Reroutes before the disruption reaches you.
Watches supplier signals, shipments, and inventory continuously, and reroutes or requalifies a backup supplier automatically within its given limits — not a dashboard flagging a delay after the fact. Every decision stays visible and traceable back to why it happened.
Monitors supplier signals, shipments, and inventory continuously, not a dashboard someone has to check.
Reroutes or requalifies a backup supplier automatically within given limits, before a disruption actually hits.
Every reroute stays visible and traceable back to the specific signal that triggered it.
Planned design — this pipeline does not exist yet.
Continuously monitors supplier status, shipment tracking, and current inventory levels across the supply chain.
Cross-references a disruption signal against current inventory buffer to assess actual urgency.
Automatically requalifies and engages a backup supplier for pre-approved component classes, with full traceability.
Illustrative — reroute logic, timing, and network topology are unspecified.
The reasoning approach this concept is designed around — illustrated here as one signal being evaluated against reroute rules.
Illustrative only — the actual scoring logic, thresholds, and rule set are unspecified.
The tagline's core claim — reroutes before the disruption reaches you — means acting on the delay signal itself, not on the eventual stockout.
Reroutes only within given limits for pre-approved component classes and backup suppliers, not open-ended sourcing decisions.
Every automated reroute is explicitly designed to stay visible and explainable back to its trigger — not a silent supply-chain change.
Like MirrorSense and ThreatSense, this is genuinely new build work — no Decision Intelligence or Data Reliability foundation to start from.
Nothing below is built. This describes the intended design and its dependencies — sketched as the supply-chain map ChainSense would be watching.
Triggers on the supplier signal, not the eventual shortage.
Backup supplier engagement limited to pre-approved scope.
Every reroute logged back to the specific signal that caused it.