UiPath products may be covered by one or more patents issued in the U.S. and/or elsewhere.
This page is provided to satisfy the virtual patent marking provisions of various jurisdictions, in particular, it is intended to serve as notice under 35 U.S.C. § 287(a).
The products and patents indicated in the list below may not be all-inclusive. For example, some products listed here may be covered by patents in the United States and elsewhere that are not listed, and other products not listed here may be protected by one or more patents in the United States and elsewhere.
Patented products may be sold as a unit, in components, or as a part of a combination with other systems or products.
The following products may be covered by one or more patents issued in the U.S. and/or elsewhere:
Product/Product Series Name | Patent no(s).: |
|---|---|
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Robotic process automation automation window | |
Using Artificial Intelligence To Select And Chain Models For Robotic Process Automation | |
Detecting User Interface Elements In Robotic Process Automation Using Convolutional Neural Networks | |
Systems And Methods Of Activity Target Selection For Robotic Process Automation | |
Method And Apparatus For Generating A Video Based On A Process | |
Automation Windows For Robotic Process Automation | |
Robot Browser Embedding | |
Robot Browser Embedding | |
Computer program and computer-implemented method providing automation windows for robotic process automation | |
Fuzzy Target Selection For Robotic Process Automation | |
Unified Support Framework For A Contact Center | |
Text Detection, Caret Tracking, And Active Element Detection | |
System And Method For Providing Contextual Assistance For Contact Center Applications | |
Text Detection, Caret Tracking, And Active Element Detection | |
Robotic process automation automation window | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Scheduling Robots For Robotic Process Automation | |
Automation Windows For Robotic Process Automation | |
Automation Windows For Robotic Process Automation | |
Naming Robotic Process Automation Activities According to Automatically Detected Target Labels | |
Training Optical Character Recognition Model For Robotic Process Automation | |
Automation Of A Process Running In A First Session Via A Robotic Process Automation Robot Running In A Second Session | |
Long Running Workflows For Document Processing Using Robotic Process Automation | |
Automatic Completion Of Robotic Process Automation Workflows Using Machine Learning | |
Text Detection, Caret Tracking, And Active Element Detection | |
Automatic Anchor Determination And Target Graphical Element Identification In User Interface Automation | |
Scheduling Robots For Robotic Process Automation | |
Providing Image and Text Data for Automatic Target Selection In Robotic Process Automation | |
Inter-Session Automation For Robotic Process Automation (Rpa) Robots | |
Dynamic Robot Tray | |
Application-Specific Graphical Element Detection | |
System And Method For Automatic Data Extraction From Document Images | |
Enhanced Target Selection For Robotic Process Automation | |
Long Running Workflows For Robotic Process Automation | |
Monitoring Long Running Workflows For Robotic Process Automation | |
On-Demand Cloud Robots For Robotic Process Automation | |
Maintaining Data Transformation Graphs | |
Bottleneck Detection For Processes | |
Retraining A Computer Vision Model For Robotic Process Automation | |
Media-To-Workflow Generation Using Artificial Intelligence (Ai) | |
Artificial Intelligence-Based Process Identification, Extraction, And Automation For Robotic Process Automation | |
Artificial Intelligence Layer-Based Process Extraction For Robotic Process Automation | |
Inserting Probabilistic Models In Deterministic Workflows For Robotic Process Automation And Supervisor System | |
Display Screen With A Graphical User Interface | |
Process Understanding For Robotic Process Automation (Rpa) Using Sequence Extraction | |
Resuming Robotic Process Automation Workflows Based On External Triggers | |
Sequence Extraction Using Screenshot Images | |
Automated Data Mapping Wizard For Robotic Process Automation (Rpa) Or Enterprise Systems | |
Method And Apparatus For Remote Native Automation Decoupling | |
Screen Response Validation Of Robot Execution For Robotic Process Automation | |
Application Integration For Robotic Process Automation | |
Shared Variable Binding And Parallel Execution Of A Process And Robot Workflow Activities For Robotic Process Automation | |
Systems And Methods For Robotic Process Automation Of Mobile Platforms | |
Entity Engine Of A Computing Platform | |
Graphical Element Detection Using A Combination Of User Interface Descriptor Attributes From Two Or More Graphical Element | |
Robotic Process Automation Analytics Platform | |
Process Tree Discovery Using A Probabilistic Inductive Miner | |
Systems And Methods Of Automating A File Download Activity | |
Web Based Viewing Of Robotic Process Automation (Rpa) Packages And Workflows | |
Graphical Element Detection Using A Combined Series And Delayed Parallel Execution Unified Target Technique, A Default Graphical Element Detection Technique, Or Both | |
User Interface (Ui) Mapper For Robotic Process Automation | |
Determining Sequences Of Interactions, Process Extraction, And Robot Generation Using Artifical Intelligence / Machine Learning Models | |
Robotic Process Automation (Rpa) Debugging Systems And Methods | |
Artifacts Reference Creation And Dependency Tracking | |
Mocking Robotic Process Automation (Rpa) Activities For Workflow Testing | |
Enterprise Process Graphs For Representing Rpa Data | |
System And Computer-Implemented Method For Validation Of Label Data | |
System And Computer-Implemented Method For Managing Robotic Process Automation (Rpa) Robots | |
System And Computer-Implemented Method For Seamless Consumption Of Automations | |
Text Detection, Caret Tracking, And Active Element Detection | |
Automation windows for Robotic Process Automation | |
Automation Of A Process Running In A First Session Via A Robotic Process Automation Robot Running In A Second Session | |
Long Running Workflows For Document Processing Using Robotic Process Automation | |
Systems And Methods Of Activity Target Selection For Robotic Process Automation | |
System And Computer-Implemented Method For Analyzing A Robotic Process Automation (Rpa) Workflow | |
Automatic Anchor Determination And Target Graphical Element Identification In User Interface Automation | |
Determining Sequences Of Interactions, Process Extraction, And Robot Generation Using Artifical Intelligence / Machine Learning Models | |
Process Tree Discovery Using A Probabilistic Inductive Miner | |
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Method And Apparatus For Generating A Video Based On A Process | |
Graphical Element Detection Using A Combined Series And Delayed Parallel Execution Unified Target Technique, A Default Graphical Element Detection Technique, Or Both | |
Fuzzy Target Selection For Robotic Process Automation | |
Artificial Intelligence-Based Process Identification, Extraction, And Automation For Robotic Process Automation | |
Automation Windows for Robotic Process Automation | |
Retraining A Computer Vision Model For Robotic Process Automation | |
Dynamic Artificial Intelligence / Machine Learning Model Update, Or Retrain And Update, In Digital Processes At Runtime | |
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Naming Robotic Process Automation Activities According to Automatically Detected Target Labels | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Automation Of A Process Running In A First Session Via A Robotic Process Automation Robot Running In A Second Session | |
Resuming Robotic Process Automation Workflows Based On External Triggers | |
Robot Browser Embedding | |
Graphical Element Detection Using A Combined Series And Delayed Parallel Execution Unified Target Technique, A Default Graphical Element Detection Technique, Or Both | |
Test Automation For Robotic Process Automation | |
Test Automation For Robotic Process Automation | |
Unified Support Framework For A Contact Center | |
System And Method For Providing Contextual Assistance For Contact Center Applications | |
System And Method For Providing Contextual Assistance For Contact Center Applications | |
Scheduling Robots For Robotic Process Automation | |
Scheduling Robots For Robotic Process Automation | |
Systems And Methods Of Activity Target Selection For Robotic Process Automation | |
Automatic Anchor Determination And Target Graphical Element Identification In User Interface Automation |
Patent no(s).: < slide > | |
|---|---|
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Robotic process automation automation window | |
Using Artificial Intelligence To Select And Chain Models For Robotic Process Automation | |
Detecting User Interface Elements In Robotic Process Automation Using Convolutional Neural Networks | |
Systems And Methods Of Activity Target Selection For Robotic Process Automation | |
Method And Apparatus For Generating A Video Based On A Process | |
Automation Windows For Robotic Process Automation | |
Robot Browser Embedding | |
Robot Browser Embedding | |
Computer program and computer-implemented method providing automation windows for robotic process automation | |
Fuzzy Target Selection For Robotic Process Automation | |
Unified Support Framework For A Contact Center | |
Text Detection, Caret Tracking, And Active Element Detection | |
System And Method For Providing Contextual Assistance For Contact Center Applications | |
Text Detection, Caret Tracking, And Active Element Detection | |
Robotic process automation automation window | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Scheduling Robots For Robotic Process Automation | |
Automation Windows For Robotic Process Automation | |
Automation Windows For Robotic Process Automation | |
Naming Robotic Process Automation Activities According to Automatically Detected Target Labels | |
Training Optical Character Recognition Model For Robotic Process Automation | |
Automation Of A Process Running In A First Session Via A Robotic Process Automation Robot Running In A Second Session | |
Long Running Workflows For Document Processing Using Robotic Process Automation | |
Automatic Completion Of Robotic Process Automation Workflows Using Machine Learning | |
Text Detection, Caret Tracking, And Active Element Detection | |
Automatic Anchor Determination And Target Graphical Element Identification In User Interface Automation | |
Scheduling Robots For Robotic Process Automation | |
Providing Image and Text Data for Automatic Target Selection In Robotic Process Automation | |
Inter-Session Automation For Robotic Process Automation (Rpa) Robots | |
Dynamic Robot Tray | |
Application-Specific Graphical Element Detection | |
System And Method For Automatic Data Extraction From Document Images | |
Enhanced Target Selection For Robotic Process Automation | |
Long Running Workflows For Robotic Process Automation | |
Monitoring Long Running Workflows For Robotic Process Automation | |
On-Demand Cloud Robots For Robotic Process Automation | |
Maintaining Data Transformation Graphs | |
Bottleneck Detection For Processes | |
Retraining A Computer Vision Model For Robotic Process Automation | |
Media-To-Workflow Generation Using Artificial Intelligence (Ai) | |
Artificial Intelligence-Based Process Identification, Extraction, And Automation For Robotic Process Automation | |
Artificial Intelligence Layer-Based Process Extraction For Robotic Process Automation | |
Inserting Probabilistic Models In Deterministic Workflows For Robotic Process Automation And Supervisor System | |
Display Screen With A Graphical User Interface | |
Process Understanding For Robotic Process Automation (Rpa) Using Sequence Extraction | |
Resuming Robotic Process Automation Workflows Based On External Triggers | |
Sequence Extraction Using Screenshot Images | |
Automated Data Mapping Wizard For Robotic Process Automation (Rpa) Or Enterprise Systems | |
Method And Apparatus For Remote Native Automation Decoupling | |
Screen Response Validation Of Robot Execution For Robotic Process Automation | |
Application Integration For Robotic Process Automation | |
Shared Variable Binding And Parallel Execution Of A Process And Robot Workflow Activities For Robotic Process Automation | |
Systems And Methods For Robotic Process Automation Of Mobile Platforms | |
Entity Engine Of A Computing Platform | |
Graphical Element Detection Using A Combination Of User Interface Descriptor Attributes From Two Or More Graphical Element | |
Robotic Process Automation Analytics Platform | |
Process Tree Discovery Using A Probabilistic Inductive Miner | |
Systems And Methods Of Automating A File Download Activity | |
Web Based Viewing Of Robotic Process Automation (Rpa) Packages And Workflows | |
Graphical Element Detection Using A Combined Series And Delayed Parallel Execution Unified Target Technique, A Default Graphical Element Detection Technique, Or Both | |
User Interface (Ui) Mapper For Robotic Process Automation | |
Determining Sequences Of Interactions, Process Extraction, And Robot Generation Using Artifical Intelligence / Machine Learning Models | |
Robotic Process Automation (Rpa) Debugging Systems And Methods | |
Artifacts Reference Creation And Dependency Tracking | |
Mocking Robotic Process Automation (Rpa) Activities For Workflow Testing | |
Enterprise Process Graphs For Representing Rpa Data | |
System And Computer-Implemented Method For Validation Of Label Data | |
System And Computer-Implemented Method For Managing Robotic Process Automation (Rpa) Robots | |
System And Computer-Implemented Method For Seamless Consumption Of Automations | |
Text Detection, Caret Tracking, And Active Element Detection | |
Automation windows for Robotic Process Automation | |
Automation Of A Process Running In A First Session Via A Robotic Process Automation Robot Running In A Second Session | |
Long Running Workflows For Document Processing Using Robotic Process Automation | |
Systems And Methods Of Activity Target Selection For Robotic Process Automation | |
System And Computer-Implemented Method For Analyzing A Robotic Process Automation (Rpa) Workflow | |
Automatic Anchor Determination And Target Graphical Element Identification In User Interface Automation | |
Determining Sequences Of Interactions, Process Extraction, And Robot Generation Using Artifical Intelligence / Machine Learning Models | |
Process Tree Discovery Using A Probabilistic Inductive Miner | |
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Method And Apparatus For Generating A Video Based On A Process | |
Graphical Element Detection Using A Combined Series And Delayed Parallel Execution Unified Target Technique, A Default Graphical Element Detection Technique, Or Both | |
Fuzzy Target Selection For Robotic Process Automation | |
Artificial Intelligence-Based Process Identification, Extraction, And Automation For Robotic Process Automation | |
Automation Windows for Robotic Process Automation | |
Retraining A Computer Vision Model For Robotic Process Automation | |
Dynamic Artificial Intelligence / Machine Learning Model Update, Or Retrain And Update, In Digital Processes At Runtime | |
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Multi-Anchor Based Extraction, Recognition, And Machine Learning Of User Interface (UI) | |
Naming Robotic Process Automation Activities According to Automatically Detected Target Labels | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Text Detection, Caret Tracking, And Active Element Detection | |
Automation Of A Process Running In A First Session Via A Robotic Process Automation Robot Running In A Second Session | |
Resuming Robotic Process Automation Workflows Based On External Triggers | |
Robot Browser Embedding | |
Graphical Element Detection Using A Combined Series And Delayed Parallel Execution Unified Target Technique, A Default Graphical Element Detection Technique, Or Both | |
Test Automation For Robotic Process Automation | |
Test Automation For Robotic Process Automation | |
Unified Support Framework For A Contact Center | |
System And Method For Providing Contextual Assistance For Contact Center Applications | |
System And Method For Providing Contextual Assistance For Contact Center Applications | |
Scheduling Robots For Robotic Process Automation | |
Scheduling Robots For Robotic Process Automation | |
Systems And Methods Of Activity Target Selection For Robotic Process Automation | |
Automatic Anchor Determination And Target Graphical Element Identification In User Interface Automation | |