DeployOs
Self-host with confidence, not complexity
After paying for managed hosting for a while, I started asking myself a simple question:
Why am I paying $20–50/month for apps that could run on a $5 VPS?
The answer wasn't the server it was the operational complexity.
Buying a VPS is cheap.
Managing Docker, SSL, databases, backups, monitoring, and deployments isn't.
So I built DeployOS.
It's a desktop app that connects to your VPS over SSH and lets you:
Deploy apps in minutes
Install databases with one click
Get automatic HTTPS
Monitor your server
Create backups
Diagnose issues with a built-in Doctor
No Kubernetes.
No YAML.
No agents installed on your server.
The goal isn't to replace platforms like Vercel or Railway for everyone. It's to make self-hosting simple enough that more developers can own their infrastructure without spending weekends as a DevOps engineer.
I'm looking for feedback from developers who self-host or are thinking about moving off managed platforms.
What's been the hardest part of running your own VPS?
I see a lot of founders launching an MVP and immediately reaching for managed platforms and infrastructure that costs $30–$100/month before they've earned their first dollar.
For many projects, that's unnecessary.
A small VPS can comfortably run multiple apps, APIs, databases, and background workers for a long time if it's configured properly.
The problem isn't starting small.
The problem is what happens when you eventually need to scale.
That's one of the reasons I built DeployOS.
Instead of locking you into a specific provider, it lets you deploy to your own servers over SSH. You can host on Hetzner today, move to DigitalOcean later, or migrate to AWS when your business needs it.
No vendor lock-in.
No rebuilding your deployment pipeline.
Just move your applications when the time is right.
I think founders should optimize for survival first.
Keep infrastructure costs low.
Validate your idea.
Get paying customers.
Scale when the business demands it not because your platform does.
I'm curious what's the cheapest server you've successfully run production workloads on, and how long did it last before you had to scale?
AI agents can write your entire application now.
But giving an AI agent access to your server?
That's where things get scary.
So while building the DeployOS MCP, I wanted to solve one problem first:
How do we let AI interact with infrastructure without handing the AI your SSH keys and credentials?
With DeployOS, credentials don't live in your project, repo, or server.
They're stored in the OS keychain / secure credential store on your own machine.
The MCP doesn't need to expose those secrets to the AI agent.
Instead, the agent can request an operation like:
Deploy this application.
DeployOS handles the actual authenticated connection using the credentials stored securely on the user's machine.
So the architecture is basically:
AI Agent → DeployOS MCP → DeployOS → OS Secure Keychain → VPS
Not:
AI Agent → SSH private key → VPS
That distinction is really important to me.
The goal isn't to make AI agents all-powerful.
It's to give them useful, controlled access to infrastructure without turning your credentials into another AI prompt variable.
And this opens up some pretty interesting possibilities:
Build an app with Claude/Cursor/etc.
Ask the agent to deploy it
Check deployment status
Inspect logs
Diagnose failures
Restart services
Manage databases
Deploy another app
All while keeping the actual infrastructure credentials protected locally.
I'm still working through the permission model and what operations should be exposed through MCP.
But I think this is where things are heading:
AI shouldn't just write software. It should be able to safely operate the infrastructure that runs it.
That's what I'm trying to build with DeployOS.
Curious what other Indie Hackers think:
Would you give an AI agent access to your VPS if the credentials never had to be exposed to the agent itself?
I built DeployOS because I was tired of watching hosting bills pile up for apps that could run perfectly well on a small VPS. Every project brought the same friction: configuring SSL certificates, setting up reverse proxies, writing deployment scripts, and hoping renewals and updates wouldn’t break anything at the worst possible moment.
I wanted the convenience of modern PaaS platforms while keeping full control of my own infrastructure. That led me to create DeployOS—a native desktop app that connects directly to a VPS over SSH. Push to GitHub and your app is live with HTTPS, or install one of 185+ open-source apps with a single click. Databases, backups, monitoring, and plain-English diagnostics are built in, and credentials never leave your machine.
Getting here wasn’t easy. Making SSL provisioning reliable across different server setups and turning complex server management into a simple desktop experience took many iterations. But solving my own problem has turned into something I believe can help other indie hackers stay lean, own their infrastructure, and keep shipping.
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I like that you're competing on infrastructure ownership rather than just deployment speed.
For a lot of indie developers, reducing long-term operational overhead while keeping control of their own servers is a much clearer value proposition than another hosted PaaS.
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A one-time price for a deploy platform is a rare pricing model in a space that's almost entirely subscription-based. What's driving that choice — is it more about differentiating from the Heroku/Vercel-style pricing, or a bet that one-time pricing converts better for indie devs specifically?
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I think it's a combination of both, but the bigger reason is that it's aligned with who we're building DeployOS for.
The reality is that building a developer tool is hard enough. Asking developers to commit to another monthly subscription before they've even made money from their own projects makes it even harder. A lot of our customers are indie developers, freelancers, agencies, and bootstrapped startups. They're already paying for domains, VPSs, GitHub, monitoring, email, and countless other recurring services. We didn't want DeployOS to become another monthly bill they have to justify.
The one-time license reflects how the product works. DeployOS runs locally on your machine, talks directly to your servers over SSH, and doesn't rely on us hosting your deployments. Once you've bought it, it should keep working whether we've made one sale that month or ten thousand. That felt like a fairer relationship.
Running a business on one-time purchases is definitely more challenging than subscriptions. There are months where sales are slower, and recurring revenue would make life easier. We were aware of that trade-off from the beginning. But we felt that if we built something developers genuinely loved, kept shipping meaningful updates, and earned trust, people would continue recommending it and buying it.
Long term, we may introduce optional recurring services—things that genuinely require ongoing infrastructure, like managed backups, hosted monitoring, or team collaboration. But the core promise of DeployOS is that you shouldn't have to rent the tool you use to deploy your own infrastructure.
In a world where nearly every developer product is becoming another subscription, we wanted to prove there's still room for software you can simply buy, own, and use. That philosophy matters to us just as much as the pricing itself.
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The local-execution point is what makes the pricing coherent to me. If you were hosting deployments there'd be a real meter running on your side and a subscription would map to something. But it runs on my machine and talks to my servers, so a monthly fee would just be renting access to a binary. That's an argument from how the product works, not a pricing preference dressed up as one.
The question I always land on with one-time licenses is where the update boundary sits. Does the license cover everything you ship from here, or is there a point where a major version becomes a separate purchase? That feels like the one place where "buy it once" and "keep shipping meaningful updates" can pull against each other, so I'm curious how you've drawn that line.
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That's a fair question, and it's something we've thought about from the beginning.
Our goal is to make the core product something you own, not something you rent. Your DeployOS license will continue to work indefinitely, even if you choose not to pay for future updates.
To keep the business sustainable while continuing to ship new features, security improvements, and support for new technologies, we'll have an optional yearly update and maintenance plan. If you renew, you get access to everything we've released during that period. If you don't, the version you already own keeps working—you just won't receive future updates until you renew.
We think that's a good middle ground. Customers avoid another mandatory monthly subscription, while we have a sustainable way to keep investing in the product long-term. It also keeps us accountable: we have to earn renewals by delivering meaningful improvements rather than relying on recurring charges simply because the calendar changed.
That's the philosophy behind DeployOS. We want developers to feel like they own their deployment tool, while ensuring we can continue building and supporting it for years to come.
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That's the version of it I'd actually be comfortable buying. The part that matters isn't the price shape, it's that the tool doesn't stop working if I stop paying — I can skip a year, stay on what I own, and come back later without having lost anything.
And you're right that it cuts both ways. A subscription renews whether or not the year was any good; a renewal I have to opt into means the year has to have been worth it. Fewer products are willing to put themselves in that position. Good luck with the launch — I'll be watching how the renewal side plays out over the first couple of cycles.
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Thank you
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This is a very wonderful development.
The problem: managed PaaS (Heroku, Render, Railway, Vercel) is easy but charges a real premium per app, per add-on, forever. The obvious fix run your own VPS usually means either hand-rolling Docker/Traefik/cert automation yourself, or self-hosting a panel tool that's now another always-on service on your box to secure and patch.
What I built: a native desktop app (macOS + Windows) that connects to your own server over SSH and does the parts that are annoying to hand-roll:
Push-to-deploy from GitHub, or pick from 250+ one-click templates (WordPress, n8n, Ghost, Uptime Kuma, etc.)
Automatic HTTPS via Traefik or Caddy + Let's Encrypt, renews itself
Health-checked, zero-downtime rollouts with one-click rollback to any previous build
Managed Postgres/MySQL/MongoDB/Redis with a built-in data browser, plus scheduled backups
No Dockerfile required it auto-builds most repos (Railpack under the hood)
Why a desktop app instead of a web dashboard: it's the one deliberate architectural bet. Nothing runs on your server between deploys no control-panel container, no extra exposed port, no separate thing to keep patched. Every action is an on-demand SSH connection, same as you'd run by hand.
Pricing: free tier is a real license (1 server, no card, no expiry). Paid tiers are one-time purchases, not subscriptions $49 Solo / $79 Pro. Running a founder promo right now: first 500 Pro buyers get lifetime updates instead of the usual 1-year window.
What's not done yet: Linux desktop support (Mac and Windows ship today; DeployOS already manages Linux servers, just not as the client OS yet), and it's genuinely unverified at large scale I'd rather say that upfront than oversell it.
Would love feedback, especially from anyone running their own VPS already what would make this a no-brainer switch for you, and what's missing that'd be a dealbreaker?
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this will be so useful for developers who are shipping multiple apps fast and vibe coders who have zero DevOps experience. AI helping with coding and now DeployOS helping with deployment. Luv it!
I've been running client work and side projects off a single Ubuntu box for years. Cheap, fast, mine but every deploy was the same ritual: SSH in, git pull, rebuild the container, hope the Traefik config didn't need touching, check the cert didn't expire, tail the logs to see if it actually came up. None of it was hard. All of it was boring, and boring-but-necessary is exactly the kind of task that eats a Saturday.
The "real" alternatives never felt right for a solo dev:
Heroku/Render/Railway solve it, but you're renting the platform forever $20 here, $30 there, per app, and it adds up fast on top of the VPS you're already paying for.
Self-hosted panels like Coolify are great, but now you've got another service running on your box that needs patching and babysitting, plus a browser tab pointed at your own server's IP as your new attack surface.
So I spent the last few months turning my own deploy scripts into an actual product: a native desktop app (Mac + Windows) that talks to your VPS over plain SSH, on demand nothing installed there but the apps you actually deploy. Push to GitHub, it builds, health-checks, and swaps traffic over with zero downtime. HTTPS, databases, backups, monitoring, one-click rollback the stuff a PaaS gives you, minus the subscription and the extra always-on service.
It's called DeployOS. Free tier is a real license, not a trial one server, no card, no time limit.
Genuinely curious what the rest of you are running: still on Heroku/Render, self-hosting a panel, or just raw-dogging SSH like I was for years? What finally made you switch (or not)?
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