![]() Veeam Cloud Message Service on a Veeam backup server sends requests to the Veeam Cloud Message Service on protected instances by means of Amazon Simple Queue Service (Amazon SQS) or Azure Queue Storage. ![]() Veeam Backup & Replication communicates with the cloud hosted VM and its associated Veeam Agent by means of Veeam Transport Service and Veeam Cloud Message Service. No direct network connectivity: Discovery and connection of cloud instances to the Veeam backup server is done by means of public cloud queue services, Veeam Cloud Message Service and Veeam Cloud Transport work over secure channels, so no direct network connectivity or VPNs are required.Back up Direct to Object Storage: Veeam Agents can now write directly to object storage services like Amazon S3 and Azure Blob, which eliminates the need to stage backups or snapshots on less cost-effective (but better performing) storage.Veeam Explorers: Knowledge of your protected application also unlocks the Veeam Explorers, which enables hassle-free granular recovery at the in-guest level for popular applications like Exchange, SharePoint, Active Directory, SQL Server, Oracle and PostgreSQL.This is especially true at-scale in multi-terabyte VMs, where it also helps to alleviate any issues that may arise when you’re snapshotting machines of this size. The agents are also aware of the applications that run on the OS and can talk directly with it to retrieve and interact with thatdata. Application-aware processing is a Veeam technology that’s used to quiesce applications that run on a cloud VM to create a transactionally consistent backup. Application awareness: The major benefit of application-aware processing is the guaranteed, proper recovery of your protected applications without any data loss. ![]() ![]() These applications that haven’t necessarily been refactored for the cloud often benefit from the advantages that an agent-based approach can bring, ones that native tooling can’t deliver with snapshots alone. However, when you look at this same report, 70% of these cloud hosted workloads originated from on-premises virtual and physical machines as part of a lift and shift motion. On the surface, this seems odd since native tooling has been available for quite some time.
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