You can use the fact that Kubernetes allows you to get a stable environment on unstable hardware, so that you can use a bunch of cheap commodity computers to scale your deployments horizontally. A good starting point would be to build your own test cluster. Jeff Atwood talks about using colocation in the cloud is just someone elses computer Hanselman tells you How to Build a Kubernetes Cluster with ARM Raspberry Pi then run .NET Core on OpenFaas Another approach is to look into where hosted Kuberne[...]

The bad There is a certain level of complexity associated with Kubernetes. Depending on how you get started, it can be a bit of a chore to get a cluster up and running. There are costs associated with having a stable cluster up and running. The good What does Kubernetes give you? It offers an environment for hosting docker services that is more portable between vendors. It allows you to run an environment locally mimicking your production environment. You are able to gradually roll out new versions of s[...]

The bad There is a certain level of complexity associated with Kubernetes. Depending on how you get started, it can be a bit of a chore to get a cluster up and running. There are costs associated with having a stable cluster up and running. The good What does Kubernetes give you? It offers an environment for hosting docker services that is more portable between vendors. It allows you to run an environment locally mimicking your production environment. You are able to gradually roll out new versions of s[...]

When you start out on F# your first thought might be: let square x = x * x let sumOfSquares n = [1..n] |> List.map square |> List.sum hey, that sort of looks like: public static class Utils { public static int SumOfSquares(int n) { return Enumerable.Range(1, n) .Select(i => i * i) .Sum(); } } Examples from F# for fun and profit: Sum of squares. At a first glance, F# looks sort like slightly different style of C#, where instead of using extension methods you[...]

When you start out on f# your first thought might be: let square x = x * x let sumOfSquares n = [1..n] |> List.map square |> List.sum hey, that sort of looks like: public static class Utils { public static int SumOfSquares(int n) { return Enumerable.Range(1, n) .Select(i => i * i) .Sum(); } } Examples from F# for fun and profit: Sum of squares. At a first glance, f# looks sort like slightly different style of c#, where instead of using extension methods you us[...]