Hosting Platform For Node.js Application - AkuCode
A Node.js application can be hosted in a lot of places, depending on your needs. This is a list of all the various options you have at your disposal. Here is a non-exhaustive list of the options you can explore when you want to deploy your app and make it publicly accessible.
Simplest option ever: local tunnel
Even if you have a dynamic IP, or you’re under a NAT, you can deploy your app and server the requests right from your computer using a local tunnel. This option is suited for some quick testing, demo a product or sharing of an app with a very small group of people. A very nice tool for this, available on all platforms, is ngrok.
Using it, you can just type ngrok PORT and the PORT you want is exposed to the internet. You will get a ngrok.io domain, but with a paid subscription you can get a custom URL as well as more security options (remember that you are opening machine to the public internet). Another service you can use is localtunnel.
Using it, you can just type ngrok PORT and the PORT you want is exposed to the internet. You will get a ngrok.io domain, but with a paid subscription you can get a custom URL as well as more security options (remember that you are opening machine to the public internet). Another service you can use is localtunnel.
Zero configuration deployments
Glitch
Glitch is a playground and a way to build your apps faster than ever. And see them live on their own glitch.com subdomain. You cannot currently have a custom domain, and there are a few restrictions in place, but it’s really great to prototype. It looks fun (and this is a plus), and it’s not a dumbed-down environment – you get all the power of Noded.js, a CDN, secure storage for credentials, GitHub import/export and much more. Provided by the company behind FogBuz and Trello (and co-creators of Stack Overflow). I use it a lot for demo purposes.
Codepen
Codepen is an amazing platform and community. You can create a project with multiple files, and deploy it with a custom domain.
Serverless
A way to publish your apps, and have no server at all to manage, is Serverless. Serverless is a paradigm where you publish your apps as functions, and they respond on a network endpoint (also called FAAS – Function As A Service).
To very popular solutions are :
They both provide an abstraction layer to publishing on AWS Lambda and other FAAS solutions based on Azure or the Google Cloud offering.
PAAS
PAAS stands for Platform As A Service. These platforms take away a lot of things you should otherwise worry about when deploying your application.
Zeit Now
Zeit is an interesting option. You just type now in your terminal, and it takes care of deploying your application. There is a free version with limitations, and the paid version is more powerful. You simply forget that there’s a server, you just deploy the app.
Nanobox
Nanobox is a development platform comparised of a local development environment that can be used to write code locally, deploy a codebase to a live server, and monitor and manage the app production.
Heroku
Heroku is an amazing platform. This is a great article getting started with Node.js on Heroku.
Microsoft Azure
Azure is the Microsoft Cloud offering. Check out how to create a Node.js web app in Azure.
Google Cloud Platform
Google Cloud is an amazing structure for your apps. They have a good Node.js Documentation Section.
Virtual Private Server
In this section you find the usual suspects, ordered from more user-friendly to less user friendly:
- Digital Ocean
- Linode
- Amazon Web Service, in particular, I mention Amazon Elastic Beanstalk as it abstracts away a little bit the complexity of AWS.
Since they provide an empty Linux machine on which you can work, there is no specific tutorial for these. There a lots more options in the VPS category, those are just the ones I used and I would recommend.
Bare metal
Another solution is to get a bare metal server, install a Linux distribution, connect it to the internet (or rent one monthly, like you can do using the Vultr Bare Metal service).
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