In my last blog post, introduced a new blog series around the subject of Static Websites. I strongly recommend reading the introduction if you’re unfamiliar with this. In this post I’ll be looking into the possibilities of hosting your static website on Microsoft Azure. If you already have a static copy of your website at the ready, sign up for $200 in Free Azure credits and follow along. Static web app hosting on Azure Hosting options in Azure In Azure there are a number of options for hosting your website.
As you may have noticed from my last blog post, I’ve been invested into using a static website to serve, among other platforms, my personal blog. This is a shift occurring mostly in the opensource world and specifically content that doesn’t change too often and/or needs to be archived. Think of version documentation of a project or publications. I’m writing a series of blog posts on this subject and how you can use Microsoft Azure to deploy your latest static adventure.
As of September the 20th, my site is hosted on Microsoft Azure, more specifically an Azure Storage account, using the Static Website feature! By making my site have a static front-end, the need to run it on script-enabled web-servers is gone and it can run on pretty much any host you can think of. Also by removing access to the dynamic scripts (WordPress back-end), the site’s attack surface decreased to 1/10 on an imaginary scale.
On a warm summer day I noticed my central heating was on, which was odd to me. After looking at some of the heating elements, it turns out a thermostatic valve was broken. Now would a good as time as ever to make the heating smart, but how? With help of the cloud? New dimension Enthusiastically I looked at all the products I could use to refit my heating system into a per-room cloud controlled system.
Last weekend I decided I needed to improve my Powershell scripting skills for a technical training I’m attending this week and started working on a script that could download, install and configure several applications unattended on demand. More on that script in a later blog post, for now I will focus on a specific feature I needed to script in order to make it all work. One of the applications was still using a .
The following post describes my personal setup in my home network to conserve power and how you can possibly do the same in your own home or small business setup. By implementing advanced standby / hibernation setups, you can have significant savings on power bills and reduce your carbon footprint. I will show how you can use power saving techniques without it becoming impractical. I should warn you this post can get quite technical in the end and may not work in your setup (totally depends on your network router).
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