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UiPath UiPath-IEPASv1 Exam Syllabus Topics:

SectionObjectives
Architecture- UiPath Business Automation Platform Architecture
  • 1. Component communication
    • 2. Automation Suite architecture
      • 3. Client-side and server-side components
        Migration- Migration execution and data integrity
        - Migration planning
        Upgrade- Pre-upgrade assessment and preparation
        - Upgrade execution
        - Post-upgrade validation
        Monitoring and Troubleshooting- Common failure modes and resolution
        - Networking and security troubleshooting
        - Performance and availability monitoring
        - Logging and monitoring tools
        Deployment Modes- Online deployment
        - Offline / air-gapped deployment
        Installation- Pre-install preparation
        - Post-install verification
        - Installation procedures
        Deployment Options- Cloud templates — AWS / Azure / GCP
        - Container platforms — EKS / AKS
        - Automation Suite on Linux
        - Automation Cloud vs Automation Suite vs Standalone
        Backup and Restore- Restore procedures and verification
        - Backup strategy and procedures
        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
        Deployment Methods- High Availability (HA) configuration
        - Disaster recovery — active/passive and active/active
        - Single-node deployment
        - Multi-node deployment

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        UiPath Infrastructure Engineer Professional - Automation Suite Exam Sample Questions (Q71-Q76):

        NEW QUESTION # 71
        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 # 72
        What is the minimum additional storage needed to enable package caching for the Automation Suite Robots node in a multi-node HA-ready production environment?

        Answer: D

        Explanation:
        When configuring dedicated agent worker nodes to host Automation Suite Robots in a multi-node HA-ready production environment, local package caching can be enabled to improve execution performance. Package caching allows robot pods to pull and retain NuGet packages and runtime dependencies locally, reducing network latency and object store bandwidth on repeated executions. UiPath hardware sizing documentation specifies that enabling package caching requires a minimum of 10 GiB of additional dedicated storage on the robot node. This storage allocation provides sufficient capacity for cached workflow dependencies, execution activities, and runtime libraries. Under-sizing this caching partition can lead to cache evictions, disk thrashing, or node disk pressure during peak workload processing. (Reference: UiPath Automation Suite Sizing Guide - Automation Suite Robots Storage Requirements).


        NEW QUESTION # 73
        When configuring storage for Automation Suite, which of the following is a critical consideration to ensure data persistence and availability in a production environment?

        Answer: D

        Explanation:
        In an enterprise production deployment of UiPath Automation Suite, data availability and durability take precedence over cost-reduction measures. A critical architectural consideration is ensuring that the underlying persistent storage solution offers built-in hardware and software redundancy and fault tolerance. Automation Suite relies heavily on stateful storage for SQL transactional logs, etcd consensus quorum state, distributed application volumes (via Longhorn or CSI drivers), and external object storage buckets. Production environments must utilize storage layers designed with enterprise RAID arrays, multi-zone volume replication, synchronous mirroring, and automated snapshot capabilities. Relying on ephemeral disks or non- redundant local disks introduces catastrophic single points of failure: a single hypervisor or physical disk crash would lead to unrecoverable cluster state divergence and data corruption. Resilient, fault-tolerant storage architectures ensure sustained service continuity during node or rack failures. (Reference: UiPath Automation Suite Infrastructure Design - High Availability Storage Considerations).


        NEW QUESTION # 74
        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 # 75
        Which syntax correctly enables snapshot backup every 55 minutes?

        Answer: D

        Explanation:
        The Automation Suite command-line maintenance utility `./configureUiPathAS.sh snapshot config` configures scheduled cluster snapshots. In the CLI syntax, the `-s` flag accepts a standard cron expression string defining the execution schedule, while the `-r` flag designates the retention policy in hours. The cron expression `*/55 * * * *` (presented in the question's shortened string format as `"/55***"`) specifies an automated recurring backup cadence of every 55 minutes. Furthermore, UiPath snapshot configuration requires the retention period (`-r`) to be specified in integer hourly increments, making `"50h"` (50 hours of retained snapshot backups) a syntactically valid argument, whereas minute-based units (`"50m"` or `"55m"`) are invalid. The `-t nfs` flag defines the target storage type, `-e` enables the recurring schedule, and `-l` points to the designated backup mount directory. (Reference: UiPath Automation Suite Backup and Disaster Recovery - Snapshot Scheduling Configuration).


        NEW QUESTION # 76
        ......

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