[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"cheat-sheet---en":3,"domain-info---en":3,"topic-info----en":3,"lesson-aws-certified-cloudops-engineer-associate-monitoring-logging-performance-event-driven-remediation-systems-manager-automation-runbooks-en":4,"prev-aws-certified-cloudops-engineer-associate-monitoring-logging-performance-event-driven-remediation-systems-manager-automation-runbooks-en":21,"next-aws-certified-cloudops-engineer-associate-monitoring-logging-performance-event-driven-remediation-systems-manager-automation-runbooks-en":33},null,{"locked":5,"reason":6,"meta":7,"item":3},true,"paywall",{"title":8,"description":9,"isFree":10,"estimatedMinutes":11,"difficulty":12,"learningObjectives":13},"Systems Manager Automation Runbooks","Write and run Systems Manager Automation runbooks: the action vocabulary, step properties that make a repair safe to run unattended, the two-role permission chain, approvals, and rate control across a fleet.",false,25,"advanced",[14,15,16,17,18,19,20],"Explain what makes a runbook different from a script and identify its document type and schema version","Select the right Automation action for a step from the available action types","Use maxAttempts, timeoutSeconds, onFailure, onCancel, and isCritical to make a runbook safe to run unattended","Trace the permission chain from the caller through AutomationAssumeRole to the target service","Diagnose the three classic Automation permission failures from their error messages","Run a runbook across a fleet with targets, concurrency, and an error threshold","Start a runbook from an EventBridge rule with the correct target configuration",{"locked":5,"reason":6,"meta":22,"item":3},{"title":23,"description":24,"isFree":10,"estimatedMinutes":25,"difficulty":12,"learningObjectives":26},"EventBridge Pipes and Troubleshooting","Build point-to-point integrations with EventBridge Pipes using filtering and enrichment, then diagnose event delivery failures with retry policies, dead-letter queues, pipe logs, and the AWS/Events metrics.",26,[27,28,29,30,31,32],"Describe the four stages of an EventBridge pipe and the services allowed at each","Choose between an event bus and a pipe for a given integration","Explain how batching, concurrency, and partial batch failure behave in a pipe","Configure pipe logging with the right log level and decide when to include execution data","Diagnose a failed target delivery using the retry policy, a dead-letter queue, and the AWS/Events metrics","Recover lost or misprocessed events with an archive and a replay",{"locked":5,"reason":6,"meta":34,"item":3},{"title":35,"description":36,"isFree":10,"estimatedMinutes":37,"difficulty":12,"learningObjectives":38},"Automated Remediation Patterns","Assemble detection and repair into working self-healing designs: alarm actions, event-driven runbooks, AWS Config remediation, scheduled sweeps, the guardrails each one needs, and where AWS DevOps Agent and Kiro fit.",24,[39,40,41,42,43],"Identify which of the four detection sources a remediation scenario is describing","Choose the lowest-capability remediation pattern that can actually perform the required repair","Configure an AWS Config rule with an automatic remediation action and explain its retry semantics","Apply the guardrails that keep an automated fix from causing a larger incident","Explain what AWS DevOps Agent and Kiro contribute to an incident response loop and where the human gate stays"]