The primary purpose of UiPath Data Service is to provide a persistent data storage service that brings powerful no-code data modeling and storage capabilities to your Robotic Process Automation (RPA) projects. UiPath Data Service allows you to securely store and manage your business data within UiPath, and use it for various automation scenarios, such as aggregating data from multiple systems, supporting long-running business processes, and passing data across attended and unattended workflows. UiPath Data Service is integrated with Studio and Robot, and offers rich relational data types, integrated security, and instantaneous and adjustable provisioning and deployments. (https://docs.uipath.com/data-service/automation-cloud/latest/user-guide/introduction)

References:

• Data Service - Introduction - UiPath Documentation Portal
• Data Service - UiPath Documentation Portal
• Data Visualization in UiPath Data Service | Community Blog
• UiPath Data Service: Data management and storage simplified for your automation

According to the UiPath documentation, a hybrid mode deployment allows you to use the existing on-premise Orchestrator installation and connect it to the cloud-based AI Center and Document Understanding services1. This way, you can leverage the benefits of cloud computing, such as scalability, flexibility, and lower costs, without compromising the security and stability of your Orchestrator1. Moreover, a hybrid mode deployment can be faster and easier than a full cloud or on-premise mode, as it does not require a lengthy approval process or hardware provisioning23.

References:

• AI Center - Hybrid Deployment
• Solutions Management - Deploying a solution
• Enable Phase | Deployment Options | Solution Architect | UiPath …

Choosing a UiPath Automation Cloud licensing plan should be a strategic decision based on an organization's specific automation needs, budget constraints, and intended use cases. It's essential to assess the scale of automation, the complexity of processes to be automated, and the number of users or robots that will be required. This evaluation helps in selecting a licensing plan that not only fits the current requirements but also offers scalability for future expansion. Rushing into a plan with the most licenses or the longest trial period without considering these factors can lead to underutilization or unexpected costs. A well-chosen plan ensures that the organization can maximize the benefits of automation while staying within budget.

References:

• UiPath Automation Cloud: Licensing Plans
• UiPath Cloud Platform Guide: Choosing the Right Plan

The "EditGrid" component in UiPath Apps is designed to enhance data interaction within an app. It allows users to view, edit, and manage data in a tabular format directly within the app interface. This functionality is crucial for apps that require data manipulation, as it enables end-users to make real-time updates and changes to the data without the need for external tools or interventions. The EditGrid fosters a more dynamic and interactive user experience, making it easier to handle data-intensive tasks within UiPath Apps.

References:

• UiPath Apps Guide: EditGrid Component
• UiPath Forum: How to Use EditGrid in UiPath Apps

Optical Character Recognition (OCR) is a foundational technology that converts different types of documents, such as scanned paper documents or PDFs, into editable and searchable data by recognizing text within digital images. UiPath Document Understanding builds upon OCR technology but goes further by not only recognizing text but also understanding the structure, context, and semantics of documents. This enables the extraction of specific information, classification of documents, and interpretation of the document's meaning, facilitating the automation of complex document processing workflows that involve various document types and require contextual understanding.

References:

• UiPath Document Understanding Guide: Introduction to Document Understanding
• UiPath OCR Activities Guide: OCR Activities

According to UiPath Best Practices, the For Each activity should be used for implementing the Classification Loop in the high-level solution diagram. The For Each activity enables you to iterate through a collection of items and perform an action for each item. In this case, the collection of items would be the invoices from various clients that require processing. The action for each item would be to extract data using the ML model, process the extracted data, update the information in the storage bucket, upload or move the SharePoint files, and add the document path to the processing queue. Alternatively, if the extracted data is not processed, the action would be to create a validation in the Action Center and wait for the SME to review it. The For Each activity is suitable for this scenario because it allows you to process each invoice sequentially and handle any exceptions or validations that may occur. The For Each activity also has a Body property where you can add other activities or invoke workflows that are relevant to the Classification Loop logic. References: For Each - UiPath Activities, Design Best Practices - UiPath Documentation Portal, Automation Solution Architect - UiPath Academy

The Solution Architect is responsible for providing developers with the details for code repository requirements in a UiPath project. This role involves defining the architectural framework and ensuring that the project's technical solutions are aligned with the organization's strategic objectives. By specifying code repository requirements, the Solution Architect sets the standards for version control, collaboration, and code quality, facilitating efficient and organized development practices among the development team.

References:

• UiPath Best Practices: Role of a Solution Architect
• UiPath Studio Guide: Version Control Systems

 Package Explorer is a feature that enables you to view the contents of any package version uploaded to Orchestrator. You can access it from the Packages page, by clicking the Explore button next to the package name. Package Explorer displays a graphical representation of the entry .xml file of the package, as well as the variables, arguments, and imports that are part of it. You can also view the properties of each activity, such as selectors, text, or output variables. Package Explorer can help you troubleshoot errors, compare different versions of a package, or inspect the logic of a package without opening it in Studio.

References:

• Package Explorer
• New package Explorer options with 2019.10 Beta

According to the UiPath documentation and the UiPath Academy course, there are four types of feeds that can be used to deploy a package in Orchestrator:

• Tenant feed: This is the default feed for all tenants in Orchestrator. It is hosted on the Orchestrator server and can store both processes and libraries. It can be accessed by all users within the tenant12.
• Folder feed: This is a feed that can be configured for a specific folder in Orchestrator. It can store only processes and can be accessed only by users within the folder. It can be useful for isolating packages for different environments or projects13.
• Personal workspace feed: This is a feed that can be configured for a personal workspace in Orchestrator. It can store only processes and can be accessed only by the user who owns the workspace. It can be useful for testing and debugging packages before publishing them to other feeds14.
• Custom feed: This is a feed that can be configured by adding an external source, such as Azure DevOps, Artifactory, MyGet, etc. It can store both processes and libraries and can be accessed by users who have the credentials for the external source. It can be useful for integrating with third-party tools or services1 .

References:

• Automation Ops - Orchestrator Feeds - UiPath Documentation Portal1
• Queues and Transactions - UiPath Documentation Portal2
• Folders - UiPath Documentation Portal3
• Personal Workspaces - UiPath Documentation Portal4
• External Feed For Packages - UiPath Community Forum

High Availability (HA) in the context of UiPath Orchestrator is a setup designed to ensure that the system remains available and operational, even in the event of hardware failures, software crashes, or other unexpected issues. HA is achieved by implementing a multi-node Orchestrator deployment, where multiple instances of Orchestrator are run in parallel. This setup provides redundancy, meaning if one node fails, the others can take over, ensuring continuous operation. The key benefit of HA is its ability to resist failures and maintain stability, which is crucial for critical enterprise operations relying on RPA.

References:

• UiPath Orchestrator Guide: High Availability
• UiPath Orchestrator Guide: Setting Up High Availability

To access Automation Cloud, you do not need a dedicated infrastructure, an on-premises installation, or an offline access. You only need an internet connection with TLS and a compatible web browser. Automation Cloud is a cloud-based platform that delivers the full UiPath Platform, including SaaS robots and self-hosted robots, in under a minute, from any of six regions around the world. You can access it from any supported browser, such as Google Chrome, Microsoft Edge Chromium, Mozilla Firefox, or Apple Safari. Other browsers that are not listed, older versions of the listed ones, or mobile browsers are not supported and may cause errors or malfunctions. References: Automation Cloud - Software requirements - UiPath Documentation Portal, Complete cloud-based enterprise automation solution | UiPath

A development Specification Document (DSD) is a critical document for a smooth implementation of an RPA project. It should contain the automated process details and focus on two main categories: runtime guide and development details1. The runtime guide should provide information about how the robot will run, such as the input and output files, the configuration settings, the error handling, the logging and reporting, the credential management, and the Orchestrator usage. The development details should provide information about how the robot was built, such as the packages, the environment, the source code repository, the workflow components, the reusable components, the invoke tree, the custom logs, and the background versus foreground automation.

References: 1: Studio - Automation Lifecycle - UiPath Documentation Portal

For UiPath license estimation, two key best practices include assessing the number and complexity of processes to determine the required types of robots (e.g., Attended, Unattended, Studio, StudioX) and evaluating concurrent robot usage during peak workloads. Understanding the complexity of the processes helps in choosing the right type of robots that align with the tasks' needs, ensuring efficient automation. Concurrent usage assessment is crucial for optimizing resource allocation, especially during peak periods, to maintain high efficiency and productivity without overprovisioning resources. This strategic approach to licensing can significantly enhance the scalability and cost-effectiveness of RPA initiatives.

References:

• UiPath Licensing Guide: Robot Types and Licensing
• UiPath Best Practices: License Management

The main purpose of Workflow Analyzer in UiPath Studio is to evaluate the usage of best practices within the development process, identify design errors, and pinpoint areas for improvement. Workflow Analyzer is a static code analysis tool that scans automation projects for potential issues, inefficiencies, and deviations from best practices. It provides developers with actionable feedback and recommendations, helping to improve the quality, maintainability, and performance of the workflows. This tool is instrumental in ensuring that automations are built to the highest standards, aligning with organizational guidelines and industry best practices.

References:

• UiPath Studio Guide: Workflow Analyzer
• UiPath Best Practices: Workflow Design

 UiPath Apps is a platform that enables users to build and share enterprise-grade custom applications that connect to data in any underlying cloud or on-premises system using the power of automation. Users can create apps using a web browser, a rich library of drag-and-drop controls, and automations from the UiPath Platform. UiPath Apps supports APIs, legacy applications, and data sources that are not easily programmable. Users can also run their apps on any device, and integrate them with other UiPath products such as UiPath Assistant, UiPath Automation Hub, and UiPath Process Mining. References: Apps - Introduction - UiPath, Introducing UiPath Apps: A Robot-Powered Low-Code Platform

UiPath AI Center is a service that allows users to deploy, manage, and consume machine learning models within RPA workflows in Studio. Users can bring their own models, use the pre-built models provided by UiPath, or select third-party models from the UiPath Marketplace. The UiPath Marketplace is a platform where users can find and install ready-made components, such as activities, workflows, connectors, dashboards, and machine learning models, that are integrated with UiPath products. The Marketplace offers models from various third-party integration platforms, such as AWS, Azure, Google Cloud, IBM Watson, and more. References: RPA & AI Integration with AI Center, AI Center - About AI Center, UiPath Marketplace

According to the UiPath Automation Solution Architect course1, the role of an RPA Solution Architect is to design, develop, and deliver end-to-end automation solutions for various business processes. The RPA Solution Architect is involved in all the stages of an RPA project, from the initial analysis and planning, to the development and testing, to the deployment and maintenance. The RPA Solution Architect also acts as a technical lead and mentor for the RPA developers, ensuring that the best practices and standards are followed. The RPA Solution Architect also collaborates with the business analysts, process owners, and other stakeholders to ensure that the automation solutions meet the business requirements and expectations.

References: 1: UiPath Automation Solution Architect Course

UiPath Automation Hub is a centralized platform that enables users to capture, prioritize, and track automation ideas throughout their lifecycle. It also integrates with UiPath Task Mining, which is a tool that analyzes employees’ desktop activities to discover repetitive and automatable tasks. By integrating Task Mining with Automation Hub, users can export the documented tasks as automation ideas and manage them in a unified pipeline. This way, users can leverage the data-driven insights from Task Mining to build a high-ROI automation portfolio. References: Task Mining Integration with Automation Hub, Automation Hub Overview

UiPath Automation Cloud is a cloud-based enterprise automation solution that provides a unified platform for managing all your automation work and resources in one place. It enables you to deploy, operate, and scale your robotic factory in just a few seconds. UiPath Automation Cloud offers various services that you can provision and use within your organization and tenants. Some of the services available within UiPath Automation Cloud are:

• Orchestrator: The core service that enables you to monitor, manage, and control your robots, processes, queues, assets, and environments. Orchestrator also provides APIs, webhooks, and integrations for connecting your automation workflows with other systems and applications.
• Testing: A service that allows you to create, execute, and analyze automated tests for your applications and processes. Testing also integrates with Test Manager, a web application that helps you manage your testing projects, test cases, test data, and test results.
• Document Understanding: A service that enables you to process and analyze documents of various formats and extract key information from them. Document Understanding also integrates with Actions, a web application that allows you to review, validate, and correct the data extracted by the robots.
• Insights: A service that provides analytics and dashboards for measuring and improving the performance and impact of your automation projects. Insights also integrates with Orchestrator and allows you to customize and share your reports and visualizations.

Other services that are available within UiPath Automation Cloud include:

• Automation Hub: A service that helps you discover, prioritize, and manage your automation ideas and projects. Automation Hub also integrates with Task Capture, a desktop application that allows you to record and document your business processes.
• Apps: A service that enables you to create and run custom business applications that connect to your data and automations. Apps also integrates with Data Service, a cloud database that allows you to store and access your data across your apps and processes.
• Process Mining: A service that helps you discover, monitor, and improve your business processes based on data from your systems and applications. Process Mining also integrates with Task Mining, a desktop application that allows you to capture and analyze user activities and behaviors.

References:

• Automation Cloud - About Automation Cloud - UiPath Documentation Portal
• Automation Cloud - Managing services - UiPath Documentation Portal
• Complete cloud-based enterprise automation solution | UiPath

Storage buckets provide a per-folder storage solution for RPA developers to leverage in creating automation projects1. In the diagram, the Storage Bucket is used for updating information and uploading/moving unprocessed files. This is related to the classification data that is created and validated in the Action Center by the SME (Subject Matter Expert). The classification data is used to train the machine learning model that extracts data from the documents2.

References:

• About Storage Buckets
• UiPath Apps (Storage Bucket). Introduction

UiPath Action Center is a platform that enables human-robot collaboration for unattended automation. It allows users to provide inputs to robots, handle business process exceptions, and initiate unattended processes through form-based input and file upload. Action Center also offers a central portal where users can track and monitor complex workflows across business units, tasks, people, and robots.

References:

• Action Center - Introduction
• Human Robot Collaboration - Unattended Automation
• Action Center - UiPath

When UiPath Robots are deployed in Service Mode, they operate as a Windows service. This configuration allows the Robot to execute jobs assigned via Orchestrator independently of any user session on the machine. The Robot in Service Mode does not require a user to be logged in to the machine to start and execute processes, enabling unattended automation scenarios. This capability is particularly useful for automations that need to run at scheduled times or be triggered by specific events without human intervention.

References:

• UiPath Robot Guide: Robot Service Modes
• UiPath Orchestrator Guide: About Jobs

The single-node deployment option is recommended for evaluation and demo scenarios because it is simpler and faster to set up and requires less resources. It involves installing the Automation Suite on a single server node, which hosts both the cluster management services and the UiPath products and shared components. This option is not suitable for production use, as it does not provide high availability, scalability, or fault tolerance. It also does not support special workloads that require GPU capabilities, such as Task Mining analysis and Document Understanding pipelines. References:

• Automation Suite - Deployment architecture - UiPath
• Automation Suite - Supported use cases for single-node and multi-node installations - UiPath

To arrange the flow steps in UiPath Test Manager before deployment in the correct order, follow these sequences:

1st = Requirements are created either in UiPath Test Manager or in an external tool.This step is crucial as it sets the foundation for what needs to be tested, aligning the testing process with business and functional requirements.

2nd = Tester defines test cases in UiPath Test Manager and optionally documents them with Task Capture.Once requirements are established, testers can define and document test cases that correspond to those requirements, ensuring that all aspects of the requirement are covered.

3rd = Test manager assigns test cases to requirements.This step involves mapping each test case to its corresponding requirement to ensure that all requirements are adequately tested.

4th = Developer takes documentation and automates defined test cases in Studio.With the test cases defined and assigned, developers can then proceed to automate these test cases in UiPath Studio, creating automated tests that can be executed against the application or process being tested.

5th = Developer links the test case in Studio to the test case in UiPath Test Manager.After automating the test cases, developers need to link these automated tests in Studio back to the original test cases in Test Manager. This linkage ensures traceability and allows for integrated test management and execution.

6th = Architect deploys automated test cases from Studio to Orchestrator.The final step in the process is for the architect to deploy the automated test cases from UiPath Studio to UiPath Orchestrator. This deployment makes the automated tests available for scheduling and execution as part of the overall testing strategy.

Splitting the process into three distinct sub-processes - Dispatcher, Performer, and Reporter - aligns with best practices for RPA design, promoting modularity and scalability. The Dispatcher's role would be to initialize the process, such as identifying and queuing work items. The Performer would then take over to handle the core automation tasks (steps 2 to 4), focusing on processing the queued items. Finally, the Reporter would compile and present the results or outcomes of the automation (steps 5 to 7). This structure not only clarifies the process flow but also facilitates easier maintenance and updates, as each sub-process can be modified independently without affecting the others.

References:

• UiPath REFramework Guide: Dispatcher-Performer Model
• UiPath Best Practices: Framework for Process Design

High-volume, repetitive tasks that are predictable and do not require creativity or critical thinking are well-suited for automation with RPA. These tasks often involve routine data entry, data extraction, and rule-based decision-making, which can be efficiently handled by robots. Automating such tasks can significantly improve efficiency, accuracy, and speed, while freeing up human workers to focus on more complex and value-added activities that require human judgment, creativity, and emotional intelligence.

References:

• UiPath RPA Guide: Identifying Processes for Automation
• UiPath Best Practices: Process Selection

A PDD is a Process Definition Document that describes the business process to be automated, its inputs, outputs, exceptions, and dependencies. It is a key document for the RPA project, as it serves as the basis for the solution design and development2. The business analyst is the one who leads the creation of the PDD, by gathering the requirements from the subject matter experts, analyzing the current state of the process, and documenting the steps and logic of the process in a clear and detailed manner. The business analyst also ensures that the PDD is aligned with the client’s expectations, objectives, and standards, and that it is reviewed and approved by the relevant stakeholders before handing it over to the RPA developers13.

References:

• 1: What does a Business Analyst is? - UiPath Community Forum
• 2: What is PDD?and what the difference between PDD and SDD
• 3: Developers and Business Analysts - Help - UiPath Community Forum

Clustering in UiPath Orchestrator is designed to ensure high availability by providing redundancy and fault tolerance. If one Orchestrator node in the cluster fails, other nodes can continue to handle the workload, ensuring that the system remains operational with minimal disruption.

Solution architects are responsible for designing automation solutions and choosing the technology stack for the development and operationalization of the solution. They are also responsible for overseeing the development and implementation stages. One of their key responsibilities is to coach developers on the best practices in an RPA project, such as following the UiPath Automation Implementation Methodology, using the UiPath templates and solution accelerators, applying the principles of modularity, reusability, and maintainability, and ensuring the quality and performance of the automation code. Solution architects should conduct frequent and thorough code reviews to enforce a high standard of the developed workflows and to facilitate knowledge transfer in the project team.

References:

• Become an Automation Solution Architect | UiPath Academy
• Roles of a Solution Architect in Automation, RPA Setting - UiPath
• Studio - Automation Lifecycle - UiPath Documentation Portal

WD8 is a process performer that executes the automation workflow for each transaction item from Queue 2. It uses the data extracted from the documents and the processing output to perform the required actions on the target applications. It also handles any exceptions that may occur during the execution and updates the status of the transaction items accordingly.

References:

• About Queues and Transactions
• About the REFramework
• Document Understanding - Introduction

 Artificial intelligence (AI) is a broad term that covers various technologies that enable machines to perform tasks that traditionally require human intelligence, such as reasoning, learning, problem-solving, and using language. AI can be classified into different types, such as weak AI, strong AI, and artificial general intelligence (AGI), depending on the level of intelligence and the scope of tasks that the machines can perform2. Some of the common applications of AI include natural language processing, computer vision, speech recognition, machine learning, and deep learning3.

References:

• 1: Artificial intelligence (AI) | Definition, Examples, Types, Applications, Companies, & Facts | Britannica
• 2: What Is Artificial Intelligence? Definition, Uses, and Types | Coursera
• 3: What is Artificial Intelligence (AI) ? | IBM

The primary responsibilities of an RPA Solution Architect include designing and planning RPA solutions that automate business processes to improve efficiency and productivity. This role involves understanding the business requirements, identifying automation opportunities, designing the solution architecture, and ensuring that the planned solution aligns with both technical and business goals. Solution Architects play a crucial role in bridging the gap between business needs and technical solutions, ensuring that the RPA deployments are successful and deliver the intended value to the organization.

References:

• UiPath Role Guides: Solution Architect
• UiPath Best Practices: Role of a Solution Architect

UiPath Apps is a low-code application development platform that enables you to build and share enterprise-grade custom applications that deliver engaging user experiences. Using UiPath Apps, you can quickly build custom business applications that connect to data in any underlying cloud or on-premises system using the power of automation. Apps built with UiPath App Studio provide rich controls for data access and update as well as conditional logic for complex business needs. The underlying UiPath RPA platform provides advanced workflow and business logic capabilities to automate your entire end to end business process.

References:

• Apps - Introduction - UiPath Documentation Portal
• Introducing UiPath Apps: A Robot-Powered Low-Code Platform

UiPath Automation Cloud offers a range of services designed to support and enhance the automation lifecycle, including Data Service, Test Manager, and Orchestrator. Data Service provides a no-code data modeling and storage solution that enables easy data management and integration within automations. Test Manager supports the planning, execution, and management of automated testing, ensuring the quality and reliability of RPA solutions. Orchestrator is the central component for deploying, managing, and monitoring RPA bots and processes, providing the infrastructure for enterprise-grade automation management.

References:

• UiPath Automation Cloud Guide: Services Overview
• UiPath Data Service Guide: Introduction to Data Service
• UiPath Test Manager Guide: Introduction to Test Manager
• UiPath Orchestrator Guide: About Orchestrator

Deal guidance is a machine learning application that helps financial services firms to optimize their deal pricing, terms, and risk assessment. It uses historical data, market trends, and customer preferences to generate insights and recommendations for the best deal outcomes. Deal guidance can also automate the deal approval process and generate reports and dashboards for performance monitoring and compliance. References: UiPath Automation Solution Architect Learning Plan, Module 6: Machine Learning and AI1; UiPath Automation Suite - Deal Guidance2; UiPath Academy - Roles of a Solution Architect in Automation, RPA Setting3.

According to the UiPath documentation, making an ML Skill public allows it to be accessible via an endpoint from outside of UiPath environment. This means that you can call it without the need to go through a robot connected to the specific tenant1. To do that, you need to select Modify current deployment in the ML Skill Details page > Update skill window, and enable the Public skill option. This will generate an API Key and URL that you can use to connect to the ML Skill from a different tenant1.

References:

• AI Center - Managing ML Skills
• What are the steps in moving a ML Skill to a new Tenant?
• AI Center ML Skill export question
• UiPath tenant move for AI Center

In UiPath's layered approach to automation, different types of workflows are categorized based on their functionality and level of abstraction. Workflow 1, which selects employees onboarded in the last month from a database, operates at the Application Data layer. This layer focuses on direct interactions with data sources, databases, and data manipulation without user interface involvement. Workflow 2, navigating to a webpage based on a certain rule, operates at the Application Screen layer. This layer involves automations that interact with the user interface of applications, such as navigating through screens, clicking buttons, and entering data into forms.

References:

• UiPath Best Practices: Layered Approach to Automation
• UiPath Studio Guide: Project Organization

In UiPath's documentation regarding the Dispatcher and Performer model, it is emphasized that the Dispatcher is responsible for adding items to the queue, while the Performer processes these items. An accurate split between Dispatcher and Performer tasks is crucial for efficient process design. The given estimation table should clearly distinguish tasks that add items to the queue (Dispatcher) from those that process items from the queue (Performer). Mixing or inaccurately assigning these tasks can lead to inefficiencies and confusion in process execution. (Source: https://docs.uipath.com/orchestrator/docs/about-queues-and-transactions )

According to the UiPath documentation and the UiPath Academy course, test cases can be linked directly from Uipath Studio to a correspondent test case and requirement in Test Manager. To complete this action, you need to integrate Studio to Test Manager. In Studio, you can right-click a test case and select Link to Test Manager. You can also use Ctrl + Click for multiple selections to link multiple test cases to a requirement. Test Manager might require you to sign in, using your credentials. Then, you can configure the test case information, such as the project, the requirement, and the test case name12.

References:

• Studio - Test Cases - UiPath Documentation Portal1
• UiPath Test Manager | UiPath Academy2

The key difference between Attended and Unattended Automations in UiPath is the level of human involvement and interaction required for the automation to run. Attended Automations are designed to assist human users with their tasks, such as filling forms, validating data, or providing guidance. They are triggered by the user and run on the user’s machine, usually in the foreground. They are best suited for smaller, fragmented tasks that need human input or decision making. Unattended Automations are designed to perform complex and repetitive tasks without human intervention, such as processing invoices, generating reports, or updating databases. They are triggered by a schedule, an event, or an API call and run on dedicated machines, usually in the background. They are best suited for large-scale, batch-mode tasks that need high reliability and scalability.

References:

• Overview - Attended Vs. Unattended Automation
• Attended Or Unattended RPA? Advantages for Both Solutions
• Robot - Attended Vs Unattended Robots

UiPath Apps is a low-code platform for developing user interfaces for RPA projects built with UiPath. It allows you to create apps using a web browser, a rich library of drag-and-drop controls, and automations from the UiPath Platform. UiPath Apps supports APIs, legacy applications, and data sources that are not easily programmable. You can build custom business applications that connect to data in any underlying cloud or on-premises system using the power of automation. You can also design apps that run in multiple form factors, such as a full-page console, a sidebar, or any other size for either desktop or mobile devices. You can use UiPath Apps to create simple or complex applications with base user interaction and advanced functionality, such as conditional logic, data validation, and error handling. You can also integrate and manage UiPath RPA automations within your apps, using attended or unattended robots to interact with back-end systems. UiPath Apps is not primarily focused on data analysis and machine learning, although you can use UiPath activities and integrations to perform such tasks within your automations. References:

• Apps - Introduction - UiPath Documentation Portal
• Introducing UiPath Apps: A Robot-Powered Low-Code Platform
• UiPath Apps

The Unique Key property in the Orchestrator Queue configuration allows you to specify whether the queue items should have unique references or not. A reference is a string value that can be used to identify a queue item. If the Unique Key property is set to Yes, then Orchestrator checks if the reference of the new queue item already exists in the queue, and rejects the item if it does. This way, you can prevent adding duplicate items to the queue and ensure that each invoice is processed only once. If the Unique Key property is set to No, then Orchestrator does not perform this check and allows adding items with the same reference to the queue. This option can be useful if you want to process the same invoice multiple times for different purposes or scenarios. References: Managing Queues in Orchestrator - UiPath Documentation Portal, Managing Queues in Orchestrator - UiPath Documentation Portal, Orchestrator Queue - “unique reference” is enforced - Help - UiPath Community Forum