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UiPath UiPath-IEPASv1 Exam Syllabus Topics:

SectionObjectives
Topic 1: Architecture and Deployment- Automation Suite Architecture
  • 1. Core architecture and components
    • 2. Infrastructure architecture and cluster design
      - Deployment Options and Methods
      • 1. High availability and disaster recovery
        • 2. Linux, cloud templates, and EKS/AKS deployment
          • 3. Online and offline deployment modes
            • 4. Single-node and multi-node deployments
              Topic 2: Infrastructure Requirements and Installation- Hardware and Software Requirements
              • 1. Linux packages, SQL Server, and NFS storage
                • 2. Resource sizing and product-specific requirements
                  • 3. Network and installation prerequisites
                    - Installation and Post-Installation Operations
                    • 1. Product, node, and storage management
                      • 2. Single-node and multi-node installation
                        • 3. Certificates, Active Directory, and kubectl configuration
                          Topic 3: Upgrade, Backup, and Restore- Upgrade Management
                          • 1. In-place upgrades
                            • 2. Upgrade preparation and execution
                              • 3. Side-by-side upgrades
                                - Backup and Restore
                                • 1. Backup and recovery prerequisites
                                  • 2. Automation Suite cluster backup and restoration
                                    Topic 4: Monitoring, Troubleshooting, and Migration- Monitoring and Troubleshooting
                                    • 1. Troubleshooting common infrastructure issues
                                      • 2. Monitoring, logging, and diagnostic tools
                                        - Migration
                                        • 1. Migrating standalone UiPath products to Automation Suite
                                          • 2. Migration scenarios and available migration options

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                                            UiPath Infrastructure Engineer Professional - Automation Suite Exam Sample Questions (Q90-Q95):

                                            NEW QUESTION # 90
                                            What root-volume capacity is required for both EKS and AKS agent (worker) nodes?

                                            Answer: C

                                            Explanation:
                                            When preparing worker agent node pools on managed public cloud Kubernetes engines-specifically Amazon Elastic Kubernetes Service (EKS) and Azure Kubernetes Service (AKS)-UiPath specifies an OS root-volume capacity of at least 256 GB. In managed Kubernetes environments, container base images, ephemeral emptyDir volumes, runtime log buffers, and local Docker/containerd build caches are placed directly on the root volume filesystem. Given the large footprints of UiPath microservices, Machine Learning container layers, and platform monitoring daemons, standard cloud default root disks (such as 30 GB or 100 GB) risk triggering node disk pressure conditions. Disk pressure causes the kubelet to initiate eviction procedures, terminating pods and degrading cluster availability. Sizing agent root volumes to a minimum of
                                            256 GB with enterprise SSD storage provides necessary operational headroom for complex workloads.
                                            (Reference: UiPath Automation Suite on AKS/EKS - Agent Node Pool Sizing and Disk Requirements).


                                            NEW QUESTION # 91
                                            After restoring from a snapshot, what steps must be completed to restore the data and settings for a cluster without AI Center enabled?

                                            Answer: D

                                            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 # 92
                                            Which uipathctl command lets you upload configuration files to Orchestrator?

                                            Answer: A

                                            Explanation:
                                            The platform CLI utility `uipathctl` exposes dedicated administrative syntax for manipulating service-level storage and parameters. To push configuration-related files, custom extensions, or settings into Orchestrator storage, the documented command syntax is `uipathctl config orchestrator upload`. Within containerized Automation Suite deployments, Orchestrator instances rely on centralized object stores or backend database stores rather than localized node file systems for state and configuration persistence. The `uipathctl config orchestrator upload` command securely interacts with the platform's internal APIs and storage abstractions to stream configuration files directly to the designated Orchestrator destination bucket or config secret store.
                                            Attempting to use inverted command verbs, such as placing the target service prior to the subcommand, results in command parsing syntax errors within the CLI. Mastery of `uipathctl` CLI sub-trees is mandatory for infrastructure engineers responsible for cluster operations and service lifecycle management. (Reference:
                                            UiPath Automation Suite Administration - uipathctl Command-Line Reference Guide).


                                            NEW QUESTION # 93
                                            Why must swap memory be turned off before installing Automation Suite?

                                            Answer: C

                                            Explanation:
                                            Disabling operating system swap memory (`swapoff -a` and commenting out swap partitions in `/etc/fstab`) is a mandatory prerequisite across all Linux nodes hosting UiPath Automation Suite. Container runtimes and the Kubernetes `kubelet` allocate and manage memory boundaries directly against physical host RAM to guarantee Quality of Service (QoS) classes and enforce pod memory limits. Automation Suite microservices do not benefit from memory paging to disk, and enabling swap can degrade container performance, cause non- deterministic pod evictions, and trigger unpredictable latency spikes during high memory pressure. While modern upstream Kubernetes has introduced experimental flags for swap handling, Automation Suite strictly requires swap to be disabled to preserve workload isolation and container stability. The pre-installation check (`-k` flag) automatically audits node memory configurations and halts setup if active swap space is detected.
                                            (Reference: UiPath Automation Suite Linux Host Preparation - Memory and Swap Configuration).


                                            NEW QUESTION # 94
                                            Which file must you modify to enable or disable products in UiPath Automation Suite on AKS/EKS
                                            /OpenShift?

                                            Answer: D

                                            Explanation:
                                            In managed Kubernetes environments-specifically Azure Kubernetes Service (AKS), Amazon Elastic Kubernetes Service (EKS), and Red Hat OpenShift-UiPath uses a declarative configuration blueprint centered around the `input.json` file. This manifest dictates the entire desired state of the platform, including FQDN endpoints, database connection strings, external object store references, and boolean service enablement flags. When administrators need to enable or disable specific UiPath capabilities (such as AI Center, Process Mining, Document Understanding, or Test Manager), they update the corresponding service flag values in `input.json`. Once modified, the configuration is applied to the active cluster by invoking
                                            `uipathctl manifest apply input.json --versions versions.json`. This command calculates drift and orchestrates the deployment or removal of Helm releases and pods, ensuring the cluster reconciles with the state declared in `input.json`. (Reference: UiPath Automation Suite on Managed Kubernetes - Configuration and Service Lifecycle).


                                            NEW QUESTION # 95
                                            ......

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