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| Section | Objectives |
|---|---|
| Requirements | - Hardware requirements for single-node and multi-node deployments - Product-specific hardware requirements
|
| Backup and Restore | - Analyze backup and restore requirements - Restore Automation Suite clusters - Back up Automation Suite clusters |
| Deployment Options | - Deploy Automation Suite using AWS, Azure, and GCP templates - Deploy Automation Suite on Linux - Deploy Automation Suite on EKS and AKS |
| Architecture | - Describe the architecture of Automation Suite |
| Monitoring and Troubleshooting | - Troubleshoot common issues - Automation Suite monitoring and logging tools |
| Installation | - Post-installation operations
- Install Automation Suite on multi-node deployments |
| Upgrade | - Prepare the environment and perform an in-place upgrade - Prepare the environment and perform a side-by-side upgrade - Explain available upgrade types
|
| Migration | - Available migration options - Migration scenarios |
| Deployment Modes | - Offline deployment - Online deployment |
| Deployment Methods | - Disaster recovery architecture
- High availability and HAA configuration - Single-node deployment architecture |
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NEW QUESTION # 34
Which tool is used for monitoring hardware utilization in the Automation Suite cluster?
Answer: C
Explanation:
Grafana serves as the native visualization platform integrated within UiPath Automation Suite for tracking and visualizing real-time hardware and infrastructure utilization. Pre-configured Grafana dashboards display operational metrics including CPU utilization, memory consumption, persistent volume disk capacity, network throughput, and per-pod resource utilization across all server and agent nodes. Prometheus functions as the underlying time-series database and scraping engine that collects raw metrics, while Alertmanager handles alert routing and notification dispatching. ArgoCD is dedicated to GitOps-driven deployment and continuous application lifecycle reconciliation. Grafana translates the time-series telemetry collected by Prometheus into visual graphs and dashboards, making it the primary administrative tool for assessing hardware capacity, identifying bottlenecks, and sizing nodes within the Automation Suite cluster. (Reference:
UiPath Automation Suite Operations - Monitoring and Observability with Grafana).
NEW QUESTION # 35
After updating the input.json file to enable or disable products in UiPath Automation Suite for AKS/EKS
/OpenShift, which command should you run to apply the updated configuration to the cluster?
Answer: A
Explanation:
In managed Kubernetes environments-such as Amazon EKS, Azure AKS, and Red Hat OpenShift-UiPath Automation Suite utilizes a declarative deployment model. The desired state of the suite, including enabled capabilities, database connections, and ingress rules, is defined within `input.json`. Whenever changes are made to this configuration, administrators must execute `uipathctl manifest apply input.json --versions versions.json` to reconcile the active cluster state with the declared specifications. This command evaluates discrepancies between the existing Helm releases and the updated `input.json` file, generates execution plans, and provisions or removes target microservices accordingly. Commands like `uipathctl deploy` or `uipathctl config apply` do not exist within the toolchain CLI parser and will return command syntax errors. (Reference:
UiPath Automation Suite on AKS/EKS/OpenShift - Service Lifecycle and Manifest Reconciliation).
NEW QUESTION # 36
Which sequence of actions is correct for manually restarting a node in an Automation Suite cluster while keeping the cluster healthy during maintenance?
Answer: D
Explanation:
Executing maintenance or kernel patching on a cluster node requires a graceful shutdown procedure to prevent container corruption, etcd member failure, or service degradation. The documented operational sequence begins by draining the node (`kubectl drain < node > --ignore-daemonsets --delete-emptydir-data`), which safely evicts active workloads to alternate healthy nodes. Next, the system administrator terminates the active RKE2 runtime services (`systemctl stop rke2-server` or `rke2-agent`). Critically, administrators must then invoke the official clean-up utility `/usr/local/bin/rke2-killall.sh` to forcefully shut down residual containerd shim processes, CNI networking plugins, iptables chains, and orphaned container processes.
Failing to run the killall routine leaves orphaned namespaces and lock files that prevent the services from cleanly binding upon system start. Finally, the host machine can be safely rebooted using standard operating system controls (`systemctl reboot`). (Reference: UiPath Automation Suite Node Maintenance - Safe Reboot and Drainage Procedures).
NEW QUESTION # 37
After restoring from a snapshot, what steps must be completed to restore the data and settings for a cluster without AI Center enabled?
Answer: B
Explanation:
When executing a full platform restore from an infrastructure snapshot on a cluster where AI Center is not enabled, administrators must complete specific post-restoration procedures to re-establish platform integrity.
The documented workflow comprises three mandatory operational steps: recovering the `cluster_config.json` configuration file, re-adding internal Certificate Authority (CA) certificates to the host operating system trust stores across all restored virtual machines, and retrieving the regenerated monitoring stack password for Prometheus and Grafana access. Recovering `cluster_config.json` restores cluster metadata and operational flags, while re-importing the CA certificates into the operating system certificate store prevents SSL/TLS handshake failures during intra-cluster and container communication. Because Dex credentials rotate or reset during snapshot restores, retrieving the new monitoring password restores administrative visibility into system metrics. Clusters with AI Center enabled require an additional specialized pipeline restoration step.
(Reference: UiPath Automation Suite Backup and Restore Guide - Post-Restoration Configuration).
NEW QUESTION # 38
What is recommended if you encounter problems while running the Automation Suite installation command?
Answer: C
Explanation:
The installation automation bundled with UiPath Automation Suite (whether executed via shell scripts or the
`uipathctl` CLI binary) is designed to be idempotent. If an intermittent infrastructure glitch, temporary DNS hiccup, or transient network timeout halts the deployment, the recommended initial course of action is to rerun the installation command including all the original arguments, configuration parameters, and flags. The installer checks the current progress against the cluster state, skips tasks and Helm releases that have already reached a completed status, and resumes reconciliation precisely from the point of failure. Rebuilding the entire operating system, purging local directories, or modifying configuration files arbitrarily is unnecessary and risks introducing configuration drift. If the idempotent re-execution consistently fails at the identical task, engineers then analyze the deployment logs generated in `/opt/UiPathAutomationSuite` to resolve the root cause. (Reference: UiPath Automation Suite Installation Guide - Error Handling and Retries).
NEW QUESTION # 39
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