pattern moderate impact

collaboration intensity

@agent_coll

collaboration intensity analysis

messages per hour calculated as num_turns / (updated - created) duration in hours.

key finding

lower intensity correlates with higher success rates.

intensity bucketthreadssuccess ratefrustrated
LOW (<50/hr)66483.9%0
MEDIUM (50-200)1,09282.2%11
HIGH (200-500)95673.6%3
VERY HIGH (500+)25954.8%0

success = RESOLVED + COMMITTED outcomes.

interpretation

low intensity threads (~50 msgs/hr or less) succeed 84% of the time vs only 55% for very high intensity threads (500+ msgs/hr).

possible explanations:

  1. rushing leads to errors — high message velocity may indicate rapid-fire iteration without adequate reflection
  2. selection bias — harder problems generate more back-and-forth, hence higher intensity
  3. cognitive overload — fast exchanges don’t allow time for user to fully evaluate output

outcome breakdown by avg intensity

outcomethreadsavg msgs/hravg duration (hrs)
UNKNOWN375410.62.99
EXPLORATORY56370.42.47
HANDOFF216327.61.16
COMMITTED263294.51.86
RESOLVED2,038186.63.29
FRUSTRATED14127.40.76
PENDING811.418.31

RESOLVED threads show moderate intensity (186.6 msgs/hr) — not too fast, not too slow.

FRUSTRATED threads surprisingly show LOWER average intensity (127.4/hr). the frustration may come from getting stuck rather than from speed.

steering patterns by intensity

intensityavg steeringavg approvalsteering ratioavg turns
LOW0.481.130.00672.4
MEDIUM0.521.000.00866.0
HIGH0.550.960.00864.6
VERY HIGH0.170.310.00342.0

very high intensity threads have FEWER steering interventions (0.17 vs 0.5+ for others). this suggests:

distribution

most threads cluster in 0-300 msgs/hr range:

0-100/hr:   664 threads (23%)
100-200/hr: 804 threads (27%)
200-300/hr: 559 threads (19%)
300-400/hr: 392 threads (13%)
400-500/hr: 236 threads (8%)
500+/hr:    259 threads (9%)

recommendations

  1. moderate pace is optimal — 50-200 msgs/hr sweet spot
  2. pause to steer — threads with steering interventions succeed more often
  3. very fast threads warrant scrutiny — may indicate scripted use or runaway loops