What makes .NET Core, one of the best general-purpose development platforms? How does ASP.NET Core enhance the performance of web applications? What do you think are the key benefits of Asp.net Core for enterprise web application development?

With .Net Core as a platform, you can develop Web applications, Desktop Applications, Cloud-native applications, mobile applications, gaming applications, Internet of Things ( IoT) applications, and Artificial Intelligence ( AI) applications, and you probably can’t ask for more from a development platform.

ASP.Net Core has gone a long way in making sure that web application performance is enhanced compared to its predecessors or indeed some of its competitor frameworks, for example, by making full use of asynchronous programming models, in which ASP.Net Core has pretty much eliminated the need to have computer processing unit (cycles) that need to be waiting for database queries, web service calls, and IO Operations, and thereby wasting precious resources. 

ASP.Net Core was designed from the ground up, unifying both the MVC and WebAPI frameworks. It has removed the dependency on IIS, removed several other excess baggage, including a preload of third party libraries, and as a result, it is much more lightweight and fast, gaining performance along the way.

We can say a lot of things on performance including its improved capability with output caching, and other features, but the truth of the matter is the fact that it is getting more performant by the day. There is actually a tool you can use to track its performance metrics through TechEmpower benchmarks publicly available through the web.

ASP.Net Core is my choice to build enterprise web applications on, mainly because of its flexibility that comes from it being cross-platform. It starts all the way from the tooling available to be able to develop ASP.Net Core applications using Visual Studio, or Visual Studio Code on either Windows or Mac operating systems, even on Linux. 

Within an enterprise, you will have people with different roles working on an enterprise application, and the wide tooling available just makes it convenient to cater to a diverse group of project members. 

ASP.Net Core has such a vibrant community that it is always allowed to give their input. The fact that it is open source actually paves way for faster improvements and applicability across industries. Apart from the development environment, when ASP.Net Core applications are ready to be deployed into production, you can do so internally in your organization, or just about any other worthwhile cloud hosting service provider including Azure and AWS. (Read chapter 3 of my book for more details on creating a continuous integration pipeline with Azure DevOps).

It’s easy from ASP.Net Core to interact with other applications developed with other external tech stacks, and typically an enterprise application will need to talk to several other applications and I’m personally excited with the fact that a future version of the .Net Core runtime that ASP.Net Core runs on, that will be called .Net 5, is slated to have more interoperability with other languages like Java, Objective C, and Swift.

There are many more advantages of using ASP.Net Core that comes to mind, and we can take the whole day discussing them, but to cut a long story short, ASP.Net Core will not disappoint you, and it’s moving fast in terms of improvements on where it is lacking.

Recently, Microsoft announced that .NET Core will support the open source platform Pulumi for building modern cloud applications. This aims to help developers to declare cloud infrastructure including all of Azure such as Kubernetes and CosmosDB using any  .NET languages like C#, VB.NET, and F#. To what extent and how do you think Pulumi with .NET will help developers? 

There are those that are not so familiar or not so comfortable navigating the cloud infrastructure, or just can’t be bothered to learn something new, and instead of getting out of their comfort zone that is within the code base, they can declare everything through code, for example, resource groups and everything else that makes up the cloud infrastructure.

Pulumi just makes everything a bit easier, abstracts away everything and replaces the need to use different tools to create our cloud infrastructure. For example, to come up with JSON, YAML files or coming up with a cloud Domain Specific Language (DSL). Instead of all that we can just declare it using the language that we are already known as developers. It will definitely be handy.