Evidenceowner / board — solver speed and promise calibration, on real data
Station ↗operator — one queue (not this screen)
Situationwhere we are · how we got here · why
Alertsred — acute, act now
Orderseach ties to a lever — issue it, or flex it in Control; the impact is shown before you commit
Control surfacemove a lever — the book re-solves at each position (every position is a real re-solve)
Order boardpress ▷ — each step is a candidate accept date; the book re-solves
WOCUSTOMERPARTQTYON-TIME · EXP $
Plant mapresource × time over the horizon — where the schedule packs and the loss sits
Optimizationoptimized vs first-come, and the value of relieving the constraint
Floor layout · hotspotsthe same machines in space — shaded by load; the Gantt's bottleneck, on the floor
Robustnesswhich promises are brittle to run-time swing
Repaira resource breaks — the minimal-disruption patch vs a full reshuffle
Isolate the bottleneckthe binding constraint, known two independent ways — free off the held plan, and confirmed by a price re-solve
Where we're blindthe observation floor — above it promises are calibrated; below it the model goes blind and says so
The one measurement to takethe cheapest sensor that expands what we can trust — observability as a costed, prioritized roadmap
Promisesthe date you can stand behind, per customer
Negotiationmove the date, who pays
Rush pricewhat qualified capacity is worth
Capacitymarginal $ of one more unit, per resource
Riskthe book's lateness exposure, in finance terms
Dynamicshow the plant runs under stress
Trustdo stated confidences hold
Solverwarm re-solve vs cold, on standard + the real instance
§6 integer layersolve_milp and price_feed_integer over the session — the integer optimum and the $/cell the LP returns as 0
Real data — not a demothe certified quote + calibration on the SOURCE-01 production log
Intent recoveryrecovered dispatch intent from held-out choices, and where it isn't identified
engine-certified · viz/board.py → board.json. promise intervals = simulated completion
spread of the committed plan; each play-frame = a real accept+re-certify; price & capacity value =
re-solve per resource; situation, hotness, alerts = read of the same plan. no synthetic events.