Harvard and INSEAD: Same AI Tools, 1.9x the Revenue
Ricardo Argüello, October 5, 2026
CEO & Founder
General summary
Hyunjin Kim, Dahyeon Kim and Rembrand Koning ran a field experiment with 515 startups in a three-month accelerator. Every firm got the same AI tools and technical training. A randomly chosen half was also shown how other companies had reorganized their work around AI. That half found 44% more use cases, landed paying customers 18% more often, earned 1.9x the revenue and asked for 39.5% less outside capital.
- 'Mapping AI into Production' (March 2026) separates two things companies usually blur together: having access to AI and knowing where it belongs inside operations.
- Treated firms got case studies on how AI-native companies restructured production. Control firms got a standard entrepreneurship curriculum. Tools and technical training were identical.
- Treated firms found 2.7 more use cases on average (44% more), mostly in product development and strategy, completed 12% more tasks and generated 1.9x the revenue.
- They sought 39.5% less external capital and did not increase demand for technical staff. Revenue gains were concentrated at the 90th percentile and above; the typical startup barely moved.
- The authors call it the mapping problem. Discovering where and how AI creates value is the bottleneck to capturing its gains, even at current model capability.
Give two chefs the same new kitchen, same oven, same knives. Show one of them how three restaurants rebuilt their menus and prep lines around that oven. The other keeps cooking the old menu, a bit faster. A month later the first chef is selling nearly twice as much. The oven did not do that. Knowing what to cook with it did.
AI-generated summary
My favorite AI paper of 2026 is about a map.
Hyunjin Kim at INSEAD, with Dahyeon Kim and Rembrand Koning at Harvard Business School, took 515 high-growth startups going through a three-month accelerator and gave every one of them the same package of API credits, AI tools and technical training. That is the package most companies buy when they say they are “adopting AI.”
Then they flipped a coin.
One group got a curriculum, the other got a map
The control half followed a standard entrepreneurship curriculum, customer profiles and market validation. The treated half studied cases of AI-native companies that had reorganized production around AI. Shorter product cycles. Prototypes built in parallel. Receivables handled by automation. Service businesses that started to run like software.
Nobody wrote code for them. Nobody gave them an extra tool. They were shown other companies’ maps.
The results, from the paper Mapping AI into Production: A Field Experiment on Firm Performance and the authors’ HKU abstract, compared with the control group, were these.
- 44% more AI use cases (2.7 more per firm), mostly in product development and strategy
- 12% more tasks completed
- 18% more likely to land paying customers
- 1.9x the revenue
- 39.5% less outside capital requested, roughly $220,000
- no change in demand for technical staff
Ethan Mollick called it a “big deal paper” when it came out in April. Chamath Palihapitiya brought the 1.9x back on September 25 in his deep dive on why AI is booming but productivity is not. Both are right to flag it. It is a randomized experiment, which almost nothing else in the AI ROI debate is.
The part of the result that should keep you honest
Almost all of the revenue gain came from the top tenth of firms. For the median startup, revenue barely moved in either group.
I like that the paper says so. A good map raises the ceiling. It does not guarantee anything to the firm that follows it.
Why a 200-person company should care about a study of startups
The control startups had AI and knew how to use it. They put it where everyone puts it first, drafting emails, summarizing documents, writing some code. Each person looked for the spot where AI saved them time. One good write-up of the paper puts it in six words I keep repeating: AI search is local, value is systemic.
A mid-sized company has the same problem with more moving parts. More functions, more handoffs between departments, more habits nobody questions. The number of places you could reorganize is larger, and they are harder to see from inside.
Yesterday I wrote about MIT’s finding that half-done AI is associated with lower margins in the S&P 500. That was a correlation. This is a controlled experiment showing the other side: teach a company where to redesign and it earns more with the same tools. Different methods, same direction.
What we do with it at IQ Source
Stage 1 of AI Maestro looks a lot like the treatment arm. We map how the company actually works, function by function. We look for use cases outside the obvious function, because that is where the experiment found its extra 44%. And we compare against how other companies restructured the same work.
Two differences. The accelerator handed out generic cases, and we draw the map on your operation. And every candidate ends in a Go or No-Go call, because the top-decile result carries an uncomfortable lesson too. Some maps lead nowhere, and the right answer is to not build.
If you already bought the licenses and trained the team, you did what the control group did. The next step is the one the treated group took. Send me a note and we can start looking for your 44%.
Map my operationFrequently Asked Questions
The Mapping AI into Production experiment by Kim, Kim and Koning gave 515 startups the same AI tools. The half that was also shown how other firms reorganized work around AI found 44% more use cases, acquired paying customers 18% more often and generated 1.9 times the revenue of the control group.
The mapping problem in artificial intelligence adoption is the difficulty of discovering where and how AI creates value inside a company's processes. According to the Harvard and INSEAD field experiment with 515 startups, that discovery, not access to AI tools, is the main bottleneck to capturing the gains.
Not according to the Harvard and INSEAD experiment with 515 startups. Both groups received the same AI tools and technical training. Only the group that learned where to reorganize work around AI improved clearly on tasks completed, paying customers and revenue.
A mid-sized company finds its highest-impact AI use cases by mapping the real process function by function and comparing it with how other companies reorganized the same work. In the Harvard and INSEAD experiment, searching beyond the obvious function produced 44% more use cases, mostly in product and strategy.
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