Native workload integration: Azure Backup provides native integration with Azure Workloads (VMs, SAP HANA, SQL in Azure VMs and even Azure Files) without requiring you to manage automation or infrastructure to deploy agents, write new scripts or provision storage. You can choose LRS, GRS, or RA-GRS storages for your backup data. Scalable, durable, and secure storage: Azure Backup uses reliable Blob storage with in-built security and high availability features. There are multiple automation channels as well to enable this (via PowerShell, CLI, Azure Resource Manager templates, and REST APIs.) It can seamlessly scale its protection across multiple workloads without any management overhead for you. It's a secure and reliable built-in data protection mechanism in Azure. ArchitectureĪzure Backup enables data protection for various workloads (on-premises and cloud). How long do you want to retain the backup data?ĭecide on the duration the backed-up data be retained in the storage. Do you’ve any Data Residency constraints?ĭetermine the storage redundancy for the required Data Durability. What’s the required RPO, RTO?ĭetermine the backup frequency and the speed of restore. Do you’ve any compliance requirements?Įnsure if you need to enforce security standards and separate access boundaries. What’s the required backup granularity ?ĭetermine if it should be application consistent, crash consistent, or log backup. To design your vaults, ensure if you require a centralized/ decentralized mode of operation. What workload type do you wish to protect? Following are some of the questions you should ask yourself while formulating a perfect backup strategy. To get started with Azure Backup, plan your backup needs. Learn more about different Subscription Design Strategies and guidance on when to use them. As the vault is scoped to a subscription, your Subscription design will highly influence your Vault design. Get started Subscription design strategyĪpart from having a clear roadmap to navigate through the Cloud Adoption Journey, you must plan your cloud deployment's subscription design and account structure to match your organization's ownership, billing, and management capabilities.
#CONFIGURING DATA BACKUP SOLUTION HOW TO#
It examines the core components (for example, Recovery Services vault, Backup Policy) and concepts (for example, governance) and how to think of them and their capabilities with links to detailed product documentation. This article covers a brief overview of design considerations and guidance for optimally configuring your Azure Backup deployment.
While it’s easy to start protecting infrastructure and applications on Azure, when you ensure that the underlying Azure resources are set up correctly and being used optimally you can accelerate your time to value. The guidance covered in this article can make it easier to design your backup solution on Azure using established patterns and avoid known pitfalls. The article assumes you're familiar with core Azure technologies, data protection concepts and have experience working with a backup solution.
The primary target audience for this article is the IT and application administrators, and implementers of large and mid-sized organizations, who want to learn about the capabilities of Azure’s built-in data protection technology, Azure Backup, and to implement solutions to protect your deployments efficiently. It helps protect your mission critical workloads running in the cloud, and ensures your backups are always available and managed at scale across your entire backup estate. It's Azure's built-in data protection solution for a wide range of workloads. Azure Backup comprehensively protects your data assets in Azure through a simple, secure, and cost-effective solution that requires zero-infrastructure.
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