Pushify's scope is narrower. Its job is to connect a repo, pick a server, and deploy. Managed storage, queues, AI services, and framework-specific edge features from Vercel's list aren't part of that core. You'd run equivalents yourself, often as containers next to your app, or use a separate service. The Pushify marketplace has one-click apps for some common pieces.
• Security of your setup is partly on you. If you self-host the control plane, it can open a root shell on every server you've connected, so it needs protecting. Admin panel security and Securing a self-hosted PaaS cover what that involves.

For a broader look at this, What it actually takes to self-host a PaaS is a good, sober read before you commit.

What you get in return

• Costs tied to the machine. You pay for a server, not per invocation, per CPU hour, or per GB transferred through the platform. If you know the server's price, you know most of the bill.
• Full access. On BYOS, it's your machine. You can SSH in, read logs directly, and run other things next to your apps.
• Provider and data-location choice. Your app and its data stay with the provider, region, and contract you picked. For some teams this is a compliance requirement.
• Any containerized workload. Long-running processes, background workers, and backends that don't fit a function model deploy the same way as a frontend.
• No lock-in at the platform level. Your apps are Docker images on Linux servers, and the platform is MIT-licensed. If you leave Pushify, the servers and images are still yours.

Who should pick which

Vercel is likely the better fit if:

• Your users are global and you want edge delivery, region failover, and a managed firewall without running any of it.
• You rely on framework features like ISR and image optimization and don't want to rebuild them.
• Your traffic is spiky or very low, and paying for execution time costs less than a server that's always on.
• You need an Enterprise SLA, SCIM, or vendor support contracts.
• You'd rather pay more than ever patch a server.

Pushify is likely the better fit if:

• You want costs that follow a server's price, not usage meters.
• You already pay for a VPS that sits half idle.
• You run backends, workers, or other containers along with your frontend and want them all on one deploy workflow.
• You need your data with a specific provider or in a specific region.
• You want an open-source platform you can self-host, so your deployment stack doesn't depend on one vendor.

Plenty of teams use both: a marketing site on Vercel, and APIs and workers on their own servers. Nothing forces you to pick one platform for everything.

Trying it without moving everything

The easiest test is a single app. Connect a VPS you already have on the free tier, deploy one service, and see how it feels after a few weeks of pushes. Deploying your first app covers the first run. When you're ready to move more, Migrating applications to Pushify and the guide to environment variables and secrets cover the parts people usually get stuck on.

If something in the workflow feels rough compared with what you're used to on Vercel, open an issue. We're a small team, so that kind of feedback shapes the roadmap quickly.