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| Section | Objectives |
|---|---|
| Monitoring, Troubleshooting, and Migration | - Monitoring and Troubleshooting
|
| Architecture and Deployment | - Automation Suite Architecture
|
| Upgrade, Backup, and Restore | - Backup and Restore
|
| Infrastructure Requirements and Installation | - Hardware and Software Requirements
|
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NEW QUESTION # 42
What must be ensured about the secondary site if a disaster occurs in one of the Automation Suite clusters?
Answer: B
Explanation:
In an enterprise disaster recovery architecture for UiPath Automation Suite, the secondary site must be provisioned with sufficient compute, storage, and networking capacity to handle full operational workloads during a failover event. While identical hardware is beneficial for predictability, strict hardware uniformity is not mandatory as long as CPU, memory, IOPS, and network bandwidth satisfy platform baselines. If the secondary site lacks sufficient capacity, shifting user traffic and automated robot workloads during a primary site failure can cause resource starvation, pod evictions, and service downtime. Infrastructure architects must ensure that secondary sites match production sizing requirements to maintain continuous service delivery during failover scenarios. (Reference: UiPath Automation Suite Disaster Recovery Planning - Sizing and Capacity Assurance).
NEW QUESTION # 43
In a modern Document Understanding scenario, what is the minimum required number of dedicated GPU- enabled agent servers?
Answer: D
Explanation:
In an enterprise Automation Suite deployment implementing modern Document Understanding projects without CPU fallback inference, UiPath hardware sizing standards require a minimum of five (5) dedicated GPU-enabled agent servers (or GPU allocations). Modern Document Understanding utilizes separate concurrent neural network pipelines to process unstructured business documents, invoices, and receipts. These five dedicated GPU instances are allocated across four functional roles: OCR processing pipelines, custom model training tasks, custom model inference pipelines, and out-of-the-box (OOTB) pre-trained model inference engines. Sharing a smaller number of GPUs across these distinct operations leads to GPU memory exhaustion (CUDA out-of-memory errors) and inference job queuing. Dedicating five GPU-enabled servers ensures each pipeline has the compute throughput required to sustain real-time document processing and training cycles. (Reference: UiPath Automation Suite Sizing Guide - Modern Document Understanding GPU Sizing).
NEW QUESTION # 44
At which stage of the Automation Suite deployment can you select either the online or offline deployment method?
Answer: A
Explanation:
The deployment method-Online (direct connectivity to UiPath public container repositories) or Offline (air- gapped, leveraging a local private OCI container registry)-is an architectural setting that must be committed prior to cluster provisioning. This decision is established during the generation of the `cluster_config.json` file via the interactive installation wizard, or by manually declaring the install type directly within `cluster_config.
json` prior to initiating the deployment. Defining this property early dictates how the installation engine fetches binaries, evaluates certificate trust, configures container runtime mirror endpoints, and deploys registry credentials. This setting cannot be altered post-installation through GitOps tools like ArgoCD, nor can it be deferred until after the infrastructure has been provisioned on the first server. The `cluster_config.json` file serves as the single source of truth for the RKE2 provisioning scripts and deployment manifests.
(Reference: UiPath Automation Suite Installation Guide - Configuration File Parameters and Generation).
NEW QUESTION # 45
Following a disaster recovery, which essential components must be included in the cluster_config.json file when attempting to restore an online deployment from backup?
Answer: B
Explanation:
Restoring an online UiPath Automation Suite cluster from a backup after a disaster recovery event requires a minimal, valid `cluster_config.json` manifest. The recovery process requires the following specific components in the configuration file: `fixed_rke_addess` (or `fixed_rke_address`), `fqdn`, `rke_token`,
`profile`, `external_object_storage`, and `install_type`. Each parameter supports a specific aspect of cluster reconstruction: `fixed_rke_address` establishes the primary control-plane endpoint, `fqdn` defines the platform domain, `rke_token` supplies the node join security secret, `profile` designates the sizing tier,
`external_object_storage` connects to persistent buckets, and `install_type` specifies an online deployment.
Omitting any of these key-value pairs or using invalid property names will cause the restoration toolchain to fail during initial manifest validation. (Reference: UiPath Automation Suite Disaster Recovery Guide - Cluster Restore Configuration Parameters).
NEW QUESTION # 46
Which file system formats are supported for disks used in an Automation Suite installation?
Answer: A
Explanation:
When preparing block storage and disk partitioning for an Automation Suite installation on enterprise Linux distributions (such as RHEL or Rocky Linux), UiPath mandates formatting the underlying storage devices with either ext4 or xfs file systems. The automated storage initialization tools, including the script `.
/configureUiPathDisks.sh` and the command `./bin/uipathctl rke2 disk`, partition raw devices via Logical Volume Manager (LVM) and format mount points using xfs or ext4. These POSIX-compliant file systems supply the essential performance characteristics, file-locking semantics, atomic read/write behaviors, and extended attributes required by container runtimes (containerd), RKE2 control plane services, etcd transactional logs, and the shared local storage provisioner (Longhorn or Ceph). Alternative file systems such as Btrfs, ZFS, or non-Linux file systems like NTFS and ReFS are completely unsupported due to container overlay storage driver incompatibilities and unpredictable write amplification during database and logging operations. Proper configuration of `/etc/fstab` with either ext4 or xfs ensures volume stability across system reboots. (Reference: UiPath Automation Suite Infrastructure Pre-requisites - Disk Configuration and Filesystem Requirements).
NEW QUESTION # 47
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