UiPath UiASAP Certification Sample Questions

01. A CoE is reviewing an unattended process that collects its work and processes it inside one job. The delivery team proposes splitting it into a dispatcher that adds items to an Orchestrator queue and performers that consume that queue.
Which two characteristics of a process make that split the right design? (Choose two.)
a) Individual items fail for different reasons and each needs its own status, retry and audit trail
b) Each item depends on the previous item's result, so processing must follow a strict sequential order
c) The process runs on the user's desktop while the user waits for the result in the same session
d) The process runs once a month on a single record that a user supplies when starting the job
e) Each work item can be processed independently, so several robots can share the volume to meet a deadline

02. A data science team wants to deploy its own Python models alongside UiPath's prebuilt ML packages and call both from robots. Which models can be managed in UiPath AI Center?
a) Both UiPath out-of-the-box models and custom or third-party models
b) Only models trained inside Document Understanding
c) Only models developed by UiPath
d) Only third-party pre-trained models

03. A pharmaceutical manufacturer's teams use Autopilot to help draft automation content. Some drafts feed internal reporting workflows. Others become workflows that write batch-record data into a validated system that regulators inspect.
The quality head wants guidance that keeps the productivity gain for low-risk work while standing up to an inspection of the regulated path.
Which two rules should the architect write into the guidance? (Choose two.)
a) Let a draft skip qualification when its developer confirms it was only lightly edited
b) Ban AI-assisted drafting across the company, because one of the automation paths is regulated
c) Name an accountable owner who signs off each AI-assisted artifact entering the regulated path
d) Scale controls to where the output is used, with full change control on the regulated path
e) Treat the vendor as accountable for any AI-assisted artifact that reaches the regulated path

04. A telecom operator promotes its number-porting solution through development, test and production tenants as a packaged solution. During an outage, a support engineer fixed a defect by publishing a patched version of the solution's shared library directly into the production tenant. The fix works. Two weeks later, the next planned release of the solution, built from development before the outage, is ready to be promoted from test.
What should the architect require before that release is promoted?
a) Make the fix in development, then promote it through test inside the next solution release
b) Republish the patched library to the production feed so the release picks it up there
c) Keep the patched library in production and drop it from future solution releases
d) Copy the patched library from production into the test tenant just before the release is promoted

05. A utility company is designing intake for three customer channels:

• a self-service web form with mandatory fields for meter reading, account number and request type;
• a shared mailbox receiving free-text complaints, many covering several issues in one message;
• a partner portal that posts structured outage reports through a documented REST API.

The sponsor proposes training UiPath Communications Mining on all three channels so that every request is understood the same way.
How should the architect apply Communications Mining?
a) Use Document Understanding across all three channels to extract fields from each request
b) Apply it to all three channels so that one model classifies every incoming request consistently
c) Apply it only to the complaint mailbox and take form and portal data as structured input
d) Apply it to the web form and partner portal, since structured fields train the most accurate model

06. An architect is planning a customer-managed UiPath deployment and separates Orchestrator considerations from those of the robot execution environment.
Which consideration belongs to the Orchestrator deployment?
a) Whether robot machines are VDI sessions or virtual machines
b) Scaling robot capacity up at peak load and down off-peak
c) Disaster recovery and automatic failover strategy
d) Whether robots run on workstations or Windows Server machines

07. An automation project is entering the process analysis phase.
Why should business stakeholders actively participate in this phase?
a) To select the Studio activities used in each workflow
b) To configure the Orchestrator queues and triggers for production
c) To approve robot licences
d) To validate business requirements

08. An equipment-leasing firm is designing automations around three external systems:

• A SaaS contract platform with a documented REST API and no pre-built connector. Nine planned automations will call it, and the firm's security team wants its authentication managed in one place.
• A cloud accounting service that already has a pre-built Integration Service connector.
• A desktop asset-register application with no API.

Which approach should the architect take for the contract platform?
a) Automate its web interface with UI automation, as planned for the desktop asset-register application
b) Build a custom connector with Connector Builder, so all nine automations share one centrally managed connection
c) Use UI automation on the platform until UiPath publishes a pre-built connector for it
d) Call its REST API through HTTP requests in each automation, keeping the token in an asset

09. Several development teams build automations for the same organization and need to work to one consistent set of rules.
Which UiPath Automation Ops capability supports this?
a) Employee idea submission and voting
b) Discovering processes from system event logs
c) Centralized governance policies and source control
d) Dashboards of robot utilization and ROI

10. When structuring data with entities in UiPath Data Fabric for an automation program, which approach best supports organized, maintainable data?
a) Relying on built-in system entities and fields instead of modeling project-specific ones
b) Modeling custom entities on business objects, with appropriate fields, relationships and metadata
c) Ignoring metadata and relationships between entities in favor of flat, simplified structures
d) Adopting a single, all-encompassing entity that holds every kind of record to avoid redundancy