Key points
- The first AI project sets the tone for every one after it. A failed pilot costs more than time: it costs trust.
- Across Europe, nearly two-thirds of insurers now use generative AI, but most are still at proof-of-concept stage.
- The usual obstacles are well known: data quality and access, unclear business value, missing skills and regulatory concerns.
- A good first use case passes six tests: clear value, usable data, a stable process, a named owner, a person who checks the result, and a fit with existing systems.
- Start with work that prepares a decision, not work that makes one.
- Put the governance in place before the pilot starts, as Finanstilsynet expects.
Picture a workshop at a Norwegian insurer. Twelve AI ideas are on the whiteboard: a customer chatbot, automated claims decisions, smarter pricing, document sorting, fraud flags, an internal search tool and six more. Every idea has a sponsor. The budget covers one.
Choosing well matters more than choosing fast. The first project decides whether the board, the staff and the control functions believe in the next one.
Why do so many AI pilots stall?
Getting started is no longer the hard part. Finishing is.
EIOPA surveyed 347 insurers in 25 European countries between May and July 2025, and published the results in February 2026. Nearly two-thirds were already actively using generative AI, but most were still at proof-of-concept stage. The respondents named the main hurdles as data privacy and security, regulatory compliance and a lack of sufficiently skilled staff.
The Norwegian picture points to similar causes. When Finanstilsynet surveyed 31 insurers in mid-2024, the smaller insurers that used little advanced technology gave three reasons: lack of competence, not seeing enough business value, and too little data or data of poor quality.
Most of these obstacles can be avoided, or at least seen in advance, by choosing the first project well.
What makes a good first AI use case?
A first use case does not have to be the most valuable idea on the board. It has to be one the insurer can finish, measure and stand behind. In our experience, it should pass six tests.
1. The value is clear and measurable. You can name the number that should change, such as handling time, backlog or error rate, and you can measure it today.
2. The data exists and you may use it. The inputs are available, reasonably complete and allowed for this purpose. If the data has to be collected or cleaned first, that is the project.
3. The process is stable and agreed. Experienced staff would handle the same case in the same way. If they would not, settle the process before you automate it.
4. A named person owns it. One person in the business is responsible for the outcome, not only IT or a vendor.
5. A person checks the result. The AI prepares the work and an employee decides. If the AI is wrong, the mistake is caught before it reaches a customer.
6. It fits the systems you already run. The tool can read from and write to your existing systems without a major integration project.
A use case that fails any of the six tests is not necessarily a bad idea. It is a bad first idea.
How do common ideas score?
The table below applies the six tests to ideas that come up often in insurance. The ratings are a general guide, not an assessment of any particular insurer.
| Idea | Value clear? | Data ready? | Process stable? | Owner clear? | Person checks? | Fits systems? | Good first project? |
|---|---|---|---|---|---|---|---|
| Sorting and summarising claims documents | Yes | Usually | Usually | Yes | Yes | Usually | Strong candidate |
| Internal search across policies and procedures | Yes | Usually | Yes | Usually | Yes | Yes | Strong candidate |
| Drafting replies to routine emails for staff to send | Yes | Usually | Usually | Yes | Yes | Usually | Strong candidate |
| Flagging possible fraud for an investigator | Yes | Depends | Depends | Yes | Yes | Depends | Possible, if data is good |
| Customer-facing chatbot giving advice | Unclear | Depends | Depends | Depends | No | Depends | Better later |
| Automated claims decisions | Yes | Depends | Often not | Yes | No | Often not | Better later |
| AI-driven pricing | Yes | Depends | Specialist | Yes | Partly | Depends | Better later, with actuaries |
The strong candidates share one feature: they prepare a decision rather than make one. That keeps the risk low while the organisation learns.
Which use cases should wait?
Some ideas are valuable but make poor first projects.
Anything that decides on a customer's behalf. Finanstilsynet expects insurers to ensure sufficient human oversight of systems, processes and results. It also expects prices to be explainable to the customer. A first project that removes the person from a customer decision tests all of this at once.
Anything that depends on data you do not have yet. If the use case needs a data warehouse, a new integration or months of cleaning, treat that work as a project of its own.
Anything without an owner in the business. A tool that IT builds and nobody in claims or customer service asked for will be finished technically and unused in practice.
What should be in place before the pilot starts?
Finanstilsynet's position is short: the framework must be in place before such methods are used ("Rammeverket må vere etablert før slike metodar blir tekne i bruk"). Its 2024 report also sets out what insurers are expected, or advised, to do:
- ensure sufficient human oversight of systems, processes and results
- carry out regular audits to check that systems work as intended
- make sure the data used is accurate and relevant
- document data processing and modelling methods so they can be traced and checked
- have the board and management carry out thorough risk assessments before deciding to go ahead
For a first project, this can be done in proportion to its size. In our reading, a one-page answer to five questions covers most of it: who owns the project, what data it uses, how results are checked, how often it is reviewed, and how a customer gets an explanation if they ask.
This is a description of the regulator's stated expectations, not legal advice. Each insurer should confirm its own obligations with a qualified adviser.
How do you run the first project?
At Hundred Solutions we work by a simple rule: solve first, automate later. For a first AI project, that gives five steps.
- Measure the starting point. Record how long the work takes now, how many cases there are and how often errors occur.
- Map the process as it really works. Write it down with the people who do it, including the exceptions.
- Set the success measure before you build. Agree what result would justify going further, and what result would mean stopping.
- Run it with a person in the loop. Let the AI prepare the work and let staff decide. Collect their corrections.
- Decide on the evidence. Compare the result with the starting point. Then scale it, adjust it or stop it.
Stopping a pilot that does not meet its measure is not a failure. Continuing one that cannot be measured is.
Not sure which AI idea to start with? Hundred Solutions helps insurers test their ideas against the six tests above, map the chosen process and put governance in place before anything is built.
Related reading: AI in Norwegian Insurance: Where It Helps and Where It Doesn't
Sources
- EIOPA, press release on its survey of generative AI use among European insurers (2 February 2026): https://www.eiopa.europa.eu/eiopa-survey-generative-ai-shows-swift-cautious-adoption-among-europes-insurers-2026-02-02_en
- EIOPA, survey launch (15 May 2025): https://www.eiopa.europa.eu/eiopa-surveys-european-insurers-their-use-generative-ai-2025-05-15_en
- Finanstilsynet, "Kartlegging av forsikringsføretaka sin bruk av avansert teknologi" (2024): https://www.finanstilsynet.no/publikasjoner-og-analyser/andre-rapporter/forsikringsforetakenes-bruk-av-avansert-teknologi/kartlegging/kartlegging-av-forsikringsforetakenes-bruk-av-avansert-teknologi/


