The best server-free platforms are IT professionals to consider in 2022

The server-free approach has many benefits, the most important of which is cost savings. To maximize the benefits of server-free use, IT professionals must first decide which platform they will use to run their server-free applications. Let’s delve into the best server-free tools to consider and adopt in 2022.

For people unfamiliar with the concept of server-free frameworks, the task of running software without a server seems impossible. The truth is that there are servers running on a server-free platform, but they exist somewhere in the cloud environment and dynamically manage resource allocation in the usual way.

So why are they called “serverless”? The answer is simply because the user is not connecting to the server. For them, the server does not seem to exist. To configure and manage a server, there is no need for an organization that will run without a server. An organization develops, builds, and deploys applications or processes. You don’t have to pay for servers when they’re not in use.

Organizations also don’t have to worry about capacity because apps increase and decrease according to end-user requirements. The cloud provider controls everything – provisioning, management, distribution and scaling. They are also responsible for ensuring maximum reliability. Some providers call their server-free services a function as a service (FaaS). This is because server-side logic is executed in stateless computing containers.

Read more: Top 3 Benefits of Serverless Computing for B2B Business

Advantages and disadvantages

The server-free approach has many benefits, but most people cite cost savings. This is because organizations do not pay when the server is idle. Second, organizations are no longer responsible for maintaining the servers, so they do not need to pay staff for this work. And companies are safe, knowing that if demand for the app increases, the server will automatically scale to cope with the increased demand.

Because the real servers are at the service provider’s data center, in the event of hardware errors, they can quickly switch to alternative devices to keep the service available. Companies without a server do not need to worry about software updates for Linux, etc., because they are handled by the service provider. Also, companies do not need qualified personnel to select, purchase and configure servers.

Of course, there are drawbacks to the server-free approach, of which latency, especially start-up latency, causes severe headaches for users. If the application is idle for a while and people then use it, then for a start there will be noticeable lethargy. This means that some applications, such as financial, are probably not suitable for a serverless environment.

Different service providers set limits on memory and runtime, making certain applications unsuitable for a serverless environment or making some service providers a better choice than others.

You may also have problems monitoring and debugging applications in a serverless environment. Organizations can pay more than necessary for using applications that require small tweaks to save these extra costs. The growth of server-free environments has made it difficult for some organizations to find staff with experience using the environment. And there may be the usual problems with blocking the vendor. What if all your other programs work with AWS Lambda? Is the latest app also best suited for this environment? Finally, people question the security of data stored in a serverless environment.

Read more: Big data and serverless: great benefits with little effort

The framework is noteworthy

So which server-free platforms should be considered this year? First, organizations need to decide which programming languages ​​they want to use. Some frameworks are language-specific, such as Python, and some are language-independent. Do you want to use Kubernetes? And the last choice – which of the main cloud providers will allow your “serverless” application to work optimally, ie, for example, without memory limitations.

Tools are available for certain programming languages:

  • AWS bowl allows users to create and deploy programs through AWS Lambda. Server-free applications can be written in Python.
  • Claudia.js allows easy deployment of Node.js AWS Lambda and Gateway API applications. It automates all time-consuming and error-prone deployment and setup cases and installs everything the way you want. JavaScript developers can predict right away.
  • Midway without servers it is a serverless structure used to create Node.js cloud functions.
  • Ruby on Jets is a database that allows users to build server-free applications using Ruby. It includes everything you need to build and deploy applications in AWS Lambda.
  • West it is a serverless base for building applications in Python.

More common server-free platform tools include:

  • Apex Up makes serverless programs, APIs and static web pages infinitely scalable.
  • Architect seen as an IaC framework (infrastructure as code). The architect defines a high-level manifesto file in several open text formats and turns a previously complex cloud infrastructure into an assembly artifact.
  • AWS Amplify framework allows users to build advanced, full stack web and mobile apps faster (though they don’t speak faster than that!).
  • Knotative it is a Kubernetes-based platform that deploys and manages modern server-free workloads. Knative can be used in Google Cloud, AWS, Azure and even locally.
  • Nuclio is an open source and managed serverless platform that automates the deployment of data science-based applications while reducing development and maintenance costs.
  • Pulumi is an open source infrastructure tool like code for building, deploying and managing cloud infrastructure. The tool supports conventional infrastructures such as virtual machines, networks and databases, as well as new architectures such as containers, Kubernetes clusters and serverless operations. Pulumi supports many public, private and hybrid cloud service providers.
  • Server-free framework says it offers integrated development and monitoring of automatic scaling applications at AWS Lambda.
  • SLAppForge Sigma it is a browser-based IDE created to facilitate server-free development.
  • Webiny server-free application framework is an open source platform that helps users build, build and deploy solutions on top of a server-free infrastructure.

Where will these serverless programs work? The answer is the usual major cloud providers: Google Cloud, Amazon Web Services (AWS) and Microsoft Azure.

Lambda and Fargate these are two AWS services. AWS Lambda is an event-free server-side computing solution that allows customers to run code for virtually any form of application or backend service without the need to create or manage servers. Users can use more than 200 AWS services and software as a service (SaaS) to run Lambda, and they only pay for what they use.

AWS Fargate is a pay-per-use computing engine that allows users to focus on application development rather than server management. The Amazon Elastic Container Service (ECS) and the Amazon Elastic Kubernetes Service are compatible with AWS Fargate (EKS).

Google Cloud Run allows users to develop and deploy large-scale container applications on a fully managed server-free platform. The code can be written using different languages ​​(Go, Python, Java, .Net, Node.js, etc.). It is built on container and native open standards, allowing application portability.

Computing without an Azure server offers server-free Kubernetes, which allows users to provide podiums inside instances of containers using the orchestration capabilities of Azure Kubernetes (AKS) and AKS virtual nodes. Users can execute code using the Azure feature, as well as run and scale web, mobile and API applications on the platform of their choice.

It’s also worth a look Apache OpenWhiska distributed, server-free, open source cloud platform that builds its components using containers.


To get the most out of serverless usage, IT professionals need to think about which platform they want to use to run their serverless applications. Often this may be subject to restrictions that may currently be imposed by service providers. They also need to choose a programming language that suits them and their employees. Many application development environments can work with a number of programming languages, and some are quite specific. If the choice is one language, it makes sense to use an environment optimized for that language. We hope that the framework mentioned here will help in the decision-making process.

Do you think that blocking the provider is a serious problem for users without a server? Let us know next LinkedIn, Twitteror Facebook. We would love to hear from you!


https://www.toolbox.com/tech/devops/articles/best-serverless-tools/ The best server-free platforms are IT professionals to consider in 2022

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