This is a sample. Every number below was made up to show the shape of a real report — yours is computed from your own transcripts.

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What your AI has learned about you.

Orchestration
93

6 of 6 axes scored

6 tool calls in parallel at peak

Archetypeconductor
The Conductor, legendary tier — PRDuck share card

Many hands, one standard. You fan work out wide and every piece still comes back sounding like it was written by the same person.

Driven byorchestrationtaste
RarityVery rare — parallelism usually costs coherence, and yours does not.

The shape

orchestration93planning78steering71specification74taste90velocity64

Behavior timeline

+2 more below threshold
HOW YOU HAND WORK OVER · 2 THEMESTHEMESESSIONSEACH CELL = ONE SESSION · OLDER → NEWERWORKING WELL · 1Wide fan-out with a single st…14×seen in 14 sessionsWide fan-out with a single standard · Session 1 · 4Wide fan-out with a single standard · Session 2 · 5Wide fan-out with a single standard · Session 3 · 4Wide fan-out with a single standard · Session 4 · 6Wide fan-out with a single standard · Session 5 · 5Wide fan-out with a single standard · Session 6 · 6Wide fan-out with a single standard · Session 7 · 4Wide fan-out with a single standard · Session 8 · 5Wide fan-out with a single standard · Session 9 · 6Wide fan-out with a single standard · Session 10 · 5Wide fan-out with a single standard · Session 11 · 6Wide fan-out with a single standard · Session 12 · 4Wide fan-out with a single standard · Session 13 · 5Wide fan-out with a single standard · Session 14 · 6Wide fan-out with a single standard · Session 15 · —Wide fan-out with a single standard · Session 16 · —Wide fan-out with a single standard · Session 17 · —Wide fan-out with a single standard · Session 18 · —FAILURE MODES · 1One-line ask to a delegated r…4×seen in 4 sessionsOne-line ask to a delegated run · Session 1 · —One-line ask to a delegated run · Session 2 · 2One-line ask to a delegated run · Session 3 · —One-line ask to a delegated run · Session 4 · —One-line ask to a delegated run · Session 5 · 1One-line ask to a delegated run · Session 6 · —One-line ask to a delegated run · Session 7 · —One-line ask to a delegated run · Session 8 · —One-line ask to a delegated run · Session 9 · 2One-line ask to a delegated run · Session 10 · —One-line ask to a delegated run · Session 11 · —One-line ask to a delegated run · Session 12 · —One-line ask to a delegated run · Session 13 · 2One-line ask to a delegated run · Session 14 · —One-line ask to a delegated run · Session 15 · —One-line ask to a delegated run · Session 16 · —One-line ask to a delegated run · Session 17 · —One-line ask to a delegated run · Session 18 · —WHAT COMES BACK · 4 THEMESWORKING WELL · 1Added lines that survive the …18×seen in 18 sessionsAdded lines that survive the session · Session 1 · 91%Added lines that survive the session · Session 2 · 93%Added lines that survive the session · Session 3 · 95%Added lines that survive the session · Session 4 · 92%Added lines that survive the session · Session 5 · 96%Added lines that survive the session · Session 6 · 94%Added lines that survive the session · Session 7 · 93%Added lines that survive the session · Session 8 · 97%Added lines that survive the session · Session 9 · 95%Added lines that survive the session · Session 10 · 92%Added lines that survive the session · Session 11 · 94%Added lines that survive the session · Session 12 · 96%Added lines that survive the session · Session 13 · 93%Added lines that survive the session · Session 14 · 95%Added lines that survive the session · Session 15 · 94%Added lines that survive the session · Session 16 · 96%Added lines that survive the session · Session 17 · 92%Added lines that survive the session · Session 18 · 97%FAILURE MODES · 1Correction after the file is …7×seen in 7 sessionsCorrection after the file is written · Session 1 · —Correction after the file is written · Session 2 · —Correction after the file is written · Session 3 · 52%Correction after the file is written · Session 4 · 61%Correction after the file is written · Session 5 · —Correction after the file is written · Session 6 · —Correction after the file is written · Session 7 · 55%Correction after the file is written · Session 8 · 64%Correction after the file is written · Session 9 · —Correction after the file is written · Session 10 · —Correction after the file is written · Session 11 · 57%Correction after the file is written · Session 12 · —Correction after the file is written · Session 13 · —Correction after the file is written · Session 14 · —Correction after the file is written · Session 15 · 68%Correction after the file is written · Session 16 · 59%Correction after the file is written · Session 17 · —Correction after the file is written · Session 18 · —DRIFTING · 2Touched files crossing 500 li…9×seen in 9 sessionsTouched files crossing 500 lines · Session 1 · —Touched files crossing 500 lines · Session 2 · —Touched files crossing 500 lines · Session 3 · —Touched files crossing 500 lines · Session 4 · —Touched files crossing 500 lines · Session 5 · —Touched files crossing 500 lines · Session 6 · —Touched files crossing 500 lines · Session 7 · —Touched files crossing 500 lines · Session 8 · —Touched files crossing 500 lines · Session 9 · —Touched files crossing 500 lines · Session 10 · 0Touched files crossing 500 lines · Session 11 · 1Touched files crossing 500 lines · Session 12 · 1Touched files crossing 500 lines · Session 13 · 2Touched files crossing 500 lines · Session 14 · 2Touched files crossing 500 lines · Session 15 · 2Touched files crossing 500 lines · Session 16 · 3Touched files crossing 500 lines · Session 17 · 3Touched files crossing 500 lines · Session 18 · 4Planning entered later as ses…18×seen in 18 sessionsPlanning entered later as sessions ran on · Session 1 · 100%Planning entered later as sessions ran on · Session 2 · 100%Planning entered later as sessions ran on · Session 3 · 100%Planning entered later as sessions ran on · Session 4 · 0%Planning entered later as sessions ran on · Session 5 · 100%Planning entered later as sessions ran on · Session 6 · 100%Planning entered later as sessions ran on · Session 7 · 100%Planning entered later as sessions ran on · Session 8 · 0%Planning entered later as sessions ran on · Session 9 · 100%Planning entered later as sessions ran on · Session 10 · 100%Planning entered later as sessions ran on · Session 11 · 0%Planning entered later as sessions ran on · Session 12 · 100%Planning entered later as sessions ran on · Session 13 · 100%Planning entered later as sessions ran on · Session 14 · 0%Planning entered later as sessions ran on · Session 15 · 100%Planning entered later as sessions ran on · Session 16 · 0%Planning entered later as sessions ran on · Session 17 · 100%Planning entered later as sessions ran on · Session 18 · 0%

Scores & evidence

orchestration14% weight · high confidence93

What would move this up

You are already at the parallel ceiling for a single session. The next gain is not more agents at once, it is handing each one a brief that survives being read alone — the delegated runs that came back needing a second pass all started from a one-line ask.

planning22% weight · high confidence78

What would move this up

Your plans are substantial but you enter them late — a third of the sessions started editing before anything was written down. Write the plan on the sessions that feel small; those are the ones that ran long.

steering18% weight · high confidence71

What would move this up

Your corrections are short, which is why they land. They arrive late: the median one comes after the agent has already written the file. Reading the plan before approving it is the cheapest version of the same correction.

specification28% weight · high confidence74

What would move this up

Your briefs carry structure but not sizing. Adding the constraint you care about — the file to touch, the thing not to change — to the opening turn is what would push plan survival past 80%.

taste12% weight · high confidence90

What would move this up

Nothing to add here; the thing to watch is the file-size line. Four of the files you touched crossed 500 lines this corpus, and every one of them was a file you had already touched twice.

velocity6% weight · high confidence64

What would move this up

This is the axis you are trading away deliberately, and the trade shows up as taste. Nothing here needs fixing unless throughput starts to matter more than churn.

Context rules

Help your AI understand you better.

Keep the rules that ring true, uncheck the ones that don’t, then paste the set into your AGENTS.md.

The read

We read your 34 sessions. Here’s what we think.

Every claim below is about how you actually worked, with the sessions it came from linked underneath it.

Your strengths

3

You fan work out without losing the thread

Six tool calls in flight at the peak, and 0.8 sub-agent runs for every turn you typed. What is unusual is not the width; it is that the sessions where you ran four things at once are the same sessions where the diff came back needing the fewest corrections.

The diff is dense and almost none of it gets thrown away

94% of the lines you added were still there when the session ended, and 91% of the functions you added stayed under ten lines. Volume and restraint usually pull against each other; across 34 sessions yours did not.

Your corrections are shorter than the problems they fix

The median correction you typed is eleven words. Short corrections only work when the brief was clear enough that one word can name the thing that went wrong, which is what the specification score is measuring from the other side.

Your growth areas

3

You plan late, and the sessions that skipped it are the ones that ran long

Eleven of the 34 sessions started editing before anything was written down. Those eleven carry two-thirds of the corpus's rework: the plan is not what slows a session down, it is what stops the second attempt.

Your corrections arrive after the file is written

58% of your corrections land in the back half of a session, once the agent has already committed to an approach. The same sentence typed before the plan is approved costs one turn instead of six.

Throughput is where the shape gives

31 lines changed per turn you typed, against a corpus median of 74. That is a deliberate trade against taste and the trade is working, but it is the axis that will cap the composite until something changes.

How your AI understands you

3

It reads you as someone who will say no to the plan, not the diff

Your objections cluster on plan revisions rather than finished code, so the agent front-loads structure and asks before it commits.

It expects a constraint, not a spec

Your opening turns run 62 words and name what not to do more often than what to do. The model has learned to treat your first message as a fence rather than a blueprint.

It does not expect you to be watching the whole time

You start work and leave. The plans it writes for you are longer than the ones it writes for people who answer immediately, because it is planning for an absent reviewer.