What is RPA?
RPA (Robotic Process Automation) is software robots that perform work in the applications your employees already use. The robot is not a physical machine but a program that controls the screen, keyboard and mouse (or calls the systems directly) according to a fixed script. Because the robot works in the user interface, it can automate across systems that were never built to talk to each other, including older line-of-business systems without an API.
What can a software robot do?
Anything that can be described as a fixed rule, a robot can perform:
- Move data between systems: orders from the webshop into the finance system, master data from CRM into the line-of-business system.
- Process invoices: read, code and send for approval, escalating only the exceptions to a human.
- Create and deactivate users: the same checklist, every time, with no forgotten steps.
- Reconciliations and controls: compare lists, find discrepancies, generate reports. All overnight, ready in the morning.
The gain is not just hours saved: Robots make no typos, skip no steps and document everything they do.
RPA vs. Power Automate vs. AI
The three concepts overlap, but each has its own role:
- Power Automate (cloud flows) automates via integrations: When the systems have connectors, it is the simplest and most robust route.
- RPA (in the Microsoft world, Power Automate Desktop) takes over when a system has no integrations and the robot must work in the user interface like a human.
- AI handles the unstructured: reading a free-text email, assessing a document, extracting meaning. AI decides, RPA executes.
Modern automation typically combines all three: AI reads the incoming invoice, a flow sends it for approval, and a robot keys it into the legacy system.
Which processes are suitable for RPA?
The good candidates meet three criteria: rule-based (the decisions can be written as if/then), repetitive (enough volume for automation to pay off) and stable (the process and the screens rarely change). The classics are invoice handling, master data maintenance, reconciliations and data transfer between systems. Poor candidates are tasks involving judgement, frequent exceptions or systems in constant flux. There, the robot ends up as a maintenance burden. So start small: one process, a measurable gain, and build from there.
How MI Support IT can help
MI Support IT helps with the whole chain: identifying the right processes, building the robots in Microsoft Power Platform and combining them with AI where it makes sense. See also our AI advisory. Contact us for a conversation about which of your routines could run by themselves.