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What is it?
Robotic Process Automation (RPA) is technology that deploys a software robot to replicate actions a staff member would normally perform manually in one or more applications: copying data, filling in forms, moving files, reading screens, and executing actions based on fixed rules. The robot works on the user interface of existing software, without that software needing to be changed.
RPA is particularly well suited to tasks that are high-volume, highly repetitive, and involve few exceptions. Its key strength is that it works with systems that have no API: the robot does exactly what a staff member would do, but faster and without errors on the fixed rules.
Why it matters for SMEs
For SMEs, RPA solves a concrete problem: much of the daily workload consists of manually transferring information between systems that do not talk to each other. That work is time-consuming, error-prone, and meaningless for the person doing it. RPA takes it over without requiring you to replace or integrate systems through custom development.
- Immediate time saving on high-volume work: tasks that currently take hours each day, such as invoice entry, order confirmations, or report assembly, can be taken over by a robot that completes them in a fraction of the time.
- Fewer input errors: an RPA robot executes fixed rules flawlessly. The category of errors that arises from manual copying or missed steps disappears for automated tasks.
- No system replacement required: RPA works on top of existing software. You do not need to replace your accounting package, ERP, or CRM, or connect them via a new API, to gain the benefits.
The practical limit of RPA is tasks that vary based on content, tone, or context, such as responding to client emails. For those, intelligent automation, combining RPA with AI, is the next step.
How it works
An RPA robot is programmed with a sequence of steps to execute: open application X, read value Y from field Z, copy it to system A, click confirm, move to the next row. Those steps are captured in a workflow that the robot executes repeatedly.
- Process analysis: the task to be automated is documented step by step, including exceptions and decision rules.
- Build the robot: the steps are translated into an automated workflow in an RPA tool such as UiPath, Automation Anywhere, or Power Automate.
- Test: the robot is tested against a representative set of cases to verify that all steps work correctly and exceptions are handled properly.
- Deploy: the robot runs in production, triggered by a scheduled event or a manual start.
- Monitor: the robot is watched for errors, deviations, and changes in the source systems that could break the workflow.
The most common pitfall is that the robot breaks when the underlying software receives an update that changes the screen layout. Good maintenance and a clear owner of the robot process are essential for sustained use.
Example in practice
Picture a construction company that receives dozens of supplier invoices in PDF format by email each week. A staff member has to open each invoice manually, copy the details, and enter them into the ERP system. An RPA robot takes over that step: it opens each PDF attachment, reads the relevant fields using a fixed extraction rule, enters the data into the ERP, and sets aside invoices with unusual values for human review. The staff member only needs to handle the exceptions, not the bulk.
Comparison and misconceptions
RPA mimics manual steps based on fixed rules; intelligent automation adds AI to handle tasks that vary based on content or context. RPA is the right starting point for high-volume rule-based tasks; intelligent automation is the step you take when those rules are no longer sufficient.
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