Stop Hand-Rolling VPS Deploys: Why I Built Shipown, an AI-Powered Deployment App

If you have ever deployed a Next.js or Node app to your own Linux server, you know the drill. It is not hard, exactly. It is just a lot of steps, every single time, and each one is a place where something can quietly go wrong.

I'm the builder of Shipown, and that list of steps is the reason it exists. This post is about why I'd choose Shipown over doing it all by hand, using only what Shipown actually does today.

Here is what a "simple" deploy to a VPS usually looks like when you do it yourself:

None of these steps is exotic. Together, they are a part-time job.

Shipown is an AI-powered desktop app for Windows and Linux. It connects to your Linux VPS or bare-metal server over plain SSH, with no Shipown deployment agent installed on the server, and walks the same path for you:

Steps 2–9 of the manual list are now inside that flow.

This is the heart of it. Shipown's AI terminal works with your own Anthropic (Claude), OpenAI or DeepSeek API key. Describe the problem in plain language — a 502 from Nginx, a crashed PM2 process, a full disk — and the model inspects the server and proposes one shell command at a time, with its reason. You approve each command before it runs.

Destructive commands such as recursive deletes, reboots, firewall flushes or stopping SSH are always held for confirmation, and auto mode only runs commands that read. Requests go from your computer straight to the provider you chose, and your key is encrypted by the OS. That turns step 10 from "debug from memory" into a guided, reviewable conversation.

Next.js, Nuxt, Remix, SvelteKit, NestJS, Fastify and Express apps are installed, built and started under PM2, with the port, health check and restart policy set. Static sites (Vite, Astro, plain HTML) are published to a release directory and served straight from Nginx. Supported Dockerfile and Compose projects deploy too, with images labelled by commit.

Point a domain at an app and Shipown writes the Nginx virtual host, tests the config before reloading, and asks Certbot for a certificate when you want HTTPS. If Nginx rejects a config, it is put back the way it was. Certificate expiry is surfaced in the app.

Every deploy gets its own release directory. A Shipown-managed app can return to a retained release, and detected runtime failures trigger recovery attempts. For Docker, the previous container is kept until the health check passes.

CPU, RAM, disk, load average and PM2 processes are read from /proc and pm2 jlist, with no extra metric collectors, next to an embedded terminal. Heartbeats report an unreachable server once and report its recovery once.

Your servers, your keys, your data. Shipown connects over SSH and uses what is already on the box. Pricing is simple: a free 30-day trial with no card, then Pro at $5/month or $32/year with unlimited servers, and purchases don't auto-renew.

If those ten manual steps feel familiar, try Shipown free for 30 days at shipown.com. Feedback from people running real servers is exactly what this stage needs.

I'm Vishvajeet Shukla, a full stack developer in Jaipur and the builder of Shipown. More of my work is at vishvajeetshukla.in.