Can I monitor, pause, resume, or cancel an Autonomous Workflow?
Polyosync provides execution monitoring and lifecycle controls for Autonomous Workflows.
Businesses can review the progress of a workflow, inspect recorded events, and take supported actions when execution requires intervention.
What information can I monitor?
The Autonomous Workflows interface displays information including:
- Current execution status.
- The workflow objective.
- Completed iterations relative to the configured limit.
- Executed tasks relative to the total task limit.
- Estimated AI execution cost relative to the configured budget.
- Available results and error information.
Can I inspect individual execution events?
Yes.
The execution timeline provides recorded events associated with the workflow.
This helps users understand the sequence of activities and investigate execution outcomes.
Can a workflow enter a waiting state?
Yes.
A workflow may wait for approval or another supported execution condition.
Waiting does not necessarily mean the workflow has failed.
Can I resume execution?
Where a workflow is waiting for a supported approval action, Polyosync provides a resume mechanism.
The required approval must be handled appropriately before execution continues.
Can I cancel a workflow?
Yes.
Running and waiting workflows can be cancelled through the dashboard.
Can I manually pause any running workflow?
The current interface provides waiting, approval-related resumption, and cancellation controls. It does not expose a general-purpose manual pause button for every running workflow.
How can I investigate an unsuccessful run?
Open the workflow's execution history and review its status, error information, and recorded events.
Check whether the workflow encountered an approval requirement, an execution limit, a missing capability, or another reported problem.
Why is monitoring important?
Autonomous execution needs visibility.
Polyosync provides execution records so businesses can inspect what happened instead of relying only on a final AI-generated response.