Engineering-to-order readiness
Expose the technical releases and customer approvals that hold downstream execution.
Engineer-to-order & make-to-order intelligence
See the cross-functional dependencies that determine whether a complex order will ship as promised.
PulseIQ connects approved read-only order, engineering, BOM, procurement, production and shipment evidence so ETO and MTO leaders can manage the outcome across functions rather than inspect each system separately.
Approved read-only accessTarget activation: 1–2 days after genuine prerequisites are readyCustomer leadership retains go-live and operational decision authority
The management problem
In ETO and MTO businesses, one customer date depends on a chain of interdependent decisions.
Design release, customer approval, BOM readiness, long-lead procurement, capacity and shipment milestones can each alter the recovery window. PulseIQ connects those dependencies around the order so leadership can prioritise what matters before operational variance becomes commercial exposure.
BOM & long-lead dependency
Relate material readiness and supplier promises directly to affected orders and lines.
Production & shipment predictability
Connect execution milestones to customer commitments and remaining recovery windows.
Revenue, margin & accountability
Prioritise commercial exposure and retain the evidence trail behind recovery decisions.
Works above the systems you already run
Connect the operational chain instead of building another isolated dashboard.
ERP / IFS / SAP / OracleCRM / customer commitmentsCPQ approved outputsEngineering / PLM / SharePoint metadataProcurement & production statusSecure Read Relay
Minimal customer preparation
Business users validate outcomes. PulseIQ owns the technical work.
Customer teams approve the read-only scope, confirm the priority business outcomes, validate the proposed baseline and representative outputs, and retain final go-live authority.
PulseIQ handles
discover permitted order, engineering, BOM, procurement and execution structures
identify cross-system keys and operational relationships
apply ETO/MTO-oriented order-lifecycle and recovery logic from the governed KPI catalogue
calculate the proposed baseline and reconcile representative outputs
surface recoverable constraints by customer and economic consequence
retain customer decision authority and avoid operational writeback
Explore related operational intelligence problems
Start with one measurable outcome