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Serverless computing in Azure with .NET

Serverless computing in Azure with .NET

By : Rosenbaum
4.3 (3)
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Serverless computing in Azure with .NET

Serverless computing in Azure with .NET

4.3 (3)
By: Rosenbaum

Overview of this book

Serverless architecture allows you to build and run applications and services without having to manage the infrastructure. Many companies have started adopting serverless architecture for their applications to save cost and improve scalability. This book will be your companion in designing Serverless architecture for your applications using the .NET runtime, with Microsoft Azure as the cloud service provider. You will begin by understanding the concepts of Serverless architecture, its advantages and disadvantages. You will then set up the Azure environment and build a basic application using a sample text sentiment evaluation function. From here, you will be shown how to run services in a Serverless environment. We will cover the integration with other Azure and 3rd party services such as Azure Service Bus, as well as configuring dependencies on NuGet libraries, among other topics. After this, you will learn about debugging and testing your Azure functions, and then automating deployment from source control. Securing your application and monitoring its health will follow from there, and then in the final part of the book, you will learn how to Design for High Availability, Disaster Recovery and Scale, as well as how to take advantage of the cloud pay-as-you-go model to design cost-effective services. We will finish off with explaining how azure functions scale up against AWS Lambda, Azure Web Jobs, and Azure Batch compare to other types of compute-on-demand services. Whether you’ve been working with Azure for a while, or you’re just getting started, by the end of the book you will have all the information you need to set up and deploy applications to the Azure Serverless Computing environment.
Table of Contents (16 chapters)
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Applications

Given all of the things outlined in this chapter, it becomes clear that for most applications, it is easier to view FaaS as a component augmenting your overall application architecture, rather than an environment completely handling the business logic layer.

The following types of workloads are best suited for a serverless environment:

  • Asynchronous
  • Event-driven
  • Stateless
  • Fast

The following types of workloads will benefit the most in serverless environment:

  • Characterized by variable load
  • Requiring massive horizontal scale
  • Event-driven
  • Augmenting other cloud services
  • Standalone (needing a different toolset or version than the rest of the application)

For the right type of workload, serverless computing provides excellent benefits. Serverless computing can bring significant cost savings (discussed in more detail in Chapter 13, Designing High Availibility, Disaster Recovery, and Scale) and the advantages of completely dynamic scaling based on load.

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