Benefits and usage of Core Azure Architectural Components

Azure core benefits and usage of Azure Architectural Components.

Azure Regions provide customer flexibility to bring application closer to the user by allowing them to choose regions closer to them as per the geographical location.
Azure provides Region pairs for disaster recovery if there is any natural calamities or any one data center is down due to any technical reason,
Azure Availability zone provides you a guaranteed SLA of 99.9%. The availability zone helps to recover from data center level failure.
Availability Sets allows you to achieve 99.95% SLA. Availability Sets keeps application online during maintenance or hardware failure with the help of the fault domain and update domain.
Azure Resource Group helps you to organize your resources. This helps to delete all the resources in one shot by deleting the resource group.
Azure Resource Manager helps to create, configure, manage, delete and control access to the resource groups and all the resources under it. It provides a consistent management layer which allows you to automate the deployment and configuration of these resources using different automation scripting tools such as power shell, Azure CLI or Azure Portal.

I hope this has been informative and thank you for reading!

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Azure Traffic Manager (ATM)

Azure Traffic Manager is a DNS-based traffic load balancer that enables you to distribute traffic optimally to services across global Azure regions while providing high availability and responsiveness. The traffic manager service is used to direct client requests to the most appropriate service endpoint that is based on a traffic routing method and health of the endpoint. The different traffic routing methods available for the Azure Traffic Manager below Priority: Route traffic to another endpoint in case the primary falls. Weighted: Route traffic to the different endpoints based on weight. Performance: You want the end-users to use the "closest" endpoint in terms of the lowest network latency. Geographic: Users would be directed to the endpoint based on their geographic location. Subnet: This maps the set of end-users IP address ranges to a specific endpoint within a traffic manager profile. I hope this has been informative and thank you for reading!

Azure Landing Zone – Networking Overview

In this blog post, we will be going through the networking overview of the Azure Landing Zone. key design considerations and recommendations surrounding network typologies in Microsoft Azure. Design Element : Below are the design consideration for Azure networking and connectivity. Planning for IP Addressing Configure DNS Define an Azure Networking Topology Connectivity to Azure Connectivity to other cloud providers Planning for IP Addressing IP address planning is a vital first step when designing a network in Azure especially if you have a hybrid environment to avoid overlapping IP address space across on-premises environment and Azure. Design Considerations: Azure reserves 5 IP address with each subnet so factor in the address space when sizing the virtual networks. Some Azure service such as Application Gateway – WAF, Azure Firewall, Azure Bastion and VPN Gateway require dedicated subnets. You can delegate subnets to some Azure service that can be injected into the virtual network.

Azure Networking

Azure Network service connect cloud and on-premises infrastructure, to provide your customers and users the best possible experience Also, support your hybrid or all-in cloud strategy using networking services built on one of the largest fiber network backbones. Get the most from your Azure or open-source solutions and workloads with highly reliable performance and secure connectivity. Listed network services are available in Azure currently. Azure Virtual Network Azure Load Balancer Azure Traffic Manager Azure Express Route Azure VPN Gateway Azure DNS Azure Content Delivery Network Azure Virtual WAN I hope this has been informative and thank you for reading!

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