Microsoft has very secure places where they keep data called datacenter facilities. 60+ regions, more than any other cloud provider. These facilities are spread all over the world, and they help run lots of online services. The reason they have these facilities in different places is so they can bring the applications closer to the people who use them. It also helps keep the data in the same country where it belongs, and they follow all the rules about how data should be handled. They make sure their system is strong and can keep working even if something goes wrong.
Azure’s global setup has two main parts
The actual buildings where they keep data.
The network that connects everything.
The buildings, called datacenters, are spread out all over the world, and there are more than 200 of them. They are organized into different regions, and they are all connected through a huge network. Because of this network, every Azure datacenter has good connections, which means it is reliable, fast, and can handle a lot of users. It also has the latest technology for cloud computing. The important thing is that all the data stays within the secure Microsoft network. It doesn’t go out onto the public internet, so it’s safe and private.
What is an Azure region?
An Azure region is a set of datacenters, deployed within a latency-defined perimeter and connected through a dedicated regional low-latency network. With more global regions than any other cloud provider, Azure gives customers the flexibility to deploy applications where they need. An Azure region has discrete pricing and service availability.
What is an Azure geography?
An Azure geography is like a specific market or area that has some rules about data. It usually has one or more regions inside it. The purpose of a geography is to make sure that data stays in a certain place and follows certain rules. This is important for customers who have special needs for where their data is stored and how it is protected. Geographies are designed to be really safe. Even if one region has a problem, the geography can still keep things running smoothly because it is connected to a strong network that can handle a lot of data.
What are Azure Availability Zones?
Azure Availability Zones are special places within an Azure region that are set up to make sure your applications and data are safe. Each zone is like its own little datacenter with its own power, cooling, and network. The reason we have these availability zones is to keep your apps and data protected. If something goes wrong in one zone, like a power outage or a problem with the building, your stuff is still safe in the other zones.
What is the Azure global network?
The Azure global network is made up of different parts that help with networking. It includes things like the Microsoft global wide-area network (WAN), points of presence (PoPs), fiber, and other things. All these parts work together to make sure that data can travel between different places smoothly and quickly. They help connect different devices and systems so they can talk to each other easily. Think of it like a big web of connections that helps things work well and makes sure information can get where it needs to go.
What are Azure Edge Zones?
Azure Edge Zones are like extra parts of Azure that are set up in busy areas. They help with running apps that need to respond quickly and handle a lot of data. These zones are connected to the larger Azure system and have secure connections, so information can travel between them smoothly. Azure Edge Zones are useful because they let you run apps close to the people who are using them. This helps reduce delays and makes sure things work well.
What is Azure Space?
On the other hand, Azure Space is a special project by Microsoft. It uses space infrastructure to make Azure even more useful. It’s designed to help different industries like farming, energy, telecommunications, and government by providing better connectivity and computer power. Azure Space is all about making sure that businesses can use Azure in the best way possible and take advantage of space technology.