Research report
AI in the back office: where the first real savings are showing up
Forget the demos. Across 60 finance, claims and supply teams, the returns so far come from four unglamorous tasks. We name them, with numbers.

About the research
Sixty teams, measured before and after
Between October 2025 and May 2026 we studied 60 back-office teams that had put AI to work: 24 in finance, 21 in claims and 15 in supply. We measured hours, error rates and cost before and after. 41 teams saved measurable time or money. Almost all of it came from four tasks.
The teams sat in 33 mid-size organizations in insurance, banking, retail, logistics and manufacturing. Each had used AI in daily work for at least four months. We took our baselines from the teams' own work logs, not from vendor estimates.
None of the four tasks will appear in a keynote. They are the work that fills a back-office day: reading documents, sending work to the right place, explaining why numbers do not match, and writing the routine reply.
The headline numbers
Real savings, in a narrow band of work
- 41 of 60
- Teams that saved measurable time or money after four months or more.
- 86%
- Share of the measured savings that came from just four tasks.
- 7 months
- Median time to pay back the cost of building and running the tool.
- 19
- Teams that saved nothing measurable. Most had automated a decision, not a task.
KIASA field study of 60 back-office teams, October 2025 to May 2026.
1. Reading documents that arrive in a hundred formats
Invoices, claim forms, delivery notes and medical reports arrive as scans, photos and attachments in every layout imaginable. Before AI, a person keyed the important fields into a system. In the 22 teams that automated this, a model now reads the document, fills the fields and flags the ones it is unsure of. People check the flags, not the whole document.
44%Average reduction in handling time per document across the 22 teams that automated document reading.
2. Sending work to the right queue
Claims, supplier queries and customer emails need to reach the right team the first time. Misrouted work waits, then waits again. Teams that used a model to classify incoming work and suggest a queue cut misrouting from 14% to 3% of cases. The saving is not only the minutes of sorting, but the days a misrouted case used to lose.
3. Explaining why the numbers do not match
Reconciliation is mostly matching, which rules already do well. The expensive part is the breaks: the items that do not match and need a person to work out why. Finance teams that used a model to propose a likely explanation for each break, with the evidence, cleared breaks 2.3 times faster. The model is often wrong, but it is wrong in a way a person can see in seconds.
4. Drafting the routine reply
Every back office writes the same letters many times a day: a request for a missing document, a payment confirmation, a status update. Teams that let a model draft these replies from the case record, for a person to edit and send, saved an average of 5.5 hours a week per person. Nobody in the study let the model send without review.

What the 19 teams that saved nothing had in common
- They automated a decision, such as approving a payment or a claim, rather than the work around it. Of nine teams that tried this, none kept it running.
- They had no baseline, so they could not show a saving even where one may have existed.
- They chose the most visible task, not the most frequent one.
- The people doing the work were not involved in designing the tool, and quietly worked around it.
“We stopped asking what the model could decide and started asking what it could prepare. That is when the hours came back.”
What it costs
The median team spent the equivalent of five months of one person's salary to build its tool, and a modest monthly sum to run it. Payback came in seven months at the median. The fastest paybacks were in document reading, where volumes are high and the work is easy to measure. The slowest were in drafting, where savings are spread thinly across many people.
Key findings
The four tasks, and the one that did not pay
Document reading
22 teams used a model to read incoming documents and fill in the key fields, with a person checking only the fields the model flagged.
Savings were highest in accounts payable and in claims intake, where documents vary most.
Triage and routing
17 teams used a model to classify incoming work and suggest a queue. Most kept a person to confirm the suggestion for the first months, then only for low-confidence cases.
Reconciliation breaks
11 finance teams used a model to propose an explanation for each unmatched item, with links to the evidence. Accountants accepted, edited or rejected each one.
Routine correspondence
19 teams used a model to draft routine replies from the case record. A person edited and sent every one.
Automated decisions
Nine teams let a model approve payments or claims without review. All nine had stopped within six months, after errors that took longer to unwind than the tool had saved.

“The tool reads four thousand supplier invoices a week. My team reads the forty it is not sure about. That is the whole trick, and it took us a while to see it.”
Authors
The research team
Ravi Menon
Partner, Artificial Intelligence and Data
Ravi leads our work putting AI into finance, claims and supply operations.
Ilse Kramer
Principal Data Scientist
Nadia designed the before-and-after measures used in every team in the study.
Samira Haddadi
Research Lead
Leila ran the fieldwork across 33 organizations.
Related
Keep reading
Research report
Platform pulse: what engineering leaders will fund in 2027
Budgets are flat; expectations are not. Our annual survey of 320 technology leaders shows where the money moves next year.
Research report
The maintenance dividend
We asked 140 engineering leaders where their budgets go. On average, 61% is spent keeping existing systems running. The best performers spend half that.
Case study
How Halden Mutual settles claims in two days, not nine
A 90-year-old insurer replaced its claims core without a freeze, one product line at a time.
Research report
Security debt: the quiet risk on the balance sheet
Unpatched systems behave like unpaid loans: the interest compounds. A way to measure the exposure, and a plan for paying it down.
Find the first task worth handing to AI
We spend two weeks with one back-office team, measure where its hours go, and tell you which task would pay back first, if any.