Digitilization Flashcards
(40 cards)
What does RPA stand for?
Robotic Process Automation
What are the 6 key benefits for using RPA?
- Valuable Work
- Scalability
- Optimization
- Quality
- Digitalization
- Compliance
Why is Valuable Work a key benefit for using RPA?
RPA reduces simple, manual and repetitive tasks and rises capacity for value-adding work
Why is Optimization a key benefit for using RPA?
Employees spend less time on tasks. Also automation of processes requires process analysis and optimizations.
Why is Quality a key benefit for using RPA?
The quality gets better because of significant reduction in error rates in repetitive processes.
Why is Digitalization a key benefit for using RPA?
Digitalization is the first step of automation. With digital processes software bots can be generally operated 24/7.
Why is Compliance a key benefit for using RPA?
There is full transparency on the actions of a RPA bot due to an action log within the RPA software.
Why is Scalability a key benefit for using RPA?
RPA ensures flexibility in capacity (demand variation and peaks can be managed); RPA is easy to scale to other processes and business units.
RPA can overcome many problems that result from what?
our old-fashioned IT landscape
What is VBA (Visual Basic for Applications)?
scripting language to create programs based on Microsoft Office applications (Excel, Word, Access etc.)
What is RPA (Robotic Process Automation)?
- Emulates humans
- Centrally and locally managed bots
- Precondition for digitalization
What is IRPA (Intelligent / Cognitive RPA)?
- Data transformation
- OCR, NLP, Chatbots
- Intelligent information processing
What is AA (Algorithmic Automation)?
- Data clustering and classification
- Machine Learning
- Predictive/ prescriptive models
What is AI (Artificial Intelligence)?
- Assists humans
- Deep Learning
- Self-learning systems
What are challenges that need to be considered when introducing Process Automation?
- costs
- efficiency
- quality
- capacity
- sourcing
- analytics
- reporting
What are robots?
computer-coded software
programs imitating human interaction with applications
cross-functional and cross-application
What can robots do?
gather and collate information
calculate and decide
communicate
report
import and export data
What are attributes of an unattended robot?
- … work independent of any human interaction
- … work on separate, virtual workstations
- … are triggered by a defined schedule
General Use:
In manual, repetitive, highly rule-based back office activities, which do not require any human intervention.
What are attributes of an attended robot?
- … work on the same workstations as humans and usually use the user‘s credentials (user blocked).
- … are triggered by a human.
General Use:
In business scenarios that require input or decision making from the human user, or when a well-defined schedule cannot be applied due to the volatility of the process.
How can robots be used for processes with certain criteria?
Structured and fixed inputs and
outputs
✅ standard templates & electronic format
✅ unstructured formats & paper format
Rule-based & repetitive
✅ clear process flow
✅ cognitive decisions
Limited human intervention
✅ algorithms based
✅ human discretion
Stable process with little exceptions and changes
✅ few to no exceptions
✅ many exceptions
High volume or significant peaks in workload
✅ high scalability potential
✅ low scalability potential
What work can robots do for me?
Automation of repetitive & rule-based tasks
Implementation of tasks with high failure risk or immense effort
Automation of repetitive & rule-based tasks entails what?
• Handling of new items in a system inbox: Sending back incomplete items, researching details in other systems, updating entries and status fields, sending out emails
Example: Plant extension in Outlook mailbox or items in SAP inbox
• Creation of new items in a system based on already existing lists
Example: BANF creation
• Reporting: Export multiple reports from SAP, clean up and process raw data, send out individual reports to areas
Example: cost centre reports
Implementation of tasks with high failure risk or immense effort entails what?
With RPA processes that have not or only rarely been done due to high failure risk or immense effort needed can be implemented by
- Collect data to help with your work
- Change data in a system based on fixed rules
- Regularly transfer large amounts of data from one system to another where the system has no interface or upload function
What is the RPA lifecycle?
The RPA lifecycle includes different phases of the implementation process, from the first idea of optimizing a process with RPA to the execution of the robot.