4 min read

RPA (robotic process automation) repeats exact steps a person would click through, and works best on stable, rule-based processes with structured inputs. AI agents read unstructured information, apply a playbook, and prepare work that needs some judgment. If the steps never change and the input is always the same shape, RPA fits. If someone has to read, interpret, or decide, an AI agent fits better.

Where RPA is the right tool

  • Copying the same fields between two systems that have no integration.
  • Running a fixed sequence of screens on a schedule.
  • High-volume, low-variation tasks where every case looks the same.

RPA's weakness is change. A moved button, a renamed field, or an unusual case breaks the script, and someone has to fix it. Teams that rely heavily on RPA often spend a meaningful share of their time maintaining bots rather than building new ones.

Where AI agents are the right tool

  • Reading emails, contracts, invoices, or tickets that don't follow one format.
  • Comparing a document against a playbook and flagging what deviates.
  • Drafting a response, report, or follow-up for a person to approve.
  • Spotting patterns across many cases, such as a cluster of similar tickets.

AI agents tolerate variation, but they need guardrails: clear permissions, a written playbook, and human approval for anything consequential. Without those, an agent's flexibility becomes a risk instead of an advantage.

A quick test for any workflow

  • Could you write every step as a flowchart with no 'it depends'? Use RPA or simple automation.
  • Does a person read something and decide what to do? Use an AI agent with approval.
  • Both? Let the agent prepare and decide, then let fixed automation carry out the approved result.

STIV sits on the agent side of this line: division-specific agents that prepare and propose, with every consequential action routed through an approval gate, as explained in how approval gates work. It doesn't replace a stable RPA bot that already works — it covers the judgment-heavy work those bots were never able to handle.

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