Skip to content

AI at work: what 105,000 Copilot chats reveal

The ten leading work activities in Microsoft 365 Copilot conversations, from making decisions to finding and explaining information.

Top 10 work activities by share of classified Copilot goals

February 2026 · % of goals

  1. Decisions and problem solving27.5%
  2. Finding information13%
  3. Recording information11.7%
  4. Communicating with colleagues8.4%
  5. Analyzing information5.5%
  6. Thinking creatively4.9%
  7. Working with computers4.7%
  8. Explaining information4.5%
  9. Processing information3.1%
  10. Assessing quality2.8%
Ten leading activities. Share of goals, not people or time spent.

Source: Microsoft 2026 Work Trend Index

Embed this chart

The chart includes its source and a link to the full report. This preview code uses your local site address.

27.5%

of goals involve decisions and problem solving

86.1%

combined share of the ten displayed activities

105k

conversation samples in the analysis

What the numbers show

The chart shows the ten largest work activities in the source data. Decisions and problem solving lead at 27.5%, followed by finding information at 13% and recording information at 11.7%. The ten displayed percentages sum to 86.1% of classified goals. They use the original denominator, rather than being rescaled to sum to 100%.

Citation's reading of this distribution is that an AI workflow deserves attention before the final document appears. Consider a research brief: choosing a question, comparing explanations and deciding which evidence matters are all part of the work. Counting only the finished pages would leave those decisions out of view.

Thinking comes before the finished draft

A useful way to apply the chart is to separate a writing assignment into decisions and deliverables. Before asking for a draft, define the reader, the question the piece needs to answer and the evidence needed to support that answer. These are editorial choices, and each one gives the eventual draft a clearer purpose.

For example, an instruction to write about remote work leaves several decisions implicit. An instruction to compare two explanations for a change in employee retention makes the research task more precise. The writer can then ask which sources address the same population and period, where their definitions differ and which conclusion the evidence can reasonably support.

This is an interpretation of how the categories could inform a workflow. The chart itself does not measure whether a particular prompting approach produces better writing.

Finding information and checking it are different jobs

A search result can help a writer discover a report, but the original report is where the meaning of a statistic needs to be checked. A percentage needs a denominator. A change needs a starting point and a period. A comparison needs categories that actually measure the same thing.

Before reusing any figure, keep a small evidence note alongside it: what was measured, who or what was included, when it was observed and where the original result can be found. Keeping these details close to the draft makes it easier to notice when an attractive headline goes beyond its evidence.

Put the findings into a research workflow

Our suggested workflow has four steps. It is a practical application of the categories, rather than a procedure tested by this dataset.

  1. Frame the question. Write down the decision your reader needs to make and the claims that would require supporting evidence.
  2. Build the evidence. Find original sources, record their scope and keep the passages or data behind each important claim.
  3. Develop the argument. Compare the evidence, look for alternative explanations and decide what the material can support.
  4. Review the draft. Check figures against their sources, distinguish your interpretation from the findings and make every citation traceable.

The point is to make the work inspectable. A colleague reviewing the draft should be able to follow a claim back to the evidence and understand how the conclusion was reached. That is useful whether AI helps with one step or several.

How to read this chart

Microsoft's published methodology describes 105,000 conversation samples from one week in February 2026, covering North American commercial segments and excluding education. Conversations with multiple activities contribute fractional counts. We rank the 31 activities in the downloadable data by their underlying shares and display the ten largest, preserving the published rounded percentages. The table has no total row because the chart does not include every activity.

Treat this as a snapshot of the measured Copilot activity. It cannot establish a trend over time or represent every AI tool, industry or country. A larger bar describes a larger share of classified goals, not a larger productivity benefit.

Explore the original Microsoft report and its downloadable chart data for the category definitions and methodology.

Questions about the data

Does 27.5% describe the share of workers using AI?

No. The denominator is classified user goals in the measured conversations, not individual workers. One person can have several conversations, and one conversation can involve several activities.

Can I use these figures in my own research?

Use the original report as the source for the figures. Keep the observation period and the definition of the measure beside the chart. Attribute any interpretation from this article separately to Citation.

Why do the bars use a scale from 0% to 100%?

A common percentage scale keeps the proportions visible without making the largest category look like the entire dataset. The exact value is also written beside every bar, and the Data view provides the same figures in a table.

What changed in this article

Reading and sharing

  • Research
  • Article

Added sharing links, AI reading options and an author profile alongside the report.

  • Copy the report link or share it on X, Facebook and LinkedIn.
  • Explore the article with ChatGPT, Perplexity, Claude, Google AI or Grok.