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| Section | Objectives |
|---|---|
| Topic 1: Deployment Modes | - Offline / air-gapped deployment - Online deployment |
| Topic 2: Architecture | - UiPath Business Automation Platform Architecture
|
| Topic 3: Backup and Restore | - Restore procedures and verification - Backup strategy and procedures |
| Topic 4: Monitoring and Troubleshooting | - Logging and monitoring tools - Networking and security troubleshooting - Common failure modes and resolution - Performance and availability monitoring |
| Topic 5: Requirements | - Hardware sizing — single-node and multi-node - Software and network prerequisites - Product-specific sizing — Orchestrator, Robots, AI Center, Task Mining, Process Mining, Document Understanding |
| Topic 6: Deployment Methods | - Single-node deployment - Disaster recovery — active/passive and active/active - High Availability (HA) configuration - Multi-node deployment |
| Topic 7: Installation | - Pre-install preparation - Installation procedures - Post-install verification |
| Topic 8: Deployment Options | - Automation Cloud vs Automation Suite vs Standalone - Cloud templates — AWS / Azure / GCP - Automation Suite on Linux - Container platforms — EKS / AKS |
| Topic 9: Upgrade | - Upgrade execution - Pre-upgrade assessment and preparation - Post-upgrade validation |
| Topic 10: Migration | - Migration planning - Migration execution and data integrity |
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NEW QUESTION # 96
What action should be taken if the Automation Suite Platform upgrade process fails?
Answer: B
Explanation:
When an Automation Suite platform upgrade encounters an unrecoverable failure during infrastructure reconciliation, Kubernetes schema migration, or microservice rollout, the standard recovery procedure is executing a formal rollback to the previously installed version utilizing the platform backup and restore capability. Because an upgrade makes irreversible changes across the etcd key-value datastore, SQL database schemas, and persistent volumes, attempting ad-hoc operations like restarting services or deleting nodes without rolling back leads to cluster split-brain or data corruption. UiPath requires administrators to take comprehensive snapshot backups (via `./configureUiPathAS.sh snapshot` or Velero mechanisms) and full SQL database backups immediately prior to initiating any upgrade. If the upgrade fails, engineers revert the external databases to their pre-upgrade restore point and execute the platform restore workflow, bringing the cluster back to a known-healthy, fully supported state. (Reference: UiPath Automation Suite Disaster Recovery and Upgrade Procedures - Upgrade Failure and Rollback).
NEW QUESTION # 97
When installing Automation Suite with Azure, AWS, or GCP templates, what must you do regarding RPM packages?
Answer: D
Explanation:
When deploying UiPath Automation Suite using the official cloud infrastructure templates developed for Azure, AWS, or GCP, no administrative action is needed regarding operating system RPM packages. These cloud-native Infrastructure as Code templates automate the complete provisioning lifecycle. Custom extension scripts and initialization mechanisms embedded within the cloud templates automatically configure OS package repositories, resolve dependencies, and install all mandatory Linux RPM packages (such as `lvm2`, container utilities, and networking tools) directly on the provisioned compute instances during startup.
Manual package downloads, RPM dependency caching, and manual validation are required only for manual bare-metal or on-premises virtual machine installations, particularly in air-gapped environments. The automated cloud templates abstract host-level operating system package management entirely. (Reference:
UiPath Automation Suite Cloud Deployment - Automated Template Architecture).
NEW QUESTION # 98
What root-volume capacity is required for both EKS and AKS agent (worker) nodes?
Answer: B
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 # 99
What must be done when multiple Automation Suite instances are deployed on the same OpenShift cluster?
Answer: D
Explanation:
When consolidating multiple, isolated Automation Suite environments (e.g., Development, Staging, or multiple business units) within a shared Red Hat OpenShift cluster, tenant isolation and state boundary integrity are enforced at the namespace level. UiPath microservices depend on Redis for distributed caching, user session state storage, and transient queuing across services like Orchestrator and Identity Server. In a multi-instance scenario on a single cluster, engineers must install an independent Redis instance within each corresponding Automation Suite namespace and subsequently update the respective `input.json` deployment file with the distinct Redis host connection strings. Sharing a single, centralized Redis deployment across multiple distinct Automation Suite namespaces is unsupported because cache key collisions, session cross- talk, and unified cache flushes would compromise tenant data separation and operational availability.
Namespace-isolated Redis deployments maintain predictable caching latencies and adhere to OpenShift security context constraints. (Reference: UiPath Automation Suite on OpenShift - Multi-Tenancy and Shared Cluster Topologies).
NEW QUESTION # 100
Which parameter adds machines as server nodes to an existing Automation Suite cluster?
Answer: C
Explanation:
During the automated scaling or manual node join workflow of a UiPath Automation Suite deployment on Linux, the installation shell script (`configureUiPathAS.sh` or `install-uipath.sh`) utilizes the `-j` parameter to define the node role during cluster join operations. To join an additional machine as a Kubernetes control- plane server node, the flag `-j server` must be explicitly specified. The `-j` flag indicates a "join" action, and the `server` argument instructs the installer to register the machine as an RKE2 control-plane member, joining it to the existing etcd consensus ring and deploying the core Kubernetes management services. Omitting the
`server` argument or passing `-j agent` joins the host as a standard worker node instead. The `-k` flag is reserved strictly for executing prerequisite validation checks and cannot be combined with node-joining parameters. (Reference: UiPath Automation Suite Node Operations - Adding Server Nodes via CLI).
NEW QUESTION # 101
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