Paired Live Session Surfaces
Motion-first live flow paired with structure-first topology so users can understand what is active now and what shape is accumulating.
Skill Proof Run
wf1 · proving two synchronized canvases can feel purposeful instead of duplicated.
qflow-like motion answers what is unfolding now while qmap-like topology answers what the session has become so far.
Session Roster
Shared Legend
Live Flow Stage
Qflow-style motion view
LIVE · last 60s
Selected Burst
api.openai.com spike
maps to the selected external-host cluster below
Session Topology Stage
Qmap-style accumulated topology
shape so far
Core Session Cluster
cursor-agent
root actor
tool planner
capability
workspace files
file cluster
Selected External Host
api.openai.com
highlight synchronized from live stage
Boundary Layer
child process detail partial
file cluster inferred from mixed signals
replay state available
Insight Rail
Current Read
Live mode keeps motion front and center while preserving a stable structural frame.
New host appeared
A host not seen in the first minute came online during the latest burst.
Topology is stabilizing
No new actor classes have appeared in the last 30 seconds, but the main external flow is still active.
Boundary reminder
Child-process detail is partial, so the live stage may show motion without a fully resolved process subgroup.
Selection Sync
Current Shared Object
api.openai.com
Highlighted in the burst lane and in the topology cluster at the same time.
Mode
Live motion continues while topology can be frozen later to reduce drift during review.