How Teams Build Edition 01 · 2026
Source: linear.app/data

How Teams Build A data report in three acts

AI usage patterns
in software teams

Tens of thousands of teams build software inside Linear every day. Six years of product data give an unusually complete picture of how that work changed as AI arrived — from the first issue to the pull request that closes it.

This edition looks at three things: who is using AI, how it reshapes where teams spend their time, and whether it changes what they ship.

Edition 01Tim Qi · 2026Nine datasetsPaid Linear workspaces

Act I — Adoption: who is using AI

Act I

Adoption

Who is using AI — and how fast it spread in the first half of 2026.

Adoption · Dataset 01

AI adoption has spread to every function

Between January and June 2026 the share of users active on AI features more than doubled in every function. Product climbed fastest — 12% to 34% — and even go-to-market, the function furthest from the codebase, went from 5% to 18%.

Roles are classified by normalizing job titles, which carries some error at the edges — but the pattern is too broad to be a labeling artifact.

Share of users active on AI features, by function

Percentage of paid users active on Linear AI features in the last 30 days · January → June 2026

0%10%20%30%40%50%◦ Jan 2026● Jun 2026Founder+16ppEngineering+18ppProduct+22ppDesign+16ppGTM+13pp

N = 127,000 paid users, active in both January and June 2026. How Teams Build · Edition 01 · Linear product data

In January 2026 adoption ranged from 5% (GTM) to 14% (Founder). By June 2026 every function had at least doubled: Product 34%, Engineering 30%, Founder 30%, Design 22%, GTM 18%.

Data table & notes

Percentage of users in each function with at least one AI interaction in a trailing 28-day window.

AI adoption by function, Jan vs Jun 2026
FunctionJan 2026Jun 2026Change
Founder14%30%+16pp
Engineering12%30%+18pp
Product12%34%+22pp
Design6%22%+16pp
GTM5%18%+13pp

Adoption · Dataset 02

Adoption goes all the way to the top

Executives are personally active on AI at rates that match or beat their teams. CEOs at companies of 201 or more people went from 9% to 36% in six months — the largest jump of any cut in this report.

The most senior leaders appear to be learning the technology by using it rather than reading about it. Company size comes from third-party enrichment, so this cut covers fewer workspaces than the rest of the report.

Share of executives active on AI features, by role and company size

Percentage of executive users active on Linear AI features in the last 30 days · January → June 2026

0%10%20%30%40%50%◦ Jan 2026● Jun 2026FounderCEOCPOCTO201+ FTE+16pp51-200 FTE+12pp1-50 FTE+16pp201+ FTE+27pp51-200 FTE+11pp1-50 FTE+14pp201+ FTE+21pp51-200 FTE+15pp1-50 FTE+25pp201+ FTE+24pp51-200 FTE+16pp1-50 FTE+17pp

N = 13,300 executives, active in both January and June 2026. How Teams Build · Edition 01 · Linear product data

All twelve role-by-size segments gained 11–27 points. Largest: CEOs at 201+ companies, 9%→36%; CPOs at 1–50, 11%→36%; CTOs at 201+, 11%→35%.

Data table & notes

Company size from third-party enrichment; covers fewer workspaces than other cuts.

AI adoption by executive team, Jan vs Jun 2026
SegmentJan 2026Jun 2026Change
Founder · 201+ FTE10%26%+16pp
Founder · 51-200 FTE15%27%+12pp
Founder · 1-50 FTE15%31%+16pp
CEO · 201+ FTE9%36%+27pp
CEO · 51-200 FTE15%25%+11pp
CEO · 1-50 FTE7%21%+14pp
CPO · 201+ FTE3%24%+21pp
CPO · 51-200 FTE10%26%+15pp
CPO · 1-50 FTE11%36%+25pp
CTO · 201+ FTE11%35%+24pp
CTO · 51-200 FTE12%28%+16pp
CTO · 1-50 FTE16%33%+17pp

Adoption · Dataset 03

Adoption is consistent at every size

AI adoption roughly tripled everywhere, from startups to enterprises. Company size — usually a good predictor of how fast an organization moves on new technology — barely registers here.

Share of users active on AI features, by company size

Percentage of paid users active on Linear AI features in the last 30 days · January → June 2026

0%10%20%30%40%◦ Jan 2026● Jun 20261001+FTE+17pp201-1000FTE+19pp51-200FTE+16pp1-50FTE+14pp

N = 199,000 paid users with a known company size, active in both January and June 2026. How Teams Build · Edition 01 · Linear product data

Adoption roughly tripled at every size band, landing between 23% and 27% in June 2026 regardless of company size.

Data table & notes
AI adoption by company size, Jan vs Jun 2026
Company sizeJan 2026Jun 2026Change
1001+ FTE8%25%+17pp
201-1000 FTE9%27%+19pp
51-200 FTE9%25%+16pp
1-50 FTE8%23%+14pp

Act II

Application

How AI reshapes where teams spend their time inside Linear.

Application · Dataset 04

Teams are putting more into the system

Between June 2025 and June 2026, time spent creating, triaging and commenting rose in nearly every function — engineering up roughly 17% on create and triage alone. Founders show much larger swings: +17 minutes on creation, +26 on commenting. They’re a smaller cohort, and noisier for it.

More work seems to need more coordination — and that coordination increasingly sets the context agents act on.

Time spent creating & organizing, by function

Average minutes per user per month · June 2025 vs June 2026

0m15m30m45m60m75m▪ Jun 2025▪ Jun 2026Create & triageEng24m28m+5mProduct38m37m−1mDesign22m25m+3mGTM27m31m+4mFounder40m57m+17mAssign & updateEng16m19m+3mProduct26m26m0mDesign12m15m+3mGTM12m15m+3mFounder22m29m+7mCommentEng35m40m+5mProduct48m49m+1mDesign32m34m+2mGTM49m55m+6mFounder39m64m+26m

N = 54,300 paid users (Jun 2025) → 89,000 (Jun 2026). How Teams Build · Edition 01 · Linear product data

Average minutes per user per month rose in 14 of 15 function-activity pairs. Largest gains: Founder create & triage +17m (40→57) and comment +26m (39→64). Only Product create & triage fell, −1m.

Data table & notes
Minutes per user per month on creating & organizing, Jun 2025 vs Jun 2026
SegmentJun 2025Jun 2026Change
Create & triage · Eng24m28m+5m
Create & triage · Product38m37m-1m
Create & triage · Design22m25m+3m
Create & triage · GTM27m31m+4m
Create & triage · Founder40m57m+17m
Assign & update · Eng16m19m+3m
Assign & update · Product26m26m0m
Assign & update · Design12m15m+3m
Assign & update · GTM12m15m+3m
Assign & update · Founder22m29m+7m
Comment · Eng35m40m+5m
Comment · Product48m49m+1m
Comment · Design32m34m+2m
Comment · GTM49m55m+6m
Comment · Founder39m64m+26m

The same pattern shows up in what gets created. Two years ago, fewer than one issue in a thousand was created by AI. Teams now use AI to write just under half of everything created in Linear — and at the current pace it will soon author more than people and integrations combined.

AI authors nearly half of all issues

Issues created per week, thousands, by source · June 2024 – August 2026 · excludes imported issues

05001,0001,5002,0002,5003,000Jul 2024Jan 2025Jul 2025Jan 2026Jul 2026Fewer than 1 in 1,000issues AI-authoredThe lines converge:≈ half of all issues

Weekly totals, June 2024 – August 2026. Excludes imported issues. How Teams Build · Edition 01 · Linear product data

Weekly issue creation, June 2024 to August 2026. People & integrations: 605k→2,481k. Agents & MCP: 0→2,435k — 49.5% of all issues by August 2026.

Data table & notes

AI share of all issues reached 49.5% in the week of Aug 3, 2026 (2,435k vs 2,481k).

Issues created per week by source, June 2024 – August 2026
Week ofAgents & MCP (k)People & integrations (k)AI share
2024-06-0306050.0%
2024-06-1005990.0%
2024-06-1705820.0%
2024-06-2406890.0%
2024-07-0106020.0%
2024-07-0806280.0%
2024-07-1516210.2%
2024-07-2206270.0%
2024-07-2916500.2%
2024-08-0506540.0%
2024-08-1216240.2%
2024-08-1906600.0%
2024-08-2616500.2%
2024-09-0216700.1%
2024-09-0916900.1%
2024-09-1616920.1%
2024-09-2317250.1%
2024-09-3006960.0%
2024-10-0717260.1%
2024-10-1417240.1%
2024-10-2117410.1%
2024-10-2817210.1%
2024-11-0417600.1%
2024-11-1107600.0%
2024-11-1817950.1%
2024-11-2516770.1%
2024-12-0217650.1%
2024-12-0918000.1%
2024-12-1617700.1%
2024-12-2303730.0%
2024-12-3004600.0%
2025-01-0618250.1%
2025-01-1318780.1%
2025-01-2018690.1%
2025-01-2719200.1%
2025-02-0319300.1%
2025-02-1019240.1%
2025-02-1718900.1%
2025-02-2419340.1%
2025-03-0319420.1%
2025-03-1019740.1%
2025-03-1739710.3%
2025-03-2439840.3%
2025-03-3119850.1%
2025-04-0719990.1%
2025-04-1419740.1%
2025-04-2119940.1%
2025-04-2831,0290.3%
2025-05-0551,0370.5%
2025-05-1271,0630.7%
2025-05-1991,0420.9%
2025-05-26119921.1%
2025-06-02181,0951.6%
2025-06-09181,0741.6%
2025-06-16281,0642.6%
2025-06-23341,1482.9%
2025-06-30351,0923.1%
2025-07-07441,1663.6%
2025-07-14401,1373.4%
2025-07-21411,1643.4%
2025-07-28451,1773.7%
2025-08-04521,1714.3%
2025-08-11501,2064.0%
2025-08-18551,1774.5%
2025-08-25471,2253.7%
2025-09-01481,2003.8%
2025-09-08461,2993.4%
2025-09-15451,2723.4%
2025-09-22451,2943.4%
2025-09-29581,3384.2%
2025-10-06621,3524.4%
2025-10-13681,3504.8%
2025-10-20651,3824.5%
2025-10-27741,4145.0%
2025-11-03851,4615.5%
2025-11-10851,4575.5%
2025-11-17911,4366.0%
2025-11-24931,2996.7%
2025-12-011221,4737.6%
2025-12-081421,4878.7%
2025-12-151471,5268.8%
2025-12-2211079512.2%
2025-12-2913980814.7%
2026-01-052061,60111.4%
2026-01-122731,72513.7%
2026-01-192911,72114.5%
2026-01-263231,80615.2%
2026-02-024011,89717.4%
2026-02-094511,90119.2%
2026-02-165161,87521.6%
2026-02-235992,04822.6%
2026-03-027072,12325.0%
2026-03-097942,17026.8%
2026-03-168372,10628.4%
2026-03-239162,29728.5%
2026-03-309352,10430.8%
2026-04-061,0382,06333.5%
2026-04-131,1282,29732.9%
2026-04-201,2092,17335.7%
2026-04-271,2752,18536.8%
2026-05-041,3822,23838.2%
2026-05-111,5062,27839.8%
2026-05-181,5972,27141.3%
2026-05-251,4722,13240.8%
2026-06-011,5422,27040.5%
2026-06-081,7662,37142.7%
2026-06-151,6522,25642.3%
2026-06-221,7282,37242.1%
2026-06-291,7992,26544.3%
2026-07-062,0782,53245.1%
2026-07-132,1432,46546.5%
2026-07-202,1952,39647.8%
2026-07-272,3482,35749.9%
2026-08-032,4352,48149.5%

Application · Dataset 05

Planning time didn’t move inside Linear

Time spent on customer requests, docs and projects held steady in a year when nearly everything else in this report moved up. Planning practice varies widely from team to team — and plenty of it happens in conversation before it lands anywhere — so the average blends heavy planners with light ones.

What the steadiness suggests: AI has so far changed how teams execute far more than how they decide what to build.

Time spent planning, by function

Average minutes per user per month · June 2025 vs June 2026

0m5m10m15m20m25m▪ Jun 2025▪ Jun 2026Customer requestsEng1m1m0mProduct3m4m0mDesign1m1m0mGTM4m4m+1mFounder2m3m+1mDocs & projectsEng3m3m+1mProduct13m14m+1mDesign4m5m+1mGTM3m3m+1mFounder7m8m0m

N = 54,300 paid users (Jun 2025) → 89,000 (Jun 2026). How Teams Build · Edition 01 · Linear product data

Planning minutes were essentially flat: all ten function-activity pairs moved by at most one minute year over year.

Data table & notes
Minutes per user per month on planning activities, Jun 2025 vs Jun 2026
SegmentJun 2025Jun 2026Change
Customer requests · Eng1m1m0m
Customer requests · Product3m4m0m
Customer requests · Design1m1m0m
Customer requests · GTM4m4m+1m
Customer requests · Founder2m3m+1m
Docs & projects · Eng3m3m+1m
Docs & projects · Product13m14m+1m
Docs & projects · Design4m5m+1m
Docs & projects · GTM3m3m+1m
Docs & projects · Founder7m8m0m

Application · Dataset 06

A new layer of work appeared

Chatting with AI and delegating issues to agents are categories of work that didn’t exist a year ago. They now show up in every function’s week — product leaning in hardest, at five minutes a month on AI chat alone.

Nothing else shrank to make room. AI has landed on top of existing work rather than replacing any of it — at least so far.

Time spent on AI-native work, by function

Average minutes per user per month · June 2025 vs June 2026

0m2m4m6m8m10m▪ Jun 2025▪ Jun 2026Agent issuesEng0m1m+1mProduct0m1m+1mDesign0m0m0mGTM0m0m0mFounder0m2m+2mChat with AIEng0m2m+2mProduct0m5m+5mDesign0m3m+3mGTM0m3m+3mFounder0m4m+4m

N = 54,300 paid users (Jun 2025) → 89,000 (Jun 2026). How Teams Build · Edition 01 · Linear product data

Both AI-native categories were zero in June 2025. By June 2026: chat with AI — Product 5m, Founder 4m, Design 3m, GTM 3m, Eng 2m; agent issues — Founder 2m, Eng 1m, Product 1m.

Data table & notes
Minutes per user per month on AI-native work, Jun 2025 vs Jun 2026
SegmentJun 2025Jun 2026Change
Agent issues · Eng0m1m+1m
Agent issues · Product0m1m+1m
Agent issues · Design0m0m0m
Agent issues · GTM0m0m0m
Agent issues · Founder0m2m+2m
Chat with AI · Eng0m2m+2m
Chat with AI · Product0m5m+5m
Chat with AI · Design0m3m+3m
Chat with AI · GTM0m3m+3m
Chat with AI · Founder0m4m+4m

Act III

Output

Whether any of it changes what teams actually ship.

Output · Dataset 07

Non-engineers are shipping more code

The share of product managers attaching pull requests rose from 3% to 10% in two years; designers went from 1% to 8%. Only pull requests in repositories connected to Linear are counted — anyone shipping outside that loop is invisible here, which makes these numbers floors rather than ceilings.

The people who used to describe a change increasingly ship it themselves.

Share of users attaching pull requests, by function

Percentage of users who attached a PR in the last 30 days · June 2024 → 2025 → 2026

0%10%20%30%40%◦ Jun 2024◦ Jun 2025● Jun 2026Founder+12ppEngineering+14ppProduct+7ppDesign+7ppGTM+2pp

N = 166,000 paid users (June 2026). How Teams Build · Edition 01 · Linear product data

Between June 2025 and June 2026 attach rates jumped: Engineering 22→34%, Founder 12→23%, Product 3→10%, Design 2→8%, GTM 1→3%.

Data table & notes
Share of users attaching pull requests, by function
FunctionJun 2024Jun 2025Jun 2026Change
Founder11%12%23%+12pp
Engineering20%22%34%+14pp
Product3%3%10%+7pp
Design1%2%8%+7pp
GTM1%1%3%+2pp

Output · Dataset 08

Pull requests are up 111% in two years

Pull requests opened per workspace are up 111% on a June 2024 baseline. Output held roughly level for the first year, then bent upward through 2026 as model quality and adoption climbed together.

The report counts PRs opened rather than merged — an opened PR says nothing about the value of the change — but the inflection is hard to miss.

Pull requests per workspace, change since June 2024

Percentage change in PRs opened per team per week · all paid workspaces · June 2024 – June 2026

-50%0%+50%+100%Jul 2024Jan 2025Jul 2025Jan 2026Jul 2026Holiday dipsrepeat each DecemberThe bend steepens ascoding agents spread

N = 47,900 paid workspaces (June 2026). How Teams Build · Edition 01 · Linear product data

PRs per workspace hovered 0–30% above the June 2024 baseline for a year, then climbed through 2026 to +111% (week of Jun 21, 2026). Sharp negative dips each December are holidays.

Data table & notes
PR volume change per workspace, June 2024 – June 2026
Week ofChange vs Jun 2024
2024-06-020%
2024-06-09+9%
2024-06-16+10%
2024-06-23+3%
2024-06-30+8%
2024-07-07-4%
2024-07-14+8%
2024-07-21+7%
2024-07-28+8%
2024-08-04+7%
2024-08-11+6%
2024-08-18+3%
2024-08-25+10%
2024-09-01+10%
2024-09-08+5%
2024-09-15+12%
2024-09-22+10%
2024-09-29+14%
2024-10-06+8%
2024-10-13+11%
2024-10-20+9%
2024-10-27+18%
2024-11-03+8%
2024-11-10+15%
2024-11-17+11%
2024-11-24+17%
2024-12-010%
2024-12-08+16%
2024-12-15+17%
2024-12-22+10%
2024-12-29-58%
2025-01-05-50%
2025-01-12+6%
2025-01-19+15%
2025-01-26+13%
2025-02-02+15%
2025-02-09+19%
2025-02-16+21%
2025-02-23+17%
2025-03-02+21%
2025-03-09+19%
2025-03-16+26%
2025-03-23+26%
2025-03-30+23%
2025-04-06+17%
2025-04-13+24%
2025-04-20+11%
2025-04-27+10%
2025-05-04+7%
2025-05-11+14%
2025-05-18+21%
2025-05-25+22%
2025-06-01+9%
2025-06-08+22%
2025-06-15+16%
2025-06-22+12%
2025-06-29+22%
2025-07-06+8%
2025-07-13+16%
2025-07-20+16%
2025-07-27+16%
2025-08-03+13%
2025-08-10+9%
2025-08-17+5%
2025-08-24+10%
2025-08-31+8%
2025-09-07+4%
2025-09-14+11%
2025-09-21+10%
2025-09-28+8%
2025-10-05+9%
2025-10-12+9%
2025-10-19+9%
2025-10-26+9%
2025-11-02+14%
2025-11-09+15%
2025-11-16+13%
2025-11-23+16%
2025-11-30+1%
2025-12-07+17%
2025-12-14+17%
2025-12-21+14%
2025-12-28-48%
2026-01-04-54%
2026-01-11+10%
2026-01-18+22%
2026-01-25+22%
2026-02-01+27%
2026-02-08+32%
2026-02-15+36%
2026-02-22+33%
2026-03-01+50%
2026-03-08+49%
2026-03-15+54%
2026-03-22+55%
2026-03-29+58%
2026-04-05+41%
2026-04-12+46%
2026-04-19+60%
2026-04-26+66%
2026-05-03+67%
2026-05-10+80%
2026-05-17+91%
2026-05-24+95%
2026-05-31+85%
2026-06-07+106%
2026-06-14+113%
2026-06-21+111%

Output · Dataset 09

Coding agents account for most of the acceleration

Teams that connected a coding agent roughly tripled their weekly pull requests over two years — 21 to 65 — while teams without one went from 8 to 10.

Agent teams were already higher-output before coding agents existed, so the levels aren’t directly comparable. But each cohort against its own baseline tells a clean story — and nearly all the growth sits on the agent side.

Weekly pull requests per team: agent vs traditional

PRs opened per team per week · fixed cohort of paid workspaces · June 2024 – June 2026

010203040506070Jul 2024Jan 2025Jul 2025Jan 2026Jul 2026Already higher-outputbefore agents existedNearly all the growthsits on the agent side

N = 6,887 paid teams (4,280 with coding agents, 2,607 without). How Teams Build · Edition 01 · Linear product data

Coding-agent teams: 21→65 PRs/week (3.1×). Traditional teams: 8→10 (1.25×). Agent teams were already higher-output before agents existed.

Data table & notes

Fixed cohort: each team measured against its own baseline; levels between cohorts are not directly comparable.

Pull requests per team per week by cohort
Week ofCoding-agent teams (PRs/wk)Traditional teams (PRs/wk)
2024-06-02218
2024-06-09248
2024-06-16249
2024-06-23228
2024-06-30249
2024-07-07218
2024-07-14248
2024-07-21248
2024-07-28249
2024-08-04248
2024-08-11248
2024-08-18238
2024-08-25258
2024-09-01248
2024-09-08248
2024-09-15259
2024-09-22258
2024-09-29269
2024-10-06259
2024-10-13268
2024-10-20258
2024-10-27269
2024-11-03258
2024-11-10279
2024-11-17268
2024-11-24289
2024-12-01238
2024-12-08279
2024-12-15289
2024-12-22268
2024-12-29103
2025-01-05114
2025-01-12258
2025-01-19279
2025-01-26278
2025-02-02288
2025-02-09299
2025-02-16309
2025-02-23299
2025-03-02309
2025-03-09309
2025-03-16309
2025-03-23319
2025-03-30319
2025-04-06308
2025-04-13329
2025-04-20288
2025-04-27288
2025-05-04288
2025-05-11298
2025-05-18329
2025-05-25319
2025-06-01288
2025-06-08318
2025-06-15318
2025-06-22308
2025-06-29328
2025-07-06298
2025-07-13328
2025-07-20318
2025-07-27328
2025-08-03328
2025-08-10328
2025-08-17317
2025-08-24338
2025-08-31328
2025-09-07318
2025-09-14348
2025-09-21348
2025-09-28348
2025-10-05358
2025-10-12348
2025-10-19348
2025-10-26348
2025-11-02368
2025-11-09368
2025-11-16358
2025-11-23378
2025-11-30317
2025-12-07378
2025-12-14388
2025-12-21378
2025-12-28163
2026-01-04133
2026-01-11357
2026-01-18408
2026-01-25398
2026-02-01428
2026-02-08448
2026-02-15469
2026-02-22448
2026-03-01499
2026-03-08509
2026-03-15519
2026-03-22509
2026-03-29529
2026-04-05489
2026-04-12499
2026-04-19549
2026-04-26559
2026-05-03558
2026-05-10579
2026-05-176010
2026-05-246210
2026-05-31579
2026-06-076510
2026-06-14639
2026-06-216510

A closing note

What the numbers can — and can’t — say

The clearest indication of AI’s influence on product development is the dramatic output gain experienced by teams using coding agents over the last two years. Whether that output led to positive business outcomes is unknowable from here — but the correlation between AI adoption and acceleration is clear.

Perhaps more intriguing is the makeup of that adoption, and how it appears to be blurring roles. Senior leaders are doing more hands-on IC work, adopting AI aggressively to help them do it, and non-engineers are committing code.

Everyone in an organization is becoming a “builder” — the suggestion seems to be directionally true.

Those gains haven’t shown up as time saved. Time on existing tasks held while AI usage appeared as a new layer of work — overall time on product development is going up, not down. As far as the data can observe, teams are working more, not less.

AI has a Jevons-paradox quality beyond token consumption: efficiency made the work cheaper, so teams do more of it.

Many will rightfully argue that pull requests indicate motion rather than value — certainly true — but it’s still a step forward from measuring tokens. A mechanical refactor might burn many tokens while a meaningful bug fix burns few; token spend and value don’t line up at all, and using one as a proxy for the other will be remembered as a relic of AI’s early days.

Future reports intend to go deeper on the full lifecycle of work — from token spend all the way to outcomes, newly observable now that code and code review run through Linear as well.

Tim Qi · Head of data, Linear

Appendix

Method & definitions

This report uses aggregated product data from Linear: AI conversations, agent sessions, issue activity, comments and pull requests across paid workspaces only. Metrics are reported in aggregate — broad patterns, not individual behavior. Adoption metrics use a trailing 28–30 day window; time-series aggregate to weekly points; year-over-year charts compare June 2025 and June 2026; and some charts keep only users active in both windows. Each of these steps reduces short-term noise.

Definitions
AI-active
A user with at least one AI interaction — an in-app or Slack conversation, or an agent session — in a 28-day window.
Agent team
A workspace with a coding agent connected.
Pull request
A code change opened against a repository connected to Linear. Counts PRs opened, not merged.
Paid workspace
A workspace on a paid plan, active during the relevant period.
Agent issue
Delegating an issue to an agent, or starting an agent session.
Company size
Full-time employees at the company, from third-party enrichment.
Cohort sizes
Cohort size for each dataset
DatasetCohort
01 · By function127,000 paid users, active in both Jan and Jun 2026
02 · By executive team13,300 executives, active in both windows
03 · By company size199,000 paid users with a known company size
04–06 · Time spent54,300 paid users (Jun 2025) → 89,000 (Jun 2026)
04 · Issues by sourceWeekly counts, all paid workspaces, Jun 2024 – Aug 2026
07 · Non-engineer PRs166,000 paid users (June 2026)
08 · Total PRs47,900 paid workspaces (June 2026)
09 · Coding agents6,887 paid teams — 4,280 with agents, 2,607 without
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