Automation & Workflow

Workflow Automation

Run multi-step processes across your systems

Automation Data Intermediate Mature
Capability type
Automation
Modality
Data
Typical input
Trigger event + data
Typical output
Completed process run
Measured by
Run success rate

Overview

AI workflow automation puts model calls inside an orchestrated process. Traditional automation handles the deterministic steps — triggers, branching, retries — while the AI handles classification, extraction, drafting and the judgement calls in between.

How it works

A trigger fires, data moves through a sequence of steps, and AI steps classify, extract or generate at the points where fixed rules cannot cope. Conditional branches, retries and human approval gates keep the process reliable.

Use cases

Inbound lead routing

Classify and enrich inbound enquiries, then route them to the right owner.

Sales

Invoice processing

Read, validate and post supplier invoices with exceptions sent to a human.

Finance

Content pipelines

Draft, review and schedule content across channels on a fixed cadence.

Marketing

Ticket triage

Categorise, prioritise and assign support tickets as they arrive.

Support

Benefits

  • Removes repetitive handoffs between systems.
  • Handles unstructured input that rules engines choke on.
  • Runs continuously without staffing.
  • Leaves an auditable record of every run.

Limitations

  • A wrong AI decision propagates silently unless you monitor for it.
  • API and schema changes break flows without warning.
  • End-to-end debugging across many steps is genuinely harder.
  • Cost scales with volume in ways that surprise people.

What to look for when choosing a tool

  • Connectors for the systems you actually use
  • Human approval gates on consequential steps
  • Retry, error-handling and alerting behaviour
  • Run history and audit logging
  • Pricing model at your real monthly volume

FAQ

Do I need to be able to code?
Not for most platforms. Visual builders cover the common cases; code steps are there for the parts that need them.
What happens when an AI step gets it wrong?
Design for it. Add confidence thresholds, route uncertain cases to a human queue, and log every decision so errors are visible rather than silent.
How do I keep costs predictable?
Cap runs, batch where you can, and use the cheapest model that passes your quality bar for each step — not the largest model everywhere.