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# Automate planned lifecycle upgrades with AWS DevOps Agent and Kiro

**[AWS](https://daily.dev/sources/aws)** · 30 min read · 0 upvotes · 0 comments

## Summary

AWS DevOps Agent and Kiro can be combined to automate end-of-support lifecycle upgrades triggered by AWS Health Planned Lifecycle Events. The pipeline detects the event via EventBridge, has AWS DevOps Agent investigate the upgrade path and produce a structured CDK Change Spec, then runs Kiro CLI headlessly in GitHub Actions to apply validated code changes to an EKS cluster stack and open a pull request for human review. Safety constraints include single-minor-version upgrades, a 7-day rollback window, vpc-cni ordering before node groups, file-change allowlists restricting Kiro to a single file, and build/synthesis validation gates. A closed-loop failure path automatically investigates deployment failures, recommends rollback or a code fix, and notifies SREs. A daily skill-review job checks the agent's skill files against live AWS APIs to keep upgrade logic current. Sample code and a getting-started walkthrough for deploying the full pipeline are provided.

## Full article

daily.dev links to this article rather than hosting it. Read it at the original source: <https://aws.amazon.com/blogs/devops/automate-planned-lifecycle-upgrades-with-aws-devops-agent-and-kiro>

## Questions this post answers

### What safety constraints does an automated EKS upgrade pipeline need to enforce before deploying a Kiro-generated pull request?

It must enforce single-minor-version increments since EKS does not support skipping versions, confirm the 7-day rollback window and readiness insights, require the VPC CNI addon to update before node groups via a CloudFormation DependsOn, restrict the coding agent to file-only tools with a single-file allowlist, and require a cdk diff showing Modify rather than Replace before merge.

_Teams automating cluster upgrades can track these guardrail patterns on daily.dev before wiring them into their own pipelines._

### How can I automatically detect when an EKS cluster deployment upgrade fails and trigger a rollback instead of a code fix?

A CloudFormation stack failure event (ROLLBACK_FAILED, ROLLBACK_COMPLETE, UPDATE_ROLLBACK_FAILED, or UPDATE_ROLLBACK_COMPLETE) sent to EventBridge triggers a root-cause investigation; if rollback readiness checks pass and the root cause is version-related within the 7-day window, the system recommends running `aws eks update-cluster-version --kubernetes-version <previous-version>` before falling back to a code fix pull request.

_Engineers designing failure-recovery automation for Kubernetes upgrades can follow this rollback-vs-fix logic via daily.dev._

### Why does a CloudFormation stack rollback not necessarily revert my EKS cluster's Kubernetes version?

A CloudFormation rollback only reverts the template state, not the actual EKS control plane version, because if CloudFormation already updated the control plane before failing on a later resource, the stack can report a completed rollback while the cluster remains on the new Kubernetes version. Reverting the cluster version itself requires explicitly calling the UpdateClusterVersion API, AWS CLI, or console.

_Anyone debugging EKS upgrade failures can verify actual cluster state rather than trusting stack status, a distinction worth bookmarking on daily.dev._

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---

Tags: [#aws](https://daily.dev/tags/aws), [#ai-agents](https://daily.dev/tags/ai-agents), [#cicd](https://daily.dev/tags/cicd), [#kiro](https://daily.dev/tags/kiro)

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