![]() ![]() This implies that you have to manually configure the RoR environment and upload your application via SSH or FTP, which requires a good expertise in Linux/Window system administration. You can’t use Microsoft Azure as a PaaS for your RoR application. Microsoft lets Azure users integrate GitHub with their cloud hosting solution so your app is updated every time the code changes. It offers high availability (up to 99,9%) and easy scalability including the support for auto-scaling. Azure has an excellent free plan that supports up to 10 apps on your virtual servers, 1 GB of disc space, FTP, security scanning, and other features. Once your VM is up and running, you can easily upload your RoR code via SSH or any FTP client and launch it on your Azure’s server. The platform is highly configurable and flexible: you can configure ports, DNS, and other network features via an easy-to-use interface. Microsoft Azure supports multiple OS images and instance types among which you can find the ones that fit your application’s requirements. To deploy a RoR app on Microsoft Azure, you should launch a Windows or Linux virtual machine pretty much the same way you would do in Google Cloud Platform or Amazon AWS. Microsoft Azure is Microsoft’s cloud platform that lets developers rapidly build, deploy, and administer web applications built with RoR. Once you leave the free tier, Google Cloud can get pretty expensive, especially if your application experiences traffic spikes. Similarly to Amazon AWS, vendor lock-in might be a problem when using Google Cloud Platform ![]() One-year provision of free-tier services Cons Supports several RoR deployment options Flexible pay-as-you-go model and easy scalability This option is especially beneficial if you are looking to develop a complex application with a loosely coupled microservices architecture. SSH).įinally, Google Cloud Platform allows designing Ruby micro-services deployed via Google Container Service. This option has fewer automated features and requires deeper knowledge of the underlying Linux/Windows systems and tools for remote management of your RoR application (e.g. It is essentially the same as using the IaaS (Infrastructure-as-a-service) model, in which you pay for computing power (CPUs) and storage and manually deploy your Ruby environment and application via standard development tools. The second alternative is deploying your RoR application with the standard Compute Engine similar to Amazon EC2 instances. Using Google App Engine, you will be charged for network traffic, storage, and search queries. Google App Engine is accessible via free-tier and comes with pre-installed RubyGems, system libraries, custom Docker runtimes, and other useful tools for Rapid Application Development (RAD) with RoR. If you want to have full control over the underlying virtual machines you can opt for a Google App Engine, a Google cloud platform for the development and hosting of web applications. Google offers three options for deploying and running your RoR applications on the Google Cloud Platform. ![]() You should be cautious when relying on Amazon vendor standards and solutions such as S3 and Lambda, because it may lead to a vendor lock-in and it might be difficult for you to move away to another hosting service. Requires a good knowledge of Linux/Windows administration and DevOps A one-year provision of free-tier services As an additional benefit, if you are a new user, you may be eligible for a one-year use of free-tier AWS services including instances, storage, elastic IPs, and more. After you set up your cloud environment, you can automatically configure and deploy your RoR app using Amazon Elastic Beanstalk which comes for free. t2.micro with one CPU core and 0.5 GB of memory) and scale your application later. Amazon allows you to select the most affordable options (e.g. The key prerequisites for launching your RoR application are running a virtual EC2 instance and having S3 disc storage. To make your choice easier, we have compared five major RoR hosting providers – depending on your application requirements and budget you can make the right choice about where to host your application.Īmazon Web Services (AWS) support the automation of a RoR application deployment via Amazon Elastic Beanstalk, a service that manages and automatically handles capacity provisioning, load balancing, application dependencies, scaling, and health monitoring. (window.At some point, you will have to decide where to host your amazing RoR application.Ĭhoosing between dozens of excellent hosting providers might not be so easy as each provider has its own trade-offs in terms of price, deployment / configuration flexibility, and scalability to name a few. ![]()
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