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The Admin Console Counts Prompts, Not Judgment

AI tool usage statistics should stay out of an internal hiring decision, because an admin console reports adoption rather than skill. Microsoft's Copilot usage report lists enabled users, active users, active days, prompts submitted and a last activity date, and a prompt counts as activity the moment it is sent [1]. No column separates an applicant who checked what the model returned from one who accepted it unread. Ask each internal applicant for one piece of work instead.

The takeThe data is tempting because it arrives with nobody's opinion in it, which reads as objectivity and is close to the reverse. A prompt count measures a habit that a manager, a workload and a license start date shaped long before the requisition opened. Decide on it and the role that most needs someone who knows when to stop delegating goes to whoever delegated most. The number will also outlive every interview note in the file, because it is a number and the notes are not.

Where Olive fits

Open a role and see what the work shows

The six dimensions Olive reads describe the acts a usage report cannot see: framing the problem before generating, asking for a source behind the claim that matters, keeping the judgment that should not be handed over, and testing an answer against something outside the conversation. Olive reads those from one working session, in findings a person writes or edits, and the candidate is granted the same report.

Assess your shortlist

What is actually in the usage report?

Counts, dates and rates. Microsoft's documentation for the Copilot usage report in the Microsoft 365 admin center lists enabled users, active users, an active users rate, total prompts submitted and average prompts submitted per user across the organization. A per-user table adds prompts submitted, active days and a last activity date for each licensed person 1. The whole table exports to a spreadsheet. Every column measures contact with the product.

The definition of active is the line worth reading twice. A user counts as active in an app when they take an intentional action for an AI-powered capability: opening the Copilot pane in Word does not count, and submitting a prompt does 1.

The unit is the submitted prompt.

Microsoft's is the report documented here, and what it does not hold is the part you want. The console can say how many prompts a person sent and on how many days, but not what any prompt asked for, whether the answer was right, or what the person did with it afterwards.

Adoption reporting was built for license administration. The report exists so an administrator can see which seats are in use, and its own recommendation card points at driving adoption 1.

Nothing in that design is hostile to hiring. The report was simply never asked the hiring question.

A promotion decision asks something different of the same rows, and the rows do not change to answer it. Telling what separates heavy AI use from good AI use takes evidence the export does not carry.

Why doesn't a high prompt count mean high skill?

Because in the two field studies below, the measured gains from these assistants concentrated in the people who had the least to start with. Across a staggered rollout to 5,179 customer support agents at one software firm, access to a generative assistant raised issues resolved per hour by 14% on average. The improvement was 34% for novice and low-skilled agents and almost nothing for experienced, highly skilled ones 2.

Read the setting before the number travels anywhere. One firm, one occupation, an assistant trained on that firm's own transcripts and rolled out in 2020 and 2021, with issues resolved per hour as the outcome.

Problems with correct answers, not judgment on open work.

Adoption splits the same way. In three company-run randomized trials at Microsoft, Accenture and an anonymous Fortune 100 firm, pooled across 4,867 developers, an AI coding assistant raised completed tasks by 26.08%, and less experienced developers both adopted it more and gained more 3.

The standard error on that estimate is 10.3%, so the honest range runs from roughly 6% to 46%.

The outcome counted is weekly completed pull requests. Volume, not defect rates or review burden.

Put the two together and the order a usage report produces looks less like a ranking of skill than a map of who leaned hardest on the tool.

A count also cannot see a wrong answer.

In a field experiment with Boston Consulting Group consultants, two groups were given the model and a control group was not, so a usage count could only have put the two AI groups ahead. On the one task chosen to sit outside its capability, they found the right answer 60% and 70% of the time. The control group, with no usage to report, found it 84.5% of the time, 19 percentage points ahead on average 5.

A single task and a single sample, on a 2023 model. The group given a prompt-engineering overview did worse, down 24 points, than the group given none, down 13.

What the result shows is that people could not tell which side of the capability line the task sat on. The console cannot tell either.

When does a usage report become a selection procedure?

The moment it moves a decision. A selection procedure, in the US federal Uniform Guidelines of 1978, is any measure, combination of measures, or procedure used as a basis for any employment decision. The term reaches the full range of assessment techniques, down to informal or casual interviews and unscored application forms 6. Read by analogy, since the Guidelines name no software, a spreadsheet of prompt counts used to choose between applicants fits that definition's words.

The definition is not an audit mandate. The validation burden in the Guidelines attaches where adverse impact appears, and the Guidelines say they do not require validity studies of selection procedures where no adverse impact results 6.

Reading the definition the other way is the useful part: calling the file a report does not put it outside.

Consistency is the nearer problem, and it needs no lawyer to see. Where seat licenses are not spread evenly across functions, one internal applicant may carry six months of telemetry and another, in a department that never bought the license, none at all.

A criterion that exists for some applicants and not others is not one criterion.

Where GDPR applies, the reuse has a name in the text. Article 5(1)(b) requires personal data to be collected for specified, explicit and legitimate purposes and not further processed in a manner that is incompatible with those purposes 7. Data gathered to administer licenses, then read to choose between applicants, is a second purpose.

Whether the second purpose is compatible belongs to employment counsel rather than to the administrator who can export the file. None of this is legal advice.

The same definition catches the exercise a hiring manager runs on the side, and when that becomes a test you have to validate is the same question asked about a different artifact.

Ask for one piece of work, and ask everyone for it

Replace the export with a request. Ask every internal applicant to bring one thing they shipped with the tool in the last quarter. Then fifteen minutes on it: what the model produced first, what they changed, what they checked it against, and what they decided not to hand over. The same request goes to applicants who hold no license, on work made with whatever tool they did have.

Fifteen minutes of that reaches what a count cannot. Someone who edited the output can name the sentence they rewrote and the reason for it. Someone who shipped it unread has no such sentence to name.

Three things are worth writing down while they talk:

  • what the first draft got wrong, in the applicant's own words
  • the one claim they went outside the model to confirm, and what they confirmed it against
  • the decision they kept, and why that one

Self-report will not close the gap on its own, and one trial measured how far off it ran. In a randomized trial, 16 experienced open-source developers completed 246 real tasks on repositories they had worked on for about five years.

The developers forecast that AI tools would cut completion time by 24%, believed afterwards that the cut had been 20%, and were measured 19% slower 4.

That result rests on sixteen developers working on code they knew intimately, which is not a general finding about productivity. What travels is the direction of the error: they thought the tool sped them up while it slowed them down.

So ask what changed in the artifact, which is checkable, rather than how much time the tool saved, which is not.

The judgment underneath, whether an internal candidate can really move into an AI-heavy role, was never going to come out of a telemetry column, and it does not come out of a self-assessment either.

Write the rule before an applicant is pending

Settle the question while nothing is open. Write one line into the tool's governance page: usage reporting is for license administration and enablement, and it does not enter selection, promotion or performance records. Name who may export per-user data and what has to be true for an exception.

A rule written after an applicant has been named is not a rule.

The console does hold one fact worth having. If the role's whole content is running an assistant every day, an internal applicant with no recorded activity across the report's whole window is telling you something. Nowhere else is that fact written down.

Treat that silence as a question, then, rather than a finding.

Zero activity has dull explanations: a license assigned last week, a team standardized on a different tool, a leave of absence, a department policy that barred the assistant until spring.

The comparison problem does not disappear either. Three years of watching against one hour of evidence is the shape of every shortlist that mixes internal and external applicants, and telemetry makes one side look measured without making it better measured.

Expect the file to be asked for again at the next performance cycle, where how AI use belongs in a performance review, and how it doesn't is the same argument in different clothes.

IT can still pull the report tomorrow, and it will still show active days, prompts submitted and a last activity date for every licensed applicant. Set it beside the fifteen-minute walkthrough and the columns read as what they were built to be, a record of seats in use.

The decision was never in the export.

See the benchmarks

Common questions

Can you use AI tool usage data in a hiring or promotion decision?

Legally it depends on where you sit, and practically it answers the wrong question. Under the US Uniform Guidelines, any measure used as a basis for an employment decision is a selection procedure, so read by analogy, since the Guidelines name no software, a spreadsheet of prompt counts used to choose between applicants fits the definition. Where GDPR applies, data collected to administer licenses and then read to pick a candidate is a second purpose, and Article 5(1)(b) requires further processing to be compatible with the original one. Ask employment counsel before the export rather than after. None of this is legal advice.

What do AI admin consoles actually report about a person?

Contact with the product. Microsoft's Copilot usage report, as one published example, reports enabled users, active users, an active users rate, total prompts submitted and average prompts submitted per user across the organization. A per-user table adds prompts submitted, active days and a last activity date for each licensed person, all exportable to a spreadsheet. A user counts as active on an intentional action, such as submitting a prompt; opening the Copilot pane in Word does not count. No column records what was asked, whether the answer was right, or what the person did with it.

Does a high prompt count mean somebody is good with AI?

No, and the two field studies that measured gains point elsewhere. In a staggered rollout to 5,179 support agents at one software firm, a generative assistant raised issues resolved per hour by 14% on average, with 34% for novice and low-skilled agents and almost nothing for experienced ones. Across three randomized trials covering 4,867 developers, less experienced developers both adopted the coding assistant more and gained more from it. In those developer trials, uptake followed who had room to gain. It does not separate the person who checked the output from the person who did not.

What if an internal applicant has no AI usage record at all?

Treat it as unknown rather than as a zero. Where seat licenses are not spread evenly across functions, an applicant in a department that never bought the tool leaves no trace no matter how they work. Even genuine zero activity has dull explanations: a license assigned last week, a team standardized on something else, a leave of absence, a department policy that barred the assistant. Ask the same question of every applicant, including the ones carrying a full year of telemetry, and let the answers do the comparing.

What evidence should replace the usage report?

One piece of work and fifteen minutes on it. Ask each internal applicant to bring something they shipped with the tool in the last quarter, then walk through what the model produced first, what they changed, what they checked it against, and what they decided not to hand over. Write down what the first draft got wrong, the one claim they went outside the model to confirm, and the decision they kept. Every applicant gets the same request, licensed or not, on work made with whatever tool they did have.

Is asking how much time the tool saved a good substitute?

No. In one measured case, self-estimates of AI's effect on speed were wrong in direction, not only in size. In a randomized trial, 16 experienced open-source developers working on repositories they had known for about five years forecast a 24% cut in completion time, estimated afterwards that the cut had been 20%, and were measured 19% slower. Sixteen developers in one setting is not a general result about productivity, but it is a reason to ask what changed in the artifact, which is checkable, instead of how many hours were saved, which is not.

References

  1. 1. Microsoft Copilot Usage Report - Microsoft 365 admin ✓ Microsoft Learn (Microsoft 365 admin center documentation), 2026. learn.microsoft.com Supports the report's contents and the definition of active. The user last activity table lists Prompts submitted (any app), Active Days and Last activity date (UTC); the summary lists Enabled Users, Active Users and Active users rate; the FAQ says 'A user is active in a given app if they perform an intentional action for an AI-powered capability. For example, if a user selects the Copilot icon in the Word ribbon to open the Copilot chat pane, this action doesn't count towards active usage. However, if the user interacts with the chat pane by submitting a prompt, this action counts towards active usage.' Page fetched 1 September 2026.
  2. 2. Generative AI at Work (NBER Working Paper 31161) ✓ National Bureau of Economic Research, 2023. nber.org Supports the 5,179 customer support agents, the 14% average rise in issues resolved per hour, the 34% improvement for novice and low-skilled agents against minimal impact for experienced and highly skilled ones, and the staggered rollout at one software firm in 2020 and 2021.
  3. 3. The Effects of Generative AI on High-Skilled Work: Evidence from Three Field Experiments with Software Developers ✓ MIT Department of Economics (working paper; later Management Science), 2025. economics.mit.edu Supports the pooled 4,867 developers across trials at Microsoft, Accenture and an anonymous Fortune 100 firm, the 26.08% rise in completed tasks with a 10.3% standard error, weekly completed pull requests as the outcome measure, and the finding that less experienced developers had higher adoption rates and greater productivity gains.
  4. 4. Measuring the Impact of Early-2025 AI on Experienced Open-Source Developer Productivity (arXiv:2507.09089) ✓ METR / arXiv, 2025. arxiv.org Supports the 16 experienced open-source developers, 246 real tasks on repositories worked on for about five years, the 24% forecast speedup, the 20% speedup still believed after the fact, and the measured 19% increase in completion time.
  5. 5. Navigating the Jagged Technological Frontier: Field Experimental Evidence of the Effects of AI on Knowledge Worker Productivity and Quality (Working Paper 24-013) ✓ Harvard Business School, 2023. mitsloan.mit.edu Supports the task deliberately chosen to sit outside AI capability, the 84.5% control-group accuracy against 60% and 70% in the two AI conditions, the 19 percentage point average decrease, and the larger drop for the group given a prompt-engineering overview (24 points) than for the group given none (13 points).
  6. 6. 29 CFR Part 1607 - Uniform Guidelines on Employee Selection Procedures (1978), sections 1607.16(Q), 1607.3(A) and 1607.1(B) ✓ U.S. Government Publishing Office, Code of Federal Regulations (Title 29, Vol. 4, 2023 edition), 1978. govinfo.gov Supports the definition at 1607.16(Q): 'Any measure, combination of measures, or procedure used as a basis for any employment decision. Selection procedures include the full range of assessment techniques from traditional paper and pencil tests, performance tests, training programs, or probationary periods and physical, educational, and work experience requirements through informal or casual interviews and unscored application forms.' Section 1607.3(A) makes a procedure with adverse impact discriminatory unless it has been validated. Section 1607.1(B) states: 'These guidelines do not require a user to conduct validity studies of selection procedures where no adverse impact results.' Page fetched 2 September 2026.
  7. 7. Regulation (EU) 2016/679 (General Data Protection Regulation), Article 5(1)(b) Official Journal of the European Union, consolidated text via EUR-Lex, 2016. eur-lex.europa.eu Supports the purpose limitation claim. Article 5(1)(b) requires that personal data be 'collected for specified, explicit and legitimate purposes and not further processed in a manner that is incompatible with those purposes'. Page fetched 1 September 2026.

7 sources, numbered by first appearance. How Olive sources claims

General guidance for hiring teams. What works at one company and one volume may not transfer to yours.

Olive assesses how a person works with AI. It does not detect AI-written documents, and it never produces a score, a ranking, or a match percentage for a person. Candidates read the same report the employer reads.

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