Top 10 Alternatives to Heroku for Windows, Linux & Online

Heroku is widely regarded as a wonderful cloud platform that helps us and various sectors to create, provide, monitor applications, and also host those in the cloud. It is not like other platforms and allows development with practically any programming language: Ruby, Java, PHP, NodeJS, etc. This tool also gives you the freedom to deploy versions, rollback, and manage dependencies.

Top Heroku Alternatives

10 Best Alternatives to Heroku

Below I have listed some of the best Heroku alternatives that wok with Windows, Linux, and Web-based.

Firebase

It is Google’s new and improved mobile cloud development platform. It is a platform available for different platforms (Android, iOS, web), which in this way presents a serious alternative to other options to save time in development such as Xamarin.

It offers you the possibility of sending segmented push notifications depending on the type of device and user completely free and without limits, with the possibility of drawing conclusions thanks to the statistics offered by the integration with Analytics. It allows you to make a qualitative leap in interaction, both with the application and with users. In addition to having different configuration parameters at your fingertips that you can implement simultaneously in all applications and platforms.

It is a service that simplifies the login and the management of it in our application. If we use it in web applications or Android Studio it is extremely easy to configure, with a simple method we can save a user with their password and email. It saves connection data in the cloud in a secure way so that applications log in with the saved account.

OpenShift

This platform enables you to quickly develop, build, deploy, and manage containerized services. This tool is crafted to deliver users a cloud-like experience in a hybrid cloud environment. It allows you to create and run applications in the public cloud, anyone can create a free account and deploy their application.

OpenShift uses modules, “cartridges”, which support different versions of the languages ​​Java, PHP, Python, Perl, and Node.js, as well as database languages ​​intended for MySQL, MongoDB, and PostgreSQL. It accepts tools like Jenkins and Cron, and services like the Oracle Business Process Management Suite and the Red Hat JBoss Business Rules Management System.

OpenShift uses a radically different architecture. Individual nodes carry the code and application services, and a set of individual brokers manage the nodes and make the services available. The architecture of OpenShift also includes a messaging system that links nodes and brokers and uses RESTful APIs to integrate with external tools.

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  • System support: Linux or Container Linux by CoreOS

Google App Engine

Google App Engine is a PaaS (Platform as a Service) solution for the deployment of applications in a Cloud environment. Being a platform as a service, we will have an infrastructure already prepared and maintained by Google, from which we can configure certain aspects to adapt it to the requirements of our application.

With this tool, programmers can focus on their code and improve their productivity. It’s a real guarantee that we will have professional resources for our projects. It gives possibilities of developing in multiple programming languages. Among them, Java, PHP, Node.js, Python, C #, .Net, Ruby and Google App Engine has automatic resource scaling services.’

Since it will be common for applications to require data persistence, App Engine has integrated solutions to use this type of services provided by Google itself through the Cloud Platform. There are tools like Endpoints to create REST services, or e-mail service to send e-mails.

Kubernetes

Kubernetes better known as k8s, is a Docker Orchestrator, which means that from Kubernetes we will be able to manage the life of our containers and perform different tasks regarding these containers.

From the beginning, Kubernetes was designed to be an environment for creating distributed container applications. The main objective of Kubernetes is a system for the construction, operation, and management of distributed systems.

It also builds on Google’s many years of experience working with Linux containers. One of the advantages or disadvantages of Kubernetes is that it is a very lively project and in each versions we are delighted with new features and can manage all our infrastructure from its API’s.

Also, check the difference between Hostgator and Godaddy here in detail.

Another good feature of Kubernetes is that the controller can be configured to keep the same number of containers active, that is, if for any reason any container is stopped, a new container will be created with an almost exact copy of 99%.

Amazon Elastic Computer Cloud

AWS is a cloud computing platform; Amazon Elastic Computer Cloud is a service that allows you to run application programs. For an almost unlimited number of virtual machines, the EC2 service can serve as a park as well.

This tool provides a wide array of instance types along with various configurations in terms of memory, CPU, storage and network resources. In various sizes, each type is available to see outa wide range of workloads.

Instance types are grouped into families according to target application profiles: general, optimized for computation, GPU instances, optimized for memory, optimized for storage and micro-instances.

Instances are created from AMI machine images (Amazon Machine Images). These machine images are comparable to models configured with an operating system and other software, all forming the user’s operating environment.

Users can select an AMI instance from AWS, the user community, or the AWS Marketplace. It has the capability to produce and share their AMIs on its own.

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  • System support: Linux; Microsoft Windows; FreeBSD

Cloud Foundry

We are transiting the era of “the cloud”, in this new era the platforms for the execution of applications begin to be delivered as a service, a concept known by the term platform as a service or PaaS (from the English Platform as a Service).

With the help of PaaS, it is easier to deploy, run, and scale applications. While some PaaS offerings are limited to certain languages, frameworks, or restricting deployment to a single cloud, Cloud Foundry is the open standard for PaaS that allows you to choose between multiple cloud providers, frameworks, and services for building applications.

Being an open-source project, there is a large community contributing to and supporting Cloud Foundry, including IBM. IBM Bluemix extends Cloud Foundry with a number of runtimes. It has managed services along with powerful business management and development tools (DevOps) helps developers to quickly compose their applications without worrying about the underlying infrastructure.

Clever Cloud

Clever Cloud is a host and a platform capable of deploying your application, from a simple repository on Git. You can really be fans of Clever’s simplicity and possibilities. On the “Add-on creation” screen, select PostgreSQL, then the “DEV” plan. This will allow us to have a free base, perfect for our test. Note that for production, you will have to switch to a dedicated database instance, otherwise you risk saturating the number of connections.

Clever Cloud has in this way designed a new generation of cloud, guaranteeing the maintenance of Operating Systems, updates, securing the environment without disturbing the proper functioning of the applications deployed.

With Clever Cloud, you no longer need DevOps. Provided that certain constraints are respected and all operational difficulties are erased. Developers can focus on the best way to scale the application, without having to worry about the characteristics of the runtime environment. In this way, you can significantly reduce friction, save time, and speed up deployments.

Zeit Now

Zeit Now can be termed as a cloud platform for hosting static applications and works serverless. One of the characteristics of zeit is that we can use it totally free, with certain limitations, also it has integration with various frameworks such as gatsby, nuxt.js, svelte, vue.js etc.

It allows a global information management of all the functional areas of a company, being mainly oriented to the areas of Human Resources, General Services, Security, Information Systems and Production. You can gather feedback early in the development cycle without leaving the browser.

It is designed with a flexible architecture, so that, after its configuration, it can cover any business case. It is especially indicated for people who have to create, organize, analyze, manage and communicate information. You can easily communicate with other Management Systems. It helps to start quick in re-construction of your site with the help of deploy hooks. This is quite good in the process of working with a CMS.

Dokku

Dokku is your own Heroku, thanks to Docker. It is a PaaS (Platform as a Service) service so that you can deploy (deploy) your applications in the same way that you do in Heroku.On your own server. You can leave the default values ​​or modify them according to your configuration.

To install Dokku, nothing simpler, if you are on a distribution based on Debian, you just have to enter these two command lines in your preferred Terminal. Once the installation is finished, go to your web browser and type the IP address of your machine/server or simply local host in the address bar.

It is this tool that we can us because it is animated by a very active community and it is easy to find help/tip. Write this tool’s plugins in any language. You have the freedom to share them online with others, and those that are already available can be extended.

CapRover

This tool is an easy to use application/database and web server administrator, PaaS, for your Ruby, MySQL, MongoDB, NodeJS, Python, PHP, ASP.NET, Postgres, WordPress (and etc.) applications! It takes less time in setting up a server, compiling tools, sending code to the server, compiling, gets an SSL certificate, installs it, updates nginx over and over again.

This tool has the capability to reference imageName inside captain-definition directly when you want to deploy an already built image from DockerHub and allows Dockerfile to be referenced in captain-definition (#113).

It will help you to copy and paste a Dockerfile with ease and captain-definition files on web dashboard. This tool provides improved cluster support by adding abilities to turn on/off the registry, have multiple private registries, change default registry.

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