You know that moment when backup jobs start piling up and alerts flood Slack faster than you can close them? That’s usually when someone says, “We should wire this into AWS SQS and SNS,” and everyone nods. Then silence. Because that connection between Commvault and AWS messaging isn’t trivial—unless you understand how they play together.
AWS Simple Queue Service (SQS) and Simple Notification Service (SNS) are the quiet backbone of event-driven infrastructure. SQS queues handle reliable message delivery between distributed systems. SNS fans out notifications to multiple subscribers instantly. Commvault, on the other hand, is built to protect, replicate, and orchestrate data across storage layers. Once SQS and SNS sit in the middle of a Commvault workflow, you get clarity that looks suspiciously like automation.
Here’s how the logic flows. Commvault triggers backup or restore events, each tagged with metadata like job IDs, policy scope, or error state. Those events can publish to SNS topics. SNS pushes them to subscribed endpoints—maybe a Lambda function that routes error reports, or SQS queues that buffer messages for later processing. From there, IAM roles and policies make sure each agent only touches its permitted data. It’s secure, asynchronous, and cleans up the noisy handoffs between systems.
Setting it up right means respecting boundaries. Map Commvault service accounts to AWS IAM identities using least privilege rules. Rotate keys or tokens via AWS Secrets Manager instead of embedding them in job scripts. And don’t fan out SNS subscriptions without guardrails—one faulty webhook can flood logs for hours.
Quick answer: How do I connect AWS SQS/SNS to Commvault?
You integrate by creating SNS topics for event types, attaching SQS queues or AWS Lambda subscribers, and configuring Commvault to publish its job or alert events to those topics using valid IAM credentials. The result is a secure, auditable stream of system messages you can filter or act on in real time.