RPA Phases of Evolution

What is the main characteristic of Assisted RPA (RPA 1.0)?

• Uses advanced AI capabilities

• Requires complete end-to-end automation

• Operates independently without human intervention

• Requires user or administrator intervention

Which type of RPA is most often used for back-office activities?

• Assisted RPA (RPA 1.0)

• Unassisted RPA (RPA 2.0)

• Autonomous RPA (RPA 3.0)

• Cognitive RPA (RPA 4.0)

What kind of data can Unassisted RPA (RPA 2.0) handle?

• Semi-structured and unstructured data

• No data handling capabilities

• Unstructured data only

• Structured data only

What is the main limitation of Unassisted RPA (RPA 2.0)?

• It cannot handle any data

• It cannot handle structured data

• It cannot handle unstructured data

• It cannot handle semi-structured data

What is the main advantage of Autonomous RPA (RPA 3.0)?

• It can process unstructured data

• It requires human intervention for all tasks

• It cannot be deployed through the cloud

• It cannot handle exceptions

What kind of data can Cognitive RPA (RPA 4.0) process?

• No data processing capabilities

• Structured data only

• Semi-structured and unstructured data

• Unstructured data only

What advanced AI capabilities does Cognitive RPA (RPA 4.0) use?

• Data Mining and instant messages processing

• Optical Character Recognition (OCR) and Natural Language Processing (NLP)

• Word-processing documents and emails processing

• Images processing and audio processing

What is the main characteristic of Autonomous RPA (RPA 3.0)?

• Uses advanced AI capabilities

• Requires complete end-to-end automation

• Operates independently without human intervention

• Allows dynamic scaling

What is the main limitation of Cognitive RPA (RPA 4.0)?

• It cannot process structured data

• It cannot process any data

• It cannot process semi-structured data

• It cannot process unstructured data

What is the main characteristic of Unassisted RPA (RPA 2.0)?

• Requires user or administrator intervention

• Operates independently without human intervention

• Requires complete end-to-end automation

• Allows dynamic scaling