RPA bot operations essentials: Record process owner, target apps, run triggers and recovery routes.; Confirm bot identity access and ensure remote desktop user group membership.; Monitor job status, queue growth and use logs to diagnose Power Automate failures.
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RPA Operations

RPA bot operations

An operating model for live RPA bots covering ownership, scheduling, credentials, monitoring and recovery of unfinished work.

RPA bot operations is the daily work of keeping live software robots available, controlled and recoverable. For each bot, establish when it may run, which identity it may use, how failures will be noticed and who handles unfinished work. A successful job status alone does not establish that the intended business result occurred.

Keep an operating record

Record the process owner, technical owner, target applications, run trigger, expected input and output, service identities, support hours and recovery route. Note where work items are held and how to tell whether an item is already complete.

In UiPath Orchestrator, job states and queue item statuses are documented separately. Check the relevant target record or output when the consequence of a missed or incorrect item warrants it.

Question / Record or check

May it start?
Application window, time zone and runtime readiness
May it act?
Approved identity and required access
Did the work finish?
Job, item and target-system evidence
Who responds?
Named owner and escalation route

For Power Automate unattended desktop flows, record the selected desktop flow connection and the machine used for execution.

Power Automate uses that connection to sign in, creates and manages a remote desktop session, locks the screen while the flow runs, then signs out and reports activity when it finishes.

Unattended Power Automate desktop flows require the Process plan; record that requirement. This helps support staff tell an execution problem from a missing product entitlement.

Schedule within working conditions

A trigger requests a start; it cannot make an application or robot available. Align run windows with application maintenance, business cut-offs and the robot session. Check those conditions before assigning a missed start.

Product-specific session requirements apply to unattended runs, so confirm them for the platform and host in use.

Control bot identities

List the accounts used for the machine session, automation platform and target applications. Give each an owner and only the access needed for its task. Keep credentials in an approved managed location and verify changes before the next production run.

Check that the user specified in a Power Automate desktop flow connection can create a remote desktop session on the machine. In most cases, that user must belong to the machine's Remote Desktop Users group; some Citrix configurations require membership of the Direct Access Users group instead.

Watch outcomes and recover safely

Monitor missed starts, stalled jobs, repeated exceptions, growing queues and missing outputs. When something fails, establish which items completed and which remain uncertain before restarting. An error may occur after an action has changed the target system.

If an interface change is suspected, treat it as a separate repair task.

When automation cannot continue, follow the manual-processing procedure for the process.

For Power Automate failures, start with the execution logs in the Power Automate portal and use the error message to distinguish a browser automation failure from a desktop UI automation failure. Full-verbosity logging provides more detail for diagnosis, so make its setting part of the bot's support record.

Use available video logs or a screenshot captured at the failure to understand the machine and application state. If screenshots are not already captured, Power Automate supports an On error Add screenshot to logs option or an error-handling action that captures one during execution.

Treat machine-session requirements as part of the failure check, not just the flow's status. For example, a locked Windows user session open under the same connection user on Windows Server can prevent execution, while signing in during an unattended run is unsupported.

Key RPA Monitoring Indicators

Missed Starts
Monitor daily
Stalled Jobs
Require immediate review
Repeated Exceptions
Indicate systemic issues
Growing Queues
Signal processing bottlenecks
Missing Outputs
Verify against expected results

Recovery Process After RPA Failure

  1. Check job and queue item statusesUse UiPath Orchestrator or Power Automate portal
  2. Identify completed vs uncertain itemsReview target system evidence and outputs
  3. Verify machine session statusEnsure no locked sessions or conflicting logins
  4. Review execution logs and screenshotsEnable full-verbosity logging and capture on error
  5. Apply manual fallback if neededFollow established manual-processing procedure

In this guide

  1. Scheduling bots around application availabilityPlan RPA runs around maintenance, runtime readiness, local time zones and business cut-offs, with a rule for missed windows.
  2. Managing credentials used by software robotsInventory bot identities, limit access, manage secrets and verify credential changes without disrupting live RPA work.
  3. Detecting a bot broken by an interface changeFind a failing UI step, rule out access and runtime issues, verify affected records and release a controlled selector repair.
  4. Planning manual processing when a bot stopsDefine when to switch to people, classify unfinished bot work, preserve controls and reconcile records before automation resumes.

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