Top Google App Engine Alternatives

The Google App Engine is a platform designed to enable developers and companies to deploy their own strategic applications on a cloud network that is secure, fast, and most importantly, scalable. In a world where all other PaaS offer the client only a few limited plans to choose from, ultimately wasting potential or lacking them, the Google App Engine platform ensures that the company only pays for what they use, giving it an ultimate ROI.

A platform that maintains itself

The Google App Engine PaaS is entirely self-managed, which means that the company doesn't need to spend both precious resources and time maintaining architecture and updating software on the platform. Also, the platform is serverless, i.e., it runs on high-performance Google servers instead of on-premise servers. This not only reduces the chances of sabotage but also enables high scalability, without the company needing to change the hardware to increase computational resources physically. The platform is incredibly powerful even in its base form and supports a myriad of programming languages and technologies.

For the first time in history, a developer-friendly platform

The Google App Engine is incredibly developer-friendly, allowing for agile development and testing practices and continuous deployments. This developer-friendliness is exemplified by the fact that the platform not only supports several programming languages and frameworks in its natural form but also allows the user to implement their own framework into the platform, giving the developer a great deal of choice while trying to tackle a specific type of problem. Another example of developer-friendliness of the platform is that it doesn't require the developer to update every piece of software step-by-step; it has several in-built tools for that.

Scalability of the platform ensures better profits

A handy feature of the Google App Engine platform is its automatic scaling, which assures a lot of savings on platform costs. It is an alternative model to the more primitive and rigid way of usage measurement and billing, i.e., through plans. It offers a better, more dynamic way of measuring usage and billing accordingly through its scaling based usage. If the developer creates and deploys a more complex code, more resources will be used to run it effectively, which the opposite will be the case for lightweight code. The platform measures this resource use and bills the company accordingly.