orchestrator

2023.4

false

Getting started
- Introduction
- User options
- Logging in to Orchestrator
- Resetting your password
- Robots
  - Robot Statuses
  - Robot Settings
- Auto Updating Client Components
- Orchestrator Configuration Checklist
Best practices
- Organization Modeling in Orchestrator
- Managing Large Deployments
- Automation Best Practices
- Optimizing Unattended Infrastructure Using Machine Templates
- Unattended automation
  - Useful concepts in unattended automation
  - How is unattended automation performed
- Organizing Resources With Tags
- Orchestrator Read-only Replica
- Exporting grids in the background
Tenant
- About the Tenant Context
- Searching for Resources in a Tenant
- Robots
- Folders
- Monitoring
- Managing Access and Automation Capabilities
- Machines
- Packages
- Audit
- Credential Stores
  - Managing credential stores
  - Integrating credential stores
- Webhooks
  - Types of Events
  - Managing Webhooks
- Licensing
  - Managing Your Licenses
- Alerts
- Settings - Tenant Level
Resource Catalog Service
- About Resource Catalog Service
Folders Context
- About the Folders Context
- Home
Automations
- About Automations
Processes
- About Processes
- Managing Processes
- Managing Package Requirements
- Recording
Jobs
- About Jobs
- Managing Jobs
- Job States
- Working with long-running workflows
- Running Personal Remote Automations
- Troubleshooting Jobs
Triggers
- About triggers
  - Time triggers
  - Queue triggers
- Managing triggers
  - Creating a Time Trigger
  - Creating a Queue Trigger
- Managing Non-Working Days
- Using Cron Expressions
  - Triggering jobs on the last day of the month
Logs
- About Logs
- Managing Logs in Orchestrator
- Logging Levels
- Orchestrator Logs
Monitoring
- About Monitoring
- Machines
- Processes
- Queues
- Queues SLA
Queues
- About Queues and Transactions
- Bulk uploading Queue Items using a CSV file
- Managing Queues in Orchestrator
- Managing Queues in Studio
- Managing Transactions
  - Editing Transactions
  - Field Descriptions for the Transactions .csv File
- Review Requests
Assets
- About Assets
- Managing Assets in Orchestrator
- Managing Assets in Studio
- Storing Assets in Azure Key Vault (read only)
- Storing Assets in HashiCorp Vault (read only)
- Storing Assets in AWS Secrets Manager (read only)
Storage Buckets
- About Storage Buckets
  - CORS/CSP Configuration
- Managing Storage Buckets
- Moving Bucket Data Between Storage Providers
Test Suite - Orchestrator
- Test Automation
- Test Cases
  - Field Descriptions for the Test Cases Page
- Test Sets
  - Field Descriptions for the Test Sets Page
- Test Executions
  - Field Descriptions for the Test Executions Page
- Test Schedules
  - Field Descriptions for the Test Schedules Page
- Test Data Queues
- Testing Data Retention Policy
Other Configurations
- Increasing the Size Limit of Package Files
- Setting up Encryption Key Per Tenant
- GZIP Compression
Integrations
- About Input and Output Arguments
  - Example of Using Input and Output Arguments
Classic Robots
- Robots
- Environments
  - Managing Environments
- Jobs
- Triggers
- Monitoring
  - Robots
- Resources
Host administration
- About the host level
- Managing system administrators
- Managing tenants
- Configuring host authentication settings
- Managing your host license
  - Allocating Licenses to Tenants
- Configuring system email notifications
- Configuring other host settings
- Audit logs for the host portal
- Maintenance Mode
Organization administration
- About organizations
- Managing organization administrators
- Managing organization settings
- Configuring organization authentication
- Configuring organization security
  - Session policy
  - Restricting access to a set of users
- About licensing
  - Activating your license
- Accounts and groups
  - Managing access
  - Managing accounts and groups
- Authorizing external applications
  - Managing external OAuth applications
  - Configuring fine-grained access for confidential apps
- Managing tags
- Overriding system email settings
  - Email setup
    - System emails are not sent - SslHandshakeException
- Audit logs
Troubleshooting
- About Troubleshooting
- Frequently Encountered Orchestrator Errors
- Browser group policies
- Cron Expressions

Orchestrator User Guide

DELIVERY:

Automation Cloud Automation Cloud Public Sector Automation Suite Standalone

Last updated Nov 11, 2024

Queues SLA

Displays information pertaining to the SLA and Risk SLA of all the queues in the current folder with enabled SLA predictions. This helps you assess if the newly added queue items can be processed in a timely manner, and what resources you need to allocate such that their SLA is not breached. Whenever the SLA is in danger of not being met, you are properly notified such that you can make adjustments accordingly.

Filters

Include Subfolders - enables you to select if the contents of all subfolders are included. Only available for modern folders.

Queue SLA Overview

Allows you to see an overview of the queues' health state based on the configured SLA so you can assess if there are any problems that would cause the SLA breach (insufficient Robots, too many queue items). Each color block represents a specific queue from your instance. Hovering over a block displays the name of the corresponding queue. Note that it is possible to have multiple queues with the same name if each is in a different folder. The total number of queues is displayed in parentheses after the widget name. As a queue's state changes, the chart gets updated and the block color changes accordingly.

The various scenarios are represented with colored blocks and tooltips as follows:

Color	Tooltip
Grey	Average Handling Time (AHT) not available or the queue doesn't have SLA enabled.
Green	No item is predicted to be at risk or out of SLA.
Orange	At least one queue item is predicted to be at risk.
Red	At least one queue item is predicted to be overdue (SLA breach).

SLA Predictions

Important:

Predictions are made for queue items with deadlines in the next 24 hours (can be changed using the Queue.SlaReadaheadTimeLimitHours app setting, and do not take into account the items' defer dates.
If at least one queue item exceeds its deadline, Over Capacity is displayed in the Necessary Robots (SLA) column and predictions are no longer calculated.

Predictions are calculated based on the AHT of each queue and on the deadlines of items in the queue. The deadlines are calculated as the SLA filled in at queue definition from the moment the queue item was added in the queue. Say you set the SLA to 2 hours, and you add 3 items into the queue at 4, 5, and 6 PM, then your items have the deadlines 6, 7, 8 PM, respectively. The mechanism is identical for risk deadlines.

Field	Description
Queue	The name of the queue.
Process	The name of the process which handles the items in the associated queue.
In SLA	The number of items which are going to be processed in time, before reaching the deadline. This also includes items that are predicted to be at risk. The sum between the number of items in SLA and the ones out of SLA is always the total number of new items in the queue which have the deadline in the next 24 hours.
At Risk	The number of items which are at risk, meaning they are not going to be processed within the risk deadline, but are expected to fall within the calculated deadline. Items that are at risk are considered to be in SLA, that's why they are also counted on the In SLA column.
Out SLA	The number of items that are predicted to exceed their deadline along items which have passed their established deadline. The sum between the number of items in SLA and the ones out of SLA is always the total number of new items in the queue which have the deadlines in the next 24 hours.
Running Robots	The number of busy Robots which run against the corresponding queue, meaning they execute the process set when enabling Queue SLA.
AHT (Per Item)	The average handling time of a processed item, calculated on all items in the selected queue since it was created. For a new queue, AHT is not calculated unless at least 3 queue items have been processed.
Risk SLA Breach	The amount of time in which the first item in the queue is going to exceed its risk deadline. Hovering over this value displays the exact time.
SLA Breach	The amount of time in which the first item in the queue is going to exceed its deadline. Hovering over this value displays the exact time.
Necessary Robots (SLA)	The number of Robots required such that all the items are processed before reaching their deadlines. The number of necessary Robots to meet the SLA does not depend on the number of running Robots. Over Capacity is displayed if at least one queue item exceeded its deadline. When this happens, predictions are no longer calculated.
Necessary Robots (Risk)	The number of Robots required such that all the items are processed before reaching their risk deadline. The number of necessary Robots to meet the Risk SLA is not calculated if there are no Robots running.

Example

Say you have a queue defined as follows:

You set the SLA is to 4 hours, and the Risk SLA to 3 hours.

Then 5 items, with an average processing time of 45 minutes, are added to your queue at the times indicated below.

The following scenarios occur, depending on the number of Robots which are processing items:

0 robots

You have 0 robots running at 18:00 o'clock.

Item	Added	Risk Deadline	Deadline	Status
Item 1	16:00	19:00	20:00	Out SLA
Item 2	16:20	19:20	20:20	Out SLA
Item 3	16:45	19:45	20:45	Out SLA
Item 4	16:45	19:45	20:45	Out SLA
Item 5	17:00	20:00	21:00	Out SLA

In Orchestrator, the SLA Predictions table is populated as follows:

In SLA	At Risk	Out SLA	Risk SLA Breach	SLA Breach	Nec. Robots (SLA)	Nec. Robots (Risk)
0	0	5		20:00	2	N/A

1 robot

You start 1 robot at 18:00 o'clock.

Item	Added	Risk Deadline	Deadline	Processed	Status
Item 1	16:00	19:00	20:00	18:45	In SLA
Item 2	16:20	19:20	20:20	19:30	In SLA, At Risk
Item 3	16:45	19:45	20:45	20:15	In SLA, At Risk
Item 4	16:45	19:45	20:45	21:00	Out SLA
Item 5	17:00	20:00	21:00	21:45	Out SLA

In Orchestrator, the SLA Predictions table is populated as follows:

In SLA	At Risk	Out SLA	Risk SLA Breach	SLA Breach	Nec. Robots (SLA)	Nec. Robots (Risk)
3	2	2		20:45	2	3

2 robots

You start 2 robots at 18:00 o'clock.

Item	Added	Risk Deadline	Deadline	Processed	Status
Item 1	16:00	19:00	20:00	18:45	In SLA
Item 2	16:20	19:20	20:20	18:45	In SLA
Item 3	16:45	19:45	20:45	19:30	In SLA
Item 4	16:45	19:45	20:45	19:30	In SLA
Item 5	17:00	20:00	21:00	20:15	In SLA, At Risk

In Orchestrator, the SLA Predictions table is populated as follows:

In SLA	At Risk	Out SLA	Risk SLA Breach	SLA Breach	Nec. Robots (SLA)	Nec. Robots (Risk)
5	1	0	20:00		2	3

Anything processed after the risk deadline and before the deadline is considered At Risk and In SLA. Anything processed after the deadline is considered Out SLA. The Risk SLA Breach represents the amount of time until the first risk deadline is exceeded. The SLA Breach represents the amount of time until the first deadline is exceeded.

On this page

Filters
Queue SLA Overview
SLA Predictions
Example
0 robots
1 robot
2 robots

Was this page helpful?

PREVIOUSQueues

NEXTAbout Queues and Transactions

Support and Services

Get The Help You Need

UiPath Academy

Learning RPA - Automation Courses

UiPath Forum

UiPath Community Forum

Trust and Security

Cookies Policy