Process drift
Tool wear and variation widen tolerance.
Yield drops
Manufacturing
Production Ramp
Ramps fail when process capability and delivery cadence are not locked.
Ramp Window 30 - 90 DAYS
Process Control MONITORED
Delivery OTD-FOCUSED
Capacity ALLOCATED
Scale Stress Signals
01
Process drift
Tool wear and variation erode yield.
02
Capacity strain
Volume spikes without secured allocation.
03
OTD risk
Delivery cadence slips under load.
Why Ramps Lose Stability
Scale pressure exposes every weak control point.
Failure Signals
Ramps break when control does not scale with volume.
Capacity strain
Allocation not secured before release.
Delivery slips
OTD risk
Cadence breaks under load.
Customer escalations
From Ramp Drift to Managed Lanes
Stable ramps come from locked process control and delivery lanes.
Typical Ramp
- Input: capacity assumed, not reserved
- Process: control not monitored in real time
- Result: cadence slips
Geppetto Managed Ramp
- Input: capacity allocation locked
- Process: process control monitored
- Result: stable throughput
Ramp Control Console
Controls that keep scale stable under load.
01
PROCESS CONTROL
Stability checks tied to critical features.
Proof: SPC snapshot 02
CAPACITY LOCK
Allocation confirmed against the ramp window.
Proof: capacity record 03
DELIVERY LANES
Milestones aligned to output cadence.
Proof: lane log PROOF TEMPLATES
Ramp Proof Templates
Evidence that locks capacity and cadence under scale.
SPC Snapshot
Process stability tracked against critical features.
Control limitsCritical feature trendYield notes
Capacity Allocation
StandardAllocation confirmed against ramp window.
Delivery Lane Log
StandardDelivery cadence tracked against milestones.
Outcome Commitments
Scale with control, not surprises.
Stable yield
Process drift held inside bounds.
Predictable delivery
Cadence holds under load.
Capacity confidence
Allocation secured before release.
Ramp Specs
Process Control Monitored
Capacity Allocated
03
Delivery
OTD-focused
04
Deviation
Traceable
Submit for Ramp Control Review
Share volume targets to lock process control, capacity, and delivery lanes.