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| Section | Objectives |
|---|---|
| Topic 1: Migration | - Migration planning - Migration execution and data integrity |
| Topic 2: Deployment Modes | - Online deployment - Offline / air-gapped deployment |
| Topic 3: Installation | - Post-install verification - Pre-install preparation - Installation procedures |
| Topic 4: Monitoring and Troubleshooting | - Common failure modes and resolution - Networking and security troubleshooting - Logging and monitoring tools - Performance and availability monitoring |
| Topic 5: Requirements | - Software and network prerequisites - Hardware sizing — single-node and multi-node - Product-specific sizing — Orchestrator, Robots, AI Center, Task Mining, Process Mining, Document Understanding |
| Topic 6: Upgrade | - Pre-upgrade assessment and preparation - Upgrade execution - Post-upgrade validation |
| Topic 7: Deployment Options | - Cloud templates — AWS / Azure / GCP - Automation Cloud vs Automation Suite vs Standalone - Container platforms — EKS / AKS - Automation Suite on Linux |
| Topic 8: Backup and Restore | - Backup strategy and procedures - Restore procedures and verification |
| Topic 9: Deployment Methods | - Single-node deployment - Disaster recovery — active/passive and active/active - Multi-node deployment - High Availability (HA) configuration |
| Topic 10: Architecture | - UiPath Business Automation Platform Architecture
|
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NEW QUESTION # 34
Which file system formats are supported for disks used in an Automation Suite installation?
Answer: B
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 # 35
What defines an agent node in the Automation Suite Platform context?
Answer: B
Explanation:
In the Automation Suite architecture, worker instances are segmented into standard agent nodes and specialized agent nodes. A standard agent node is architected specifically to run UiPath core products (such as Orchestrator, Identity Server, and Data Service) and common shared components (like RabbitMQ, Redis, or Elasticsearch). Agent nodes do not host Kubernetes control-plane components (such as etcd, kube-apiserver, or kube-controller-manager), which reside strictly on server nodes. Furthermore, standard agent nodes are distinct from specialized agent nodes, which are provisioned with dedicated hardware profiles (e.g., NVIDIA GPUs or dedicated execution pools) and configured with Kubernetes taints and tolerations to host isolated, compute-intensive workloads such as Document Understanding ML training, Task Mining, and Automation Suite Robots. Maintaining this functional separation protects foundational business applications from resource starvation caused by heavy background data extraction or robot execution. (Reference: UiPath Automation Suite Architecture Overview - Node Roles and Workload Scheduling).
NEW QUESTION # 36
What is Istio's primary function in Automation Suite?
Answer: D
Explanation:
Istio serves as the core service mesh technology integrated within UiPath Automation Suite, functioning primarily to manage external ingress, request routing, and platform-wide traffic monitoring. Acting as the reverse-proxy ingress gateway, Istio terminates external TLS/SSL connections, routes incoming client traffic to appropriate backend services (such as Orchestrator, Identity Server, or Webhooks) based on URL hostnames and paths, and enforces mutual TLS (mTLS) for secure service-to-service communication. In addition to ingress traffic routing, Istio collects telemetry, latency measurements, and transaction metrics across distributed microservices, feeding observability data into Prometheus and Grafana for monitoring.
Application lifecycle management is handled by ArgoCD, alerting is managed by Alertmanager, and metrics storage is handled by Prometheus, making traffic management and ingress Istio's primary responsibilities within the architecture. (Reference: UiPath Automation Suite Architecture Guide - Service Mesh and Ingress Networking).
NEW QUESTION # 37
What minimum hardware specifications are recommended for a Microsoft SQL Server that hosts Automation Suite databases?
Answer: D
Explanation:
External relational databases play a critical role in state persistence for UiPath Automation Suite. The official infrastructure specifications recommend a hardware baseline of 8 (v-)CPUs, 32 GB of RAM, and a 256 GB enterprise SSD for a dedicated Microsoft SQL Server hosting platform databases. UiPath Automation Suite consolidates relational data for multiple services-including Orchestrator, Identity Server, Action Center, Data Service, and Test Manager-onto this SQL database engine. This hardware sizing ensures the database engine can maintain adequate buffer cache memory, execute complex transactional queries, manage parallel index maintenance, and provide sustained I/O throughput with low latency. Sizing below these specifications can lead to high database CPU utilization, memory pressure, connection pool exhaustion, and performance bottlenecks under peak automation loads. (Reference: UiPath Automation Suite Database Requirements - External Microsoft SQL Server Sizing).
NEW QUESTION # 38
Which of the following is identified as a mandatory prerequisite for the OpenShift cluster before installing Automation Suite?
Answer: B
Explanation:
Before initiating an Automation Suite deployment on Red Hat OpenShift, storage infrastructure must be provisioned and configured. A strict, mandatory prerequisite is the availability of a default StorageClass that natively supports the `ReadWriteMany` (RWX) volume access mode. Multiple Automation Suite containerized shared services and stateful products (such as Orchestrator execution logs, NuGet package feeds, Document Understanding storage volumes, and Task Mining processing stores) require persistent volumes that can be attached concurrently with simultaneous read and write capabilities across multiple pods running on different worker nodes. If the OpenShift cluster only supplies `ReadWriteOnce` (RWO) storage (such as un-shared cloud block devices), multi-replica pods fail during volume mounting and become stuck in
`ContainerCreating` states. Solutions such as OpenShift Data Foundation (ODF), CephFS, or enterprise NFS provisioners are typically deployed to fulfill this RWX requirement. (Reference: UiPath Automation Suite on Red Hat OpenShift - Storage Class Prerequisites).
NEW QUESTION # 39
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