Have I mentioned I love using Microsoft Azure Infrastructure-as-a-Service? Perhaps once or twice. 🙂 Azure IaaS allows me to extend my on-premises test lab to the cloud and provide tremendous flexibility for some of the projects I’m working on. Occasionally I’ll have a need to create a load-balanced cluster of servers for testing, which on-premises can often easily be accomplished using the native Windows Network Load Balancing (NLB) feature. However, NLB isn’t supported in the cloud. Thankfully Microsoft recently added a load balancing feature in Azure to address this need. Read my latest article on CloudComputingAdmin.com to learn more!
I love Azure! There are so many great features included with the service it’s amazing. One of them I discovered recently is the Azure Traffic Manager. It provides intelligent and granular network traffic distribution using DNS. Essentially it is a cloud-based virtual Global Server Load Balancing (GSLB) solution. Easy to take advantage of and works for on-premises workloads too! Read my latest article on CloudComputingAdmin.com to learn more.
I’ve been working with Microsoft Azure a lot lately, utilizing their Infrastructure-as-a-Service (IaaS) virtual machines to extend my on-premises test lab and for a few other projects I’m working on too. Address assignment in Azure is dynamic, with services typically being accessed by hostname. There are times when having a static IP address is desirable, however. Microsoft Azure does have several options available to address this need. Read my latest article on CloudComputingAdmin.com to learn more.
What are Windows Azure Endpoints? That’s the topic I covered in my latest article published on CloudComputingAdmin.com. Endpoints in Windows Azure are essentially TCP and/or UDP ports that are configured to be publically available. They allow you to expose network services running on hosted Windows Azure virtual machines securely to outside entities. Read the article for all the details!